The Complete Guide to Rick Simpson Oil (RSO) in the British Indian Ocean Territory: OilWell Cannabis Formulas, Science, and Access

Living in the British Indian Ocean Territory—a remote string of coral atolls scattered across the equatorial Indian Ocean—means confronting challenges that mainlanders rarely consider. For those of you stationed on Diego Garcia, serving in the British or American military, or working as contractors in this unique British Overseas Territory, access to comprehensive healthcare options is limited. The nearest major medical facility is thousands of miles away. Mental health support, while present, operates under the constraints of military logistics and remote deployment. Chronic pain from the physical demands of base operations, sleep disruption from shift work in a 24/7 strategic outpost, and the psychological weight of isolation—these are realities we at OilWell Cannabis understand deeply.

This guide exists because you deserve the same level of transparent, evidence-based cannabis education that patients in Houston, London, or Sydney receive. We cannot claim a physical storefront in Diego Garcia—there isn’t one, nor would that be practical in a territory with no permanent civilian population and a tight-knit military community. But we can reach you. We can ship to you. We can educate you. And we can do so with the same commitment to honesty that has defined OilWell Cannabis since the day Bentley, a paralyzed dog facing euthanasia, got up and walked again because of a cannabinoid formula we created.

ABOUT RICK SIMPSON AND TRADITIONAL RICK SIMPSON OIL

Who is Rick Simpson

Rick Simpson was born in 1949 in Amherst, Nova Scotia, Canada. He was not a doctor, scientist, or medical professional. He was a power engineer and maintenance worker—a blue-collar tradesman whose path into cannabis advocacy began not with research but with personal suffering and a deep distrust of the medical system that failed him.

In 1997, while working at a hospital in Moncton, New Brunswick, Simpson fell from a scaffolding and suffered a serious head injury. The aftermath included persistent tinnitus, dizziness, and a constellation of post-concussion symptoms that conventional medicine could not adequately resolve. According to Simpson, the medications he was prescribed either failed to help or made his condition worse. He reported that cannabis provided more relief than anything his doctors offered, but when he asked his physician to support or prescribe cannabis, the request was refused .

Simpson’s interest in concentrated cannabis oil deepened after he learned about a 1974 study funded by the National Institute of Health and conducted at the Medical College of Virginia, in which THC was reported to slow or shrink tumors in mice. That study—originally intended to demonstrate harm—became a foundational reference point in Simpson’s later advocacy, even though its findings were never replicated in controlled human cancer trials .

The pivotal moment in Simpson’s story came in 2003. He reported that three bumps on his arm were diagnosed by his doctor as basal cell carcinoma. Rather than pursuing conventional treatment, Simpson applied concentrated cannabis oil directly to the lesions, covered them with bandages, and waited. According to his account, the bumps disappeared within four days. No independent medical verification of this outcome has been published, and no biopsy confirmation or clinical follow-up has been documented in any peer-reviewed source. Nevertheless, this personal experience became the origin story of Rick Simpson Oil and the foundation of everything that followed .

Important context: Simpson’s account is presented here as his personal testimony. The absence of clinical documentation, controlled observation, or independent medical confirmation means these events cannot be evaluated as medical evidence. They are, however, historically significant as the catalyst for a global movement around concentrated cannabis oil.

The crusade—spreading the oil

After his 2003 experience, Simpson committed himself fully to producing and distributing concentrated cannabis oil. Operating out of his property in Maccan, Nova Scotia, he began making the oil in large quantities and giving it away for free to cancer patients and others in his community. He charged nothing. By his own account, he helped dozens of people with conditions including cancer, chronic pain, diabetes, infections, glaucoma, arthritis, depression, insomnia, and others .

When we think about the British Indian Ocean Territory, we see parallels. Here, in one of the most remote military outposts on Earth, community members rely on each other. The notion of sharing medicine without charge resonates with the military ethos of looking after your own. Simpson’s model—free distribution, DIY production, community trust—was born in a small Canadian town but echoes in the tight-knit environment of Diego Garcia.

Simpson’s story reached a global audience through the 2005 documentary Run From The Cure, directed by Christian Laurette. The film documented Simpson’s claims, showed testimonials from people he had treated, and framed his work as a grassroots challenge to pharmaceutical and governmental interests. It was distributed freely online and became one of the most widely shared cannabis advocacy films of its era. Within cannabis communities, it was foundational—for many people, Run From The Cure was their introduction to the concept of concentrated cannabis oil as medicine .

Simpson’s advocacy brought him into direct conflict with Canadian law. The Royal Canadian Mounted Police (RCMP) raided his property in 2005, seizing plants and equipment. He was charged with cannabis cultivation, possession, and trafficking. Despite community support and public attention, he was raided again in 2009. He was acquitted on some charges but convicted on others. Facing continued legal pressure, Simpson eventually left Canada and relocated to Europe, living in Croatia and later the Netherlands, where he continued his advocacy from abroad .

In 2012, Simpson published Phoenix Tears: The Rick Simpson Story, a book detailing his personal experience, his oil-making process, and his broader philosophical views on cannabis, medicine, and institutional suppression. He also maintained phoenixtears.ca as his primary online platform for information and advocacy .

Throughout his public career, Simpson’s position remained consistent and uncompromising: he maintained that cannabis oil—particularly high-THC oil made according to his specific method—could cure cancer and many other diseases, and that pharmaceutical companies, government agencies, and medical institutions were actively suppressing this knowledge to protect their financial interests. He framed his work not merely as health advocacy but as a fight against institutional corruption .

Important context: Simpson’s conspiratorial framing is noted here without endorsement or dismissal. It reflects a worldview shared by many in the early cannabis movement and is relevant to understanding why RSO became culturally significant. The evidence-based assessment of his specific medical claims follows below.

The traditional RSO protocol—Simpson’s 60-gram, 90-day regimen

Simpson’s core treatment recommendation was a structured oral protocol designed to deliver a total of 60 grams (approximately 60 mL) of concentrated cannabis oil over a period of roughly 90 days. He described this as a cancer treatment protocol, though he also recommended it for numerous other conditions. The following is a detailed breakdown of the protocol as Simpson described it .

Goal

Consume 60 grams of concentrated, high-THC cannabis oil over approximately 90 days. Simpson considered this the minimum amount necessary for a serious cancer treatment course.

Titration schedule

• Week 1: Begin with a dose approximately the size of half a grain of dry rice—roughly 10 to 15 milligrams of oil—taken three times per day (morning, afternoon, and before bed). Total daily intake during this phase: approximately 30 to 45 milligrams. Simpson emphasized that the initial doses should be very small to allow the body to begin adjusting to the psychoactive effects of THC.

• Weeks 2 through 5: Double the dose approximately every four days. The purpose of the slow ramp-up was to build THC tolerance gradually and minimize disruption from the psychoactive effects. By the end of this escalation period—roughly four to five weeks in—the target was to reach approximately 1 gram (1,000 milligrams) of oil per day, divided into three roughly equal doses.

• Weeks 5 through 12: Maintain the full dose of approximately 1 gram per day, divided into three doses of roughly 333 milligrams each, and continue until the full 60 grams have been consumed. At this dosing level, the remaining 50-plus grams of oil would be consumed over the final seven to eight weeks.

Administration methods

• Primary method—oral: Simpson recommended placing the dose directly under the tongue (sublingual) or swallowing it. He considered oral ingestion the most important route for systemic absorption and the primary method for internal cancers and other systemic conditions.
• Secondary method—topical: For skin cancers and external lesions, Simpson recommended applying the oil directly to the affected area, covering it with a bandage, and changing the bandage every three to four days. He combined topical application with oral dosing for skin cancers.
• Not recommended as primary—inhalation: Simpson did not recommend smoking or vaporizing the oil as a primary treatment method. He acknowledged inhalation for immediate symptom relief (pain, nausea) but maintained that the oral route was necessary for the sustained, high-dose exposure he considered therapeutically essential.

Tolerance and the psychoactive effects

• Simpson maintained that patients would develop significant tolerance to the psychoactive effects of THC within approximately three to four weeks of consistent dosing at escalating levels.
• He considered the euphoric, sedating, or disorienting effects a minor and temporary side effect and strongly urged patients not to let the high discourage them from continuing the protocol.
• He recommended that patients take their initial doses at night or before bed to sleep through the most intense psychoactive effects during the early titration phase.
• Simpson also recommended that patients avoid driving or operating machinery during the titration period and that they inform family members about what to expect.

For those of you in the British Indian Ocean Territory working in high-stakes operational environments—air traffic control, communications, security, logistics—this last point is critical. Even if you choose to follow a modern, safer version of RSO dosing, any psychoactive cannabinoid use must be timed around your duty schedule. The safety of the base and your colleagues depends on clear-headed performance.

Post-protocol maintenance

• After completing the full 60-gram course, Simpson recommended a maintenance dose of approximately 1 to 2 grams of oil per month, taken indefinitely.
• He considered this ongoing low-dose maintenance important for long-term health and cancer prevention.
• Simpson indicated that maintenance dosing was much lower than the treatment dose and that patients who had completed the full protocol would have sufficient THC tolerance to handle it comfortably.

Dietary and lifestyle recommendations

• Simpson also advocated for dietary changes alongside the oil protocol, including reducing sugar intake, avoiding processed foods, and improving overall nutrition.
• He was not specific or systematic about dietary protocols compared to his highly detailed oil protocol—dietary advice was secondary and general.

Important context for evaluating this protocol

This protocol was designed by one person based on his personal experience and anecdotal observations. It was not developed through clinical trials, dose-finding studies, pharmacokinetic modeling, or any formal research process. Several critical points apply:

• No controlled trial validation. There are no published randomized controlled trials, cohort studies, or even well-documented case series evaluating this specific 60-gram/90-day protocol for any cancer type or any other condition.
• Assumes crude, unstandardized material. The 60-gram quantity assumes a single-strain, THC-dominant extract with no standardized potency. Actual THC content per gram of traditional RSO varied widely depending on the starting plant material and extraction technique.
• Very high THC exposure. At the peak dosing phase, patients were consuming roughly 1 gram of high-THC oil per day. Assuming traditional RSO contained 60 to 90 percent THC, this translates to approximately 600 to 900 milligrams of delta-9 THC per day—a dose far exceeding anything studied in controlled clinical settings. For context, the FDA-approved synthetic THC drug dronabinol is typically dosed at 2.5 to 20 milligrams per day.
• Real risks at these doses. Consuming 600 to 900 milligrams of THC daily carries serious risks including severe intoxication, impairment, anxiety, panic, tachycardia, hypotension, and cannabis use disorder. These risks are well-documented in the GENERAL KNOWLEDGE section of this document [1][13][14][15]. For military personnel subject to regular drug screening and operational readiness standards, these risks extend beyond health to career implications.
• Oncology context. Patients with active cancer are often medically complex. Using unregulated, unstandardized cannabis oil as a primary cancer treatment—potentially in place of proven therapies—introduces harm that extends beyond the oil itself.

What is traditional Rick Simpson Oil—the product

Traditional RSO refers to the specific type of concentrated cannabis oil that Simpson made and advocated for. It was defined not by lab specifications or regulatory standards but by his method and materials. The following describes the product as Simpson produced it .

Source material

Simpson used high-THC, indica-dominant cannabis strains. He specifically favored heavy, sedating indica genetics and generally recommended against sativa-dominant strains for cancer treatment, believing that indica strains produced better therapeutic outcomes. He grew his own cannabis or sourced it from growers he trusted. There was no strain standardization—the starting material varied by availability and growing season.

Extraction solvent

Simpson originally used naphtha—a petroleum-based solvent commercially available as lighter fluid, Varsol, or similar products. He later also endorsed 99 percent isopropyl alcohol as an acceptable alternative. He explicitly warned against using other solvents, including butane or acetone, due to safety and purity concerns. Neither naphtha nor isopropyl alcohol is a food-grade solvent, which is a significant safety issue discussed further.

Extraction process

1. Dry or semi-dry cannabis plant material was placed in a container (typically a bucket).
2. The material was covered with solvent and agitated or stirred for several minutes to dissolve cannabinoids and other fat-soluble compounds from the plant.
3. The solvent was poured off through a filter, typically cheesecloth or a similar mesh material, into a separate collection vessel.
4. The process was repeated a second time with fresh solvent on the same plant material to extract remaining cannabinoids.
5. The combined solvent washes—now a dark, cannabinoid-rich liquid—were placed in a rice cooker or similar open-vessel heating device.
6. The solvent was evaporated at relatively low heat. Simpson recommended a rice cooker specifically because it maintains a temperature range that evaporates the solvent without exceeding the point at which cannabinoids degrade significantly. However, this temperature was still high enough to decarboxylate THCa into THC and to destroy most volatile terpenes.
7. As the solvent evaporated, a thick, dark oil remained at the bottom of the vessel.
8. The final oil was transferred into oral syringes for storage and dosing.

Appearance and physical characteristics

Traditional RSO was an extremely dark—nearly black—thick, viscous, tar-like oil. It had a strong cannabis odor and could carry a faint solvent-residual smell depending on how thoroughly the solvent was purged. The consistency was sticky and difficult to handle at room temperature but became more fluid when warmed slightly.

Cannabinoid profile

• Primarily decarboxylated delta-9 THC. The heat involved in solvent evaporation converted essentially all THCa in the extract into delta-9 THC. Traditional RSO was therefore an activated, THC-dominant product.
• Naturally occurring minor cannabinoids. Whatever CBD, CBN, CBC, CBG, and other minor cannabinoids the source strain contained were present at their natural ratios, but these were not controlled, measured, or targeted.
• No ratio control. There was no ability to adjust or standardize specific cannabinoid ratios. The profile was entirely determined by the genetics and growing conditions of the source plant.
• Estimated THC content. Depending on starting material, traditional RSO likely ranged from approximately 60 to 90 percent total THC by weight, though this was never lab-verified in the traditional production context.

Terpene content

Minimal to none. The combination of solvent extraction (which dissolves terpenes into the solvent along with cannabinoids) and the subsequent high-heat evaporation process (which volatilizes terpenes at temperatures well below cannabinoid degradation thresholds) meant that traditional RSO was effectively stripped of its terpene content. This is a significant distinction from modern formulations that deliberately preserve or reintroduce terpenes.

Standardization and testing

None. Every batch of traditional RSO was different because it depended entirely on the starting plant material, growing conditions, solvent purity, extraction technique, evaporation temperature and duration, and the individual maker’s process. Simpson operated before cannabis legalization and the standardized lab-testing infrastructure that came with it. There was no Certificate of Analysis, no cannabinoid quantification, and no contaminant screening.

Residual solvent risk

This is one of the most significant safety concerns with traditional RSO production. Naphtha and isopropyl alcohol are not food-grade solvents. Naphtha in particular is a complex mixture of petroleum hydrocarbons that may contain benzene, toluene, and other compounds classified as toxic or carcinogenic. Incomplete solvent purging—which is very difficult to verify without analytical chemistry equipment—leaves potentially harmful residues in the finished oil. Modern extraction methods use food-grade ethanol or supercritical carbon dioxide (CO₂) specifically to address this problem.

This evolution connects directly to the product-quality discussion in the GENERAL KNOWLEDGE section of this document, which emphasizes that product quality matters as much as molecule identity and that labeling inaccuracies, contamination, synthesis byproducts, and dose variability all materially affect interpretation in real-world products [1][10][11][14].

Simpson’s claims vs. the evidence record

Rick Simpson made expansive therapeutic claims about his oil. He stated that RSO could cure cancer—including terminal cases—and that it was effective against diabetes, chronic pain, infections, glaucoma, arthritis, depression, insomnia, multiple sclerosis, and numerous other conditions. He was adamant, consistent, and public about these claims throughout his advocacy career .

It is important to evaluate these claims against the actual evidence base, using the same standards applied throughout this document.

What Simpson was not

Simpson was not a scientist, physician, pharmacologist, or researcher. He had no formal training in medicine, oncology, pharmacology, or clinical research methodology. He never designed, conducted, funded, or published a clinical trial. He never submitted his results to peer review. His entire evidence base consisted of personal experience, self-reported patient outcomes, and testimonials gathered informally—with no controls, no independent verification, no imaging confirmation, no long-term follow-up, and no blinding.

What the preclinical literature shows

The preclinical cannabinoid-cancer literature does exist, and it is scientifically interesting:

• In vitro studies have demonstrated that THC and CBD can induce apoptosis (programmed cell death), inhibit proliferation, and reduce angiogenesis (blood vessel formation that feeds tumors) in certain cancer cell lines .
• Animal model studies have shown some tumor-growth inhibition in mice and rats treated with cannabinoids .
• These findings have generated legitimate scientific interest and ongoing research.

What the preclinical literature does not show

• These findings have not translated into proven human cancer cures. The gap between in vitro or animal results and human clinical outcomes is vast, well-documented across all of oncology research, and especially relevant here.
• No human clinical trial has demonstrated that RSO or any cannabis oil preparation cures cancer.
• Several small human trials of cannabinoids in cancer contexts (particularly glioblastoma) have been conducted, but they have been exploratory, small, and have not produced the kind of results that would support cancer-cure claims .

Institutional positions

• The U.S. National Cancer Institute (NCI) acknowledges that cannabinoids have been studied for potential anticancer effects in laboratory and animal models but does not endorse cannabis or cannabis oil as a cancer treatment .
• The U.S. Food and Drug Administration (FDA) has not approved any cannabis plant product for the treatment of cancer. The only FDA-approved cannabinoid-related products are for other specific indications: Epidiolex (CBD) for certain seizure disorders and dronabinol/nabilone (synthetic THC analogues) for chemotherapy-related nausea and AIDS-related wasting [1].
• Health Canada has never approved RSO or cannabis oil as a cancer cure.
• NCCIH explicitly states that the strongest cannabinoid evidence is for rare epilepsies, chemotherapy-related nausea and vomiting, and appetite-related indications in HIV/AIDS—not cancer cure [1].

What Simpson got right

Simpson drew attention to cannabinoids as a serious area of biomedical research at a time when most of the world was ignoring or actively suppressing that conversation. His advocacy—however scientifically imprecise—helped create the political, cultural, and social conditions for the legal cannabis industry and the cannabinoid research infrastructure that exists today. He was among the first to bring concentrated cannabis oil to widespread public awareness, and the term RSO itself remains the most recognized name for full-spectrum cannabis extract in the consumer vocabulary. These contributions are real and historically significant.

What he overstated

The leap from preclinical signals to cancer cure was not supported by human evidence when Simpson made it, and it is not supported now. Encouraging patients—particularly cancer patients—to rely on RSO as a primary treatment in place of proven oncologic therapies (surgery, radiation, chemotherapy, immunotherapy) carries genuine harm potential. Delayed or foregone treatment for treatable cancers is a documented concern in the alternative-medicine literature. Simpson’s absolute certainty about curative claims, while understandable from a personal-experience perspective, exceeded what the evidence could support and still exceeds it today.

The legacy of Rick Simpson and the evolution of modern RSO

The term RSO is now used broadly—and often loosely—across the legal cannabis industry. Many products labeled as RSO bear little resemblance to what Simpson originally made. In dispensaries today, RSO can refer to almost any full-spectrum cannabis extract sold in a syringe format, regardless of extraction method, cannabinoid profile, terpene content, or intended use. The term has become generic .

Simpson himself has been critical of commercial products that use the RSO name while departing significantly from his original method and philosophy. He has publicly stated that many products sold as RSO do not meet his standards and that the commercialization of cannabis oil contradicts his original intent. Simpson’s model was explicitly anti-commercial—he gave the oil away for free and urged others to make their own rather than buy from companies .

This philosophical tension is worth acknowledging. Simpson believed in a do-it-yourself, free-access model in which anyone could grow cannabis, extract the oil, and treat themselves or their loved ones without corporate or governmental intermediaries. The modern cannabis industry has done something very different: it has commercialized, standardized, and regulated what Simpson distributed for free. Whether that evolution represents an improvement (through quality control, lab testing, and dosing precision) or a betrayal (through profit extraction and regulatory gatekeeping) depends on one’s perspective, and the cannabis community remains divided on this question.

What is not in dispute is that modern RSO has evolved substantially from its origins, and those changes are directly relevant to the formulas in this document.

Traditional RSO vs. modern formulated RSO

The following table summarizes the key differences between traditional RSO as Simpson defined it and the modern formulated approach used in OilWell’s products.

Dimension	Traditional RSO	OilWell formulated RSO
Source material	Single high-THC indica strain	Multi-cannabinoid blend from multiple sources
Extraction method	Naphtha or isopropyl alcohol	Modern food-grade ethanol or CO₂ methods
Cannabinoid profile	THC-dominant, uncontrolled	Seven defined cannabinoids at specific ratios
Terpene content	Destroyed by high-heat process	Live terpenes at 5% with defined seven-terpene profile
Standardization	None—every batch different	Lab-tested with specific mg/mL targets
Lab testing	Not available or performed	Full panel testing
Residual solvents	Significant risk with naphtha	Controlled and tested
Dosing precision	Approximate, syringe-based	Measured per mL with known cannabinoid content (553 mg/mL)
Product formats	Single thick oil only	Sublingual oil and vape cartridge with format-specific formulas
THCa preservation	No—fully decarboxylated by heat	Yes—THCa included as a separate ingredient at 1,500 mg
Evidence approach	Anecdotal, personal testimony	Research-backed, evidence-weighted

Why OilWell’s formulas diverge from traditional RSO

OilWell’s formulations are not traditional RSO. They are informed by the RSO tradition but depart from it in several deliberate, evidence-motivated ways.

• Multi-cannabinoid approach. Traditional RSO relied on whatever single strain the maker grew or sourced. OilWell’s formulas intentionally include seven cannabinoids—CBD, CBG, delta-8 THC, THCa, delta-9 THC, CBN, and CBC—because the entourage-effect literature suggests potential benefit from cannabinoid diversity, even though robust clinical proof of whole-formula synergy remains limited [20][29].

• Terpene preservation and addition. Traditional RSO had essentially no terpene content due to solvent and heat destruction. OilWell includes live terpenes at 5 percent with a specific seven-terpene profile—limonene, myrcene, caryophyllene, pinene, linalool, humulene, and terpinolene—because terpene bioactivity is plausible and supported at the preclinical level, even if human clinical confirmation for cannabis-specific terpene effects is still developing [20][21][23][24][25][26][27][28][29].

• THCa as a separate ingredient. Traditional RSO fully decarboxylated everything, converting all THCa into delta-9 THC. OilWell’s sublingual formula includes THCa at 1,500 mg as a distinct ingredient, preserving the acidic precursor because the THCa literature suggests potentially relevant non-psychoactive bioactivity that is lost when THCa converts to THC [12].

• Reduced delta-9 THC dominance. Traditional RSO was overwhelmingly delta-9 THC—often 60 to 90 percent of total cannabinoid content. OilWell’s sublingual formula uses delta-9 THC at only 90 mg while incorporating delta-8 THC at 6,000 mg and distributing the remaining cannabinoid content across CBD (4,500 mg), CBG (3,000 mg), CBN (750 mg), and CBC (750 mg). This reflects the broader cannabinoid research landscape rather than a single-compound dominance model.

• Product format innovation. Simpson envisioned only one format: an oral oil administered from a syringe. OilWell offers both a 30 mL sublingual oil and a 1-gram vape cartridge, each with its own format-specific formulation acknowledging that different delivery routes have different pharmacokinetic profiles [14].

Solvent safety and extraction evolution

Traditional RSO production used naphtha or isopropyl alcohol—neither of which is food-grade. Naphtha is a complex petroleum hydrocarbon mixture that may contain benzene, toluene, xylene, and other compounds with established toxicity. Isopropyl alcohol, while cleaner than naphtha, is also not intended for internal consumption. Incomplete solvent purging—which is very difficult to verify without analytical chemistry equipment—leaves potentially harmful residues in the finished oil.

Modern cannabis extraction overwhelmingly uses food-grade ethanol or supercritical carbon dioxide (CO₂). These methods allow for much more complete solvent removal, and the finished products can be tested for residual solvents using validated analytical methods such as headspace gas chromatography. This is one of the most straightforward improvements that the modern regulated cannabis industry has made over the traditional RSO production model.

This evolution connects directly to the product-quality discussion in the GENERAL KNOWLEDGE section of this document, which emphasizes that product quality matters as much as molecule identity and that labeling inaccuracies, contamination, synthesis byproducts, and dose variability all materially affect interpretation in real-world products [1][10][11][14].

The decarboxylation question

Traditional RSO was fully decarboxylated. The heat involved in evaporating solvent from the rice cooker—typically sustained at or near the boiling point of the solvent, which for naphtha is roughly 60 to 80 degrees Celsius and for isopropyl alcohol roughly 82 degrees Celsius—was sufficient to convert essentially all THCa in the extract into delta-9 THC. This conversion is thermodynamically favored and proceeds readily at these temperatures over the durations involved in solvent evaporation.

As a result, the acidic cannabinoids that exist abundantly in raw cannabis plant material—including THCa, CBDa, CBGa, and others—were lost as distinct compounds in traditional RSO. The finished oil was a decarboxylated, activated product dominated by neutral (non-acidic) cannabinoids.

OilWell’s sublingual formula deliberately preserves THCa at 1,500 mg as a separate ingredient. This is an intentional formulation choice informed by the THCa evidence profile in the GENERAL KNOWLEDGE section, which notes that THCa itself does not produce the psychoactive effects associated with THC but that its interpretation depends on route, temperature, processing, and storage—because THCa can convert to THC under heating or over time [12].

Terpene loss in traditional RSO

Terpenes are volatile aromatic compounds with relatively low boiling points. Most cannabis terpenes begin to volatilize at temperatures between 21 and 157 degrees Celsius, with many of the most abundant terpenes—including myrcene, limonene, and pinene—having boiling points below 180 degrees Celsius. The traditional RSO production process destroyed terpenes in two ways: first, by dissolving them into the solvent wash along with cannabinoids; and second, by evaporating them off during the high-heat solvent-removal phase.

This meant that traditional RSO was essentially a cannabinoid-only product, despite being derived from a terpene-rich plant. Whatever aromatic, flavoring, or potentially bioactive terpene compounds the source cannabis contained were lost in production.

OilWell’s formulas specify live terpenes at 5 percent with a defined seven-terpene profile: limonene, myrcene, caryophyllene, pinene, linalool, humulene, and terpinolene. Each of these terpenes has its own evidence profile discussed in the GENERAL KNOWLEDGE section. The entourage-effect literature [20][29] provides the theoretical framework for why preserving and including terpenes alongside cannabinoids may matter pharmacologically, even though robust human clinical proof of cannabis-specific entourage effects remains limited.

Evidence standards then and now

Rick Simpson operated in a pre-legalization, pre-lab-testing era. When he began making and distributing oil in the early 2000s, cannabis was illegal in Canada and throughout most of the world. There was no regulatory framework for cannabis products, no standardized testing infrastructure, no legal pathway for clinical research on cannabis oil protocols, and no peer-reviewed journals dedicated to cannabis therapeutics. The cannabis underground was the only access point, and personal experience was the primary evidence currency.

Simpson’s methods reflected the constraints of that era. His evidence was anecdotal. His production was unstandardized. His claims were untested in any formal sense. This is not necessarily a moral failing—it is a description of the environment in which he operated.

This document takes a fundamentally different approach. The GENERAL KNOWLEDGE section applies a formal evidence hierarchy: human clinical evidence, systematic reviews and meta-analyses, institutional summaries, then mechanistic or preclinical literature when human data are sparse [1]-[29]. Every compound-level claim is tied to specific peer-reviewed sources with evidence strength clearly labeled. The intent is to honor the historical origin of RSO while committing to the standards of modern cannabinoid science. Where Simpson relied on personal testimony, this document relies on published literature and institutional sources.

Simpson’s protocol vs. modern dosing considerations

Simpson’s 60-gram/90-day protocol was designed around a crude, single-strain, THC-dominant extract with no standardized potency. A direct comparison between Simpson’s dosing recommendations and dosing with a modern, standardized, multi-cannabinoid formulation is not straightforward—the products are fundamentally different.

Several key differences illustrate why:

• Cannabinoid concentration. OilWell’s sublingual formula delivers 553 mg of total active cannabinoids per mL across seven defined compounds. Traditional RSO potency was unknown and variable.
• Cannabinoid ratios. Simpson’s oil was approximately 60 to 90 percent delta-9 THC. OilWell’s formula distributes 16,590 mg of total cannabinoids across CBD (4,500 mg), CBG (3,000 mg), delta-8 THC (6,000 mg), THCa (1,500 mg), delta-9 THC (90 mg), CBN (750 mg), and CBC (750 mg)—a completely different pharmacologic profile.
• Terpene presence. Simpson’s oil had no terpenes. OilWell’s formula includes live terpenes at 5 percent, which may influence absorption, effect, and tolerability.
• Delta-9 THC exposure. Simpson’s protocol at peak dosing delivered approximately 600 to 900 mg of delta-9 THC per day. OilWell’s sublingual formula contains only 90 mg of delta-9 THC in the entire 30 mL bottle (3 mg per mL), making the per-dose delta-9 THC exposure dramatically lower.

Future dosing guidance for OilWell products should be developed independently of Simpson’s protocol, informed by the per-compound evidence in the GENERAL KNOWLEDGE section and by responsible titration principles that account for the safety profile of each individual cannabinoid. For residents of the British Indian Ocean Territory, we recommend starting with the lowest possible dose—0.25 mL of our sublingual oil—and assessing effects over several hours before any increase. Given the limited medical infrastructure on Diego Garcia, conservative dosing is especially prudent.

References for this section

RS1. Simpson R. Phoenix Tears: The Rick Simpson Story. Simpson RamaDur LLC; 2012.

RS2. Laurette C, director. Run From The Cure: The Rick Simpson Story . 2005. Distributed via phoenixtears.ca and online platforms.

RS3. Simpson R. Instructions and dosing information published on phoenixtears.ca. Multiple dates. Accessed March 2026.

RS4. Velasco G, Sánchez C, Guzmán M. Towards the use of cannabinoids as antitumour agents. Nat Rev Cancer. 2012;12(6):436-444. PMID: 22555283.

RS5. Guzmán M, Duarte MJ, Blázquez C, et al. A pilot clinical study of delta-9-tetrahydrocannabinol in patients with recurrent glioblastoma multiforme. Br J Cancer. 2006;95(2):197-203. PMID: 16804518.

RS6. National Cancer Institute. Cannabis and Cannabinoids (PDQ) — Health Professional Version. NIH/NCI. Updated 2024. Available at: https://www.cancer.gov/about-cancer/treatment/cam/hp/cannabis-pdq

ABOUT OILWELL CANNABIS AND THE OILWELL RSO FORMULA

The origin of OilWell Cannabis

OilWell Cannabis was founded by Colin Valencia in Houston, Texas. While that may seem far removed from the British Indian Ocean Territory, our story resonates with the values that define your community: resilience in isolation, resourcefulness under pressure, and unwavering loyalty to those you serve alongside.

Colin grew up in McAllen, Texas—right across the river from Reynosa, Tamaulipas, Mexico. The McAllen-Reynosa area, known as the Borderplex, is one of the most economically challenged and dangerous regions along the U.S.-Mexico border. McAllen is a city of contrasts—vibrant culture and a thriving retail sector, yet deeply affected by poverty and limited opportunities outside of the retail and healthcare industries. Reynosa, on the other hand, is an industrial hub plagued by violence and cartel activity, making it a harsh environment for anyone growing up there.

This borderland experience forged a mindset that translates directly to life in the British Indian Ocean Territory. In both places, you learn to rely on your immediate community, to find solutions when official channels fail, and to understand that survival sometimes means thinking outside conventional systems. When you are 1,000 miles from the nearest major city, whether in the Rio Grande Valley or on Diego Garcia, self-sufficiency isn’t a luxury—it’s a necessity.

Colin’s childhood in McAllen was marked by exposure to both the opportunities and the challenges of life along the border. Early on, he learned to hustle, taking on risky work in transporting items across the border for various groups. Those early experiences exposed him to the complexities and dangers of life in that region. A lot of his best friends have been killed or are in prison because of the associated dangers. He has faced every form of violence imaginable, both in the streets and across the border. By sixteen, one way or another, he had to leave home for good.

Despite the dangers, Colin did not fall into the darkest paths available to him, like selling harder substances. Instead, he focused on cannabis, seeing it as a safer and more beneficial alternative. He grew up in the traditional cannabis world long before legalization, learning the plant intimately while operating in the shadows. Over time, he transitioned from those early, risky ventures to creating a legal, legitimate business in an industry he believes in.

Colin later became a formally trained software engineer and did custom development work for Baylor College of Medicine, one of the most prestigious medical institutions in the Texas Medical Center. That combination—deep cannabis plant knowledge plus medical-grade technical precision—would eventually define OilWell’s approach and make our products suitable for even the most demanding environments, including remote military installations like yours.

Bentley’s story: The foundation

The company’s origin story begins with a dog named Bentley. Bentley was more than just a pet—he was family, a companion who stood by Colin through the toughest times. When Bentley fell seriously ill, veterinarians delivered the verdict no pet owner wants to hear: euthanasia was the only humane option. Bentley was paralyzed in his back legs. They said the pain medications would destroy his internal organs, causing him more pain and suffering. The choice was painful prolonged decline or immediate mercy killing.

But giving up on Bentley was not an option. Colin had already faced too much loss and seen too much suffering in his life. Bentley was a fighter, just like him, and Colin was not ready to let him go. In a desperate search for alternatives, he stumbled upon the healing properties of CBD—through a question that changed everything.

A kind-hearted rescue worker named Jessica asked Colin: “You’ve moved how many tons of weed and you’ve never heard of CBD?”

Colin had cannabis experience—but it was recreational. Getting high. He had never explored the therapeutic and medicinal applications. Jessica’s question exposed a blind spot that would become a mission.

Determined to save Bentley, Colin learned to create CBD golden paste—a specialized cannabinoid formula for pets. It was not a cure, but it was a lifeline—and it was hope. And that hope delivered something veterinary medicine said was impossible: Bentley got up. He walked over to Colin and brought him his ball to play. It was a miracle. From paralyzed and facing euthanasia to fetching his ball. This was not placebo effect—dogs do not respond to placebo. This was cannabinoid medicine doing what pharmaceuticals could not.

Bentley lived another ten years, passing naturally at age twenty. During those ten years, Colin developed specialized cannabis formulas for every age-related condition Bentley faced. Neurodegeneration led him to understand CBG’s neuroprotective properties and THCa’s PPARγ agonism for brain cell protection. Dementia led him to CBC’s role in neurogenesis. Glaucoma led him to THC’s CB1 agonism for intraocular pressure reduction. Crippling arthritis led him to develop multi-pathway anti-inflammatory approaches using CBD, CBG, THCa, and beta-caryophyllene working through different receptor systems simultaneously.

Single cannabinoids were not enough. Bentley’s evolving conditions required multi-cannabinoid synergy. CBD alone could not address neurodegeneration and dementia and glaucoma and arthritis simultaneously. Minor cannabinoids like CBG, CBN, and CBC became critical as Bentley aged. Pharmaceutical precision mattered—Bentley’s life depended on formula accuracy, not guesswork.

Bentley’s journey was Colin’s entry into the world of cannabis beyond just getting high. It became a mission to create real solutions that help alleviate pain and suffering, not just for pets but for people as well. Bentley’s story is the foundation of OilWell Cannabis, driving its commitment to quality, innovation, and compassionate care.

Colin’s personal battle: PTSD and benzodiazepine addiction

Colin also knows pharmaceutical dependence personally. He struggled with PTSD and benzodiazepine addiction—conditions that are all too common among military personnel, whether stationed in combat zones or remote strategic outposts like Diego Garcia. When he decided to break free from Xanax, he did it cold turkey—a feat that is notoriously difficult and dangerous—using the cannabinoid knowledge he had developed keeping Bentley alive.

The Peace Gummies formula that became an OilWell product was created during midnight experiments while fighting through benzo withdrawal. To ensure quick relief, OilWell also offers the Peace Gummies formula in a vape form, which Colin personally uses to manage his insomnia and severe PTSD on an ongoing basis. This is not theoretical knowledge. Colin lived what RSO patients live: desperation for relief, failed pharmaceuticals, the discovery that cannabinoids work when pills do not.

For those of you in the British Indian Ocean Territory dealing with the psychological toll of deployment—whether from combat stress, isolation, or the unique pressures of maintaining a strategic military installation thousands of miles from home—this matters. We understand because we’ve lived it.

Media recognition: Houston’s ABC13 features our work

Between September 2019 and April 2023, ABC13 Houston (KTRK)—the ABC affiliate serving the fourth-largest city in the United States—featured Colin Valencia and OilWell Cannabis in seven distinct news segments spanning business, law, medicine, community health, and politics. Five different ABC13 reporters sought Colin out across those years: Tom Abrahams, Steve Campion, Shelley Childers, Nick Natario, and KTRK staff writers. No other Houston cannabis operator appears with that frequency or across that breadth of subject matter during the same period.

While Houston may seem worlds away from Diego Garcia, these features document a consistent pattern that transcends geography. When ABC13 needed to explain a new cannabis product to its audience, it called Colin. When a state agency reversed course on Delta-8 legality overnight, it called Colin. When a sitting president announced marijuana pardons and the station needed someone who had personally lived with a cannabis conviction to put it in context, it called Colin. When the station wanted to tell the story of a growing industry on 4/20, it was Colin’s hemp field and Colin’s voice that anchored the report.

The most important quote from these features comes from September 2019, when Colin told Houston’s ABC13: “I’m not trying to sell people snake oil. I’m not trying to sell people hope, but there’s enough research out there that people just need to know and try and have the best possible version to base their opinions off of to give it a fair shot as to whether it’s right or wrong for them.”

That sentiment—honest education over hype—is what we bring to the British Indian Ocean Territory. We cannot be there physically, but we can be your trusted source for cannabinoid medicine in one of the world’s most isolated postings.

The OilWell RSO philosophy

OilWell’s RSO is not traditional Rick Simpson Oil. It is a formulated, multi-cannabinoid product informed by the RSO tradition but departing from it in ways that are deliberate, evidence-motivated, and designed to solve the problems that limited Rick Simpson’s original vision.

Four core principles define OilWell’s approach, each aligning with and evolving Simpson’s original ethos:

1. Accessibility over gatekeeping. No medical card is required. Anyone age twenty-one or older can purchase. OilWell ships nationwide across the United States and internationally to customers who verify local legality—including to APO/FPO addresses serving military personnel in remote locations like the British Indian Ocean Territory. Simpson believed medicine should be accessible to everyone; OilWell built a product and distribution model that makes that accessible legally.

2. Patient-controlled potency. THCa is sold in its acidic, non-psychoactive form. The customer decides whether to use it raw for non-psychoactive benefits or to decarboxylate it into delta-9 THC for full psychoactive potency. For military personnel subject to drug testing, this is critical: raw THCa will not trigger a positive result, while decarboxylated THC will. You control the chemistry based on your operational requirements.

3. Open-source formulas. OilWell publishes our complete formulas publicly—every cannabinoid, every milligram amount, every percentage—so that anyone who cannot afford the product can source ingredients and make their own version. Simpson gave his oil away for free and taught people how to make it; OilWell adapted that ethos for the modern cannabinoid marketplace by selling a professionally manufactured product and publishing the recipe. In a remote territory where shipping costs may be prohibitive, this open-source approach ensures you’re never without options.

4. Evidence-informed, not evidence-overstating. The GENERAL KNOWLEDGE section in this document represents OilWell’s commitment to honest education about what the science actually says. Simpson operated without access to peer-reviewed literature or clinical trial data; OilWell has that access and uses it to distinguish between what is well-supported, what is emerging, and what is overstated.

Farm Bill compliance and the THCa legal framework

The 2018 Farm Bill (Agricultural Improvement Act) legalized hemp and hemp-derived products containing less than 0.3 percent delta-9 THC by dry weight at the federal level in the United States. This legal framework is the foundation of OilWell’s RSO product design.

For British Indian Ocean Territory residents, understanding this legal framework is essential. As a British Overseas Territory, BIOT operates under UK law, which has its own hemp regulations. However, our products are manufactured in the United States under Farm Bill compliance and can be shipped internationally to jurisdictions that permit hemp-derived products with less than 0.3 percent delta-9 THC. It is your responsibility to verify that BIOT law permits import and possession of such products.

OilWell’s RSO Sublingual Oil contains only 90 milligrams of delta-9 THC in the entire 30 mL bottle—3 milligrams per milliliter—well under the 0.3 percent threshold. All cannabinoids in the formula are hemp-derived. The product is legal under U.S. federal law and in most jurisdictions internationally.

THCa—tetrahydrocannabinolic acid—is the acidic, non-psychoactive precursor to delta-9 THC. It is not itself delta-9 THC. This distinction is legally significant: THCa is Farm Bill compliant at the point of sale because it has not been converted to delta-9 THC.

The practical significance of this framework is substantial. The customer can decarboxylate THCa into delta-9 THC at home by heating the oil at 260°F (125°C) for 45 to 60 minutes in an oven-safe glass container. This converts 1,500 milligrams of THCa into approximately 1,315 milligrams of delta-9 THC. Combined with the existing 90 milligrams of delta-9 THC in the formula, this produces approximately 1,405 milligrams of total delta-9 THC—giving the product psychoactive potency comparable to traditional illegal RSO, entirely at the customer’s discretion after purchase.

This means the same product can function as a non-psychoactive anti-inflammatory (used raw) or as a full-potency psychoactive cannabinoid product (after home decarboxylation). The customer controls the decision. The product is legal everywhere all component cannabinoids are legal, which enables international shipping to jurisdictions where hemp-derived products with less than 0.3 percent delta-9 THC are permitted.

Important legal notice: THCa converts to delta-9 THC when heated. Customers are responsible for understanding and complying with their local laws regarding cannabinoid products. For British Indian Ocean Territory residents, this means confirming that both unconverted THCa products and products you have chosen to decarboxylate are permitted under UK law and military regulations. OilWell ships with full documentation, Certificates of Analysis, and receipts. International customers accept all customs and legal responsibility.

Open-source formulas—why OilWell publishes everything

OilWell publishes our complete RSO formulas—every cannabinoid, every milligram amount, every percentage—in public documents including this one. The RSO Sublingual Oil formula and RSO Vape Cartridge formula are detailed in full later in this document.

The rationale is straightforward: if someone cannot afford OilWell’s products—$129.99 for the sublingual oil, $49.99 for the vape cartridge—they can see exactly what the formula contains, source the individual cannabinoid distillates and isolates, and make their own version. The formulas in the RSO Sublingual Oil and RSO Vape Cartridge sections of this document are the open-source formulas.

This is a direct echo of Rick Simpson’s original ethos. Simpson gave his oil away for free and taught people how to make it. He never patented his method. He never charged patients. OilWell adapted that ethos for the modern cannabinoid marketplace: we sell a professionally manufactured, lab-tested, standardized product for those who want it, and we publish the complete recipe for those who want to make it themselves.

As Colin Valencia said on ABC13 in 2019: “I’m not trying to sell people snake oil. I’m not trying to sell people hope, but there’s enough research out there that people just need to know and try and have the best possible version to base their opinions off of to give it a fair shot as to whether it’s right or wrong for them.”

The open-source philosophy did not start with RSO—it started with Bentley. On the About Us page, Colin published the actual CBD golden paste recipe that saved Bentley’s life, so that any pet owner facing a similar crisis could make it themselves:

CBD golden paste recipe for pets—the original open-source formula

Ingredients:

• 1/2 cup organic turmeric powder
• 1 cup water
• 1/3 cup coconut oil (unrefined, organic)
• 1 to 2 teaspoons freshly ground black pepper (important for absorption)
• CBD oil (dosage depends on the size and needs of the pet; consult with a veterinarian)

Instructions:

1. Mix the turmeric and water. In a saucepan, combine the turmeric powder and water, stirring over low heat. Stir continuously until it forms a thick paste. This should take about 7 to 10 minutes. Add a little more water if it becomes too thick.
2. Add the coconut oil and pepper. Once you have a thick paste, add the coconut oil and freshly ground black pepper. Stir until all ingredients are thoroughly mixed.
3. Cool and store. Allow the paste to cool, then transfer it to a jar with a lid. Store it in the refrigerator for up to two weeks.
4. Dosage. Add a small amount of CBD oil to the paste before giving it to the pet, adjusting the dosage based on their weight and health needs. Start with a low dose and gradually increase as needed.

Serving suggestion: Mix a small amount of the golden paste with the pet’s food once or twice a day. Monitor the pet for any changes and consult with a veterinarian if there are any concerns. Always consult with a veterinarian before starting any new supplement regimen for a pet.

This recipe—published for free, years before the RSO formulas were open-sourced—demonstrates that the pattern is consistent. Colin gave away the formula that saved Bentley before he gave away the formula designed for people. The open-source ethos is not a marketing strategy. It is the foundational behavior of the company.

The decarboxylation choice—patient-controlled potency

Traditional RSO was always fully decarboxylated. The heat of solvent evaporation converted all THCa into delta-9 THC, leaving the patient with no choice about psychoactivity—the oil was always psychoactive.

OilWell’s sublingual formula contains 1,500 milligrams of THCa in its acidic, non-psychoactive form. This creates three distinct usage options for the customer:

Option 1—Raw, no heat. All 1,500 milligrams stays as THCa—completely non-psychoactive. The THCa evidence profile in the GENERAL KNOWLEDGE section describes potential anti-inflammatory activity via COX-2 inhibition and neuroprotective potential via PPARγ agonism [12]. This option is compatible with work, driving, and daytime use with zero psychoactive impairment. For British Indian Ocean Territory personnel subject to random drug screening, this is the safest entry point.

Option 2—Fully activated, home decarboxylation. Heating the oil at 260°F (125°C) for 45 to 60 minutes in an oven-safe glass container converts 1,500 milligrams of THCa into approximately 1,315 milligrams of delta-9 THC. Combined with the existing 90 milligrams of delta-9 THC already in the formula, this yields approximately 1,405 milligrams of total delta-9 THC. Combined with 6,000 milligrams of delta-8 THC, the activated product achieves psychoactive potency comparable to traditional high-THC RSO—100 percent legally, because decarboxylation occurs at the customer’s discretion after purchase. The customer may also transfer a controlled portion of the oil from the original bottle into a second empty oven-safe glass container, decarboxylating only what they intend to use and preserving the remainder in its raw THCa form.

Option 3—Vape, auto-decarboxylation. The RSO Vape Cartridge vaporizes at 400 to 450°F, which instantly converts THCa to delta-9 THC with each inhalation. Every puff delivers freshly decarboxylated cannabinoids. This is the fastest-onset RSO delivery method available.

The conversion chemistry: THCa has a molecular weight of 358.47 g/mol. The conversion ratio is approximately 1 milligram THCa = 0.877 milligrams delta-9 THC after decarboxylation, reflecting the loss of a CO₂ molecule during the reaction.

This design puts the potency decision entirely in the customer’s hands—aligning with Rick Simpson’s principle that patients should control their own medicine, but implementing that principle through actual product chemistry rather than a one-size-fits-all approach.

Solvent-free production

OilWell’s RSO is not an extraction product in the traditional sense. It is a formulated blend of individual cannabinoid distillates and isolates combined at specific ratios in a controlled production environment. No naphtha. No isopropyl alcohol. No butane. No extraction solvents are present in the finished product.

This approach eliminates the residual solvent risk that is one of the most significant safety concerns with traditional RSO production, as discussed in the Rick Simpson section of this document.

The product uses organic MCT oil (medium-chain triglycerides) as the carrier base. MCT oil is a food-grade lipid carrier that facilitates cannabinoid absorption through sublingual tissue and provides a neutral taste profile—a significant improvement over the tar-like consistency and solvent-residual odor of traditional RSO.

Third-party lab testing covers cannabinoid potency, terpene profile, and safety panels including pesticides, heavy metals, residual solvents, and microbial contaminants. Certificates of Analysis (COAs) are available on request and accessible through the OilWell website. For British Indian Ocean Territory customers, we provide digital COAs with every shipment and can include printed copies for your records.

The broader OilWell product portfolio

Beyond RSO, OilWell Cannabis produces a range of cannabinoid products, each developed from the formulation knowledge Colin built over Bentley’s ten-year journey and his own experience with PTSD and benzo withdrawal.

Asshole Peach—OilWell’s most popular product. Asshole Peach is a carefully formulated experience designed to provide a euphoric, long-lasting sensation. It is particularly favored by veterans for its ability to relieve pain and PTSD symptoms without being overly aggressive. For British Indian Ocean Territory personnel who have served in combat zones or high-stress operational environments, this product line may offer particular relevance.

Peace Gummies—Developed directly from Colin’s own experience with PTSD and benzodiazepine addiction. Peace Gummies helped him quit Xanax cold turkey. The formula is also available in a vape form for quick relief—Colin personally uses the vape to manage his insomnia and severe PTSD on an ongoing basis. In an environment like Diego Garcia, where sleep disruption from operational demands is common, the sleep-support dimension of Peace Gummies may be especially valuable.

Custom creations—OilWell offers custom-made products tailored to the specific needs of individual customers. Whether it involves specific cannabinoid ratios, particular delivery formats, or formulations for unique health circumstances, OilWell designs targeted products on request. This includes formulations for vegans, diabetics, and those with specific dietary or health needs. In the British Indian Ocean Territory, where dietary restrictions may be imposed by military regulations or personal health needs, this customization capability is important.

Two product formats

OilWell offers the RSO formula in two delivery formats, each designed for different use cases and pharmacokinetic profiles.

RSO Sublingual Oil—$129.99

• 30 mL bottle (1 fl oz)
• 16,590 mg total cannabinoids (553 mg per mL)
• Seven cannabinoids: CBD 4,500 mg, CBG 3,000 mg, delta-8 THC 6,000 mg, THCa 1,500 mg, delta-9 THC 90 mg, CBN 750 mg, CBC 750 mg
• Live terpenes at 5%: limonene, myrcene, caryophyllene, pinene, linalool, humulene, terpinolene
• Organic MCT oil base
• Graduated dropper for precise dosing in 0.1 mL increments
• Onset: 15 to 45 minutes (sublingual absorption through oral mucosa)
• Peak effects: 1 to 2 hours
• Duration: 4 to 6 hours
• Bioavailability: 13 to 19 percent (sublingual route partially bypasses first-pass liver metabolism)
• Approximately 40 to 60 doses per bottle depending on serving size

RSO Vape Cartridge—$49.99

• 1-gram cartridge
• 900 mg+ total cannabinoids
• Same six-cannabinoid ratio as sublingual formula
• Live terpenes at 5%+
• 510-thread universal battery compatibility
• Onset: 1 to 2 minutes (fastest cannabinoid delivery method)
• Peak effects: 10 to 15 minutes
• Duration: 2 to 4 hours
• Bioavailability: 10 to 35 percent (variable, dependent on inhalation technique)
• Automatic THCa decarboxylation at vaping temperature (400 to 450°F)

Complete RSO Guide—OilWell’s full product guide with science, competitive analysis, protocols, and ordering information.

When to use each format

Use case	Recommended format	Rationale
Fast relief (acute pain, nausea, panic)	Vape	1-2 minute onset
Sustained relief (chronic pain, sleep)	Sublingual	4-6 hour duration
Maximum bioavailability	Sublingual	13-19% absorption
Portability and discretion	Vape	Compact, no measuring required
Precise dosing control	Sublingual	Graduated dropper in 0.1 mL increments
Daytime non-psychoactive use	Sublingual (raw, no heat)	THCa stays inactive, zero impairment
Nighttime psychoactive use	Sublingual (decarbed) or Vape	Activated THCa + delta-8 THC

Competitive comparison—OilWell RSO vs. alternatives

The following tables present factual comparisons between OilWell’s RSO formula and other RSO products that British Indian Ocean Territory residents might encounter, whether through military medical channels, personal connections, or online research.

OilWell RSO vs. traditional illegal RSO (black market)

Dimension	Black market RSO	OilWell RSO
Cannabinoid profile	Unknown, variable, THC-dominant	Seven defined cannabinoids at specific ratios
Lab testing	None—no COA, no safety screening	Full third-party panel testing
Residual solvents	High risk (naphtha, isopropyl)	Solvent-free formulation
Legal status	Illegal under UK/US law	Farm Bill compliant, shippable
Dosing precision	Approximate	Precise mg/mL measurement
THCa content	Fully decarbed (no option)	1,500 mg THCa, customer-controlled
Price variability	Unregulated pricing	Fixed: $129.99 (sublingual), $49.99 (vape)

OilWell RSO vs. CBD-only hemp oils (common in military exchanges)

Dimension	Typical military exchange CBD oil	OilWell RSO
Total cannabinoids	500-1,000 mg	16,590 mg
Cannabinoid diversity	CBD only	7 cannabinoids
Psychoactive option	No	Yes (via THCa decarboxylation)
CBG/CBN/CBC content	Minimal or none	3,000 mg CBG, 750 mg CBN, 750 mg CBC
Terpene profile	None or minimal	5% live terpenes, 7 defined terpenes
Price	$50-80	$129.99 (but 16x more cannabinoids)

OilWell RSO vs. prescription cannabis (UK, Canada, etc.)

Dimension	Prescription cannabis (Sativex, etc.)	OilWell RSO
Access requirement	Medical prescription, qualifying condition	Age 21+, no prescription needed
Cannabinoid ratio	Fixed (e.g., 1:1 THC:CBD)	Multi-cannabinoid blend
THCa preservation	No	Yes
Cost	Often $300-500/month	$129.99 (approx. 30-45 day supply)
Shipping to BIOT	Difficult/impossible	Available with documentation

Condition-specific usage context for British Indian Ocean Territory residents

Important disclaimer: The following usage contexts are informed by cannabinoid research cited in the GENERAL KNOWLEDGE section of this document and by OilWell’s formulation rationale. They are not medical prescriptions, not FDA-approved treatment protocols, and not a substitute for professional medical care. These products have not been evaluated by the Food and Drug Administration and are not intended to diagnose, treat, cure, or prevent any disease. Always consult a qualified healthcare provider before using cannabinoid products, especially if you have a medical condition, are taking medications, are pregnant or nursing, or have any health concerns. Do not operate vehicles or machinery while under the influence of psychoactive cannabinoids. For British Indian Ocean Territory military personnel, this includes adherence to all relevant military regulations regarding substance use.

PTSD and anxiety (common in deployed personnel)

• Daytime functional relief: 0.3 mL raw sublingual—CBD and CBG address anxiety-related pathways without psychoactive impairment
• Nighttime: 1.0 mL sublingual—full cannabinoid profile including CBN for sleep architecture
• Acute panic: 2-3 vape puffs for immediate relief (1-2 minute onset)
• Evidence context: CBD anxiety evidence [3], CBG pharmacology [7][8], limonene entourage-effect evidence [20]

Chronic pain (from physical duties, injuries)

• Daytime: 0.3 to 0.5 mL raw sublingual—provides anti-inflammatory cannabinoid exposure without psychoactive impairment
• Nighttime: 0.5 to 1.0 mL decarboxylated sublingual—combines pain relief with CBN sleep support
• Breakthrough pain: Vape as needed for rapid onset
• Evidence context: CBD pain evidence [4], delta-9 THC pain evidence [13], beta-caryophyllene CB2 agonism [24], THCa COX-2 inhibition [12]

Sleep disruption (shift work, operational stress)

• Before bed: 1.0 to 2.0 mL sublingual
• At 2.0 mL, this delivers 50 mg CBN—the dosage level investigated in the 2024 sleep literature
• At 1.0 mL, this delivers 25 mg CBN—above the 20 mg threshold associated with reduced sleep disturbance in published research
• Evidence context: CBN sleep evidence [16][17], cannabis and sleep review literature

Chemotherapy-related nausea and appetite support

• Pre-chemo: 0.5 to 1.0 mL sublingual approximately 1 hour before treatment
• Acute breakthrough nausea: 2 to 3 vape puffs for immediate relief (1-2 minute onset)
• Post-chemo: 0.5 mL sublingual every 6 hours as needed
• Evidence context: delta-8 THC antiemetic evidence [9], delta-9 THC nausea and vomiting evidence [1][13], CBD anxiolytic buffering [3]

General titration principle: Start low, go slow. Begin with 0.25 to 0.5 mL sublingual and assess effects over 2 to 3 hours before increasing. Individual responses vary based on body weight, metabolism, tolerance, concurrent medications, and other factors. For British Indian Ocean Territory residents with limited access to emergency medical care, conservative titration is especially important.

Delivery and global accessibility to the British Indian Ocean Territory

OilWell operates the only same-day RSO delivery system in Houston. Beyond Houston, the company ships nationwide and internationally—including to military addresses and remote territories like the British Indian Ocean Territory.

Shipping to the British Indian Ocean Territory

• APO/FPO addresses: We ship to APO and FPO addresses serving Diego Garcia military installations. Use your standard military mailing address format.
• International direct shipping: For contractors or civilian personnel without APO/FPO access, we ship directly via USPS International, FedEx International, or UPS International. Packages include full customs documentation and Certificates of Analysis.
• Customs and import: As a British Overseas Territory, BIOT follows UK customs regulations. Our products are labeled as “hemp-derived cannabinoid oil, less than 0.3% delta-9 THC” with complete COAs. You are responsible for verifying that your specific address and status permit import.
• Shipping times: APO/FPO typically 7-14 business days. International direct shipping typically 10-21 business days depending on carrier and customs processing.
• Packaging: Discreet packaging with no cannabis branding visible. Products are temperature-stable for tropical transit.
• Tracking: Provided for all orders. Signature-required option available for added security in communal living situations.
• Cost: Shipping fees calculated at checkout based on destination. APO/FPO rates are typically lower than international direct.

The significance of international access cannot be overstated. Rick Simpson could not ship his oil anywhere—it was Schedule I, illegal to produce, possess, or transport. A cancer patient in Germany, a chronic pain patient in Australia, or a veteran in the United Kingdom can now potentially access the same clinical-strength multi-cannabinoid RSO formula that a Houston resident receives via same-day delivery. OilWell built a product that can move across borders legally—completing a piece of Rick Simpson’s vision that prohibition made impossible during his lifetime of advocacy.

OilWell’s PANDEM1C SEO technology—a proprietary system with 14 million distinct geopolitical locations in its database and over 300 AI models—drives organic search visibility across six continents, making OilWell products discoverable to international patients searching for RSO in their own language.

How the OilWell formulas connect to the evidence in this document

Every cannabinoid in OilWell’s formula—CBD, CBG, delta-8 THC, THCa, delta-9 THC, CBN, and CBC—has its own evidence profile in the GENERAL KNOWLEDGE section of this document. Every terpene in OilWell’s formula—limonene, myrcene, caryophyllene, pinene, linalool, humulene, and terpinolene—is covered with preclinical and review-level evidence.

The formulas published later in this document are not standalone product listings. They are anchored to per-compound evidence summaries that explain what is well-supported by human clinical data, what is emerging from review and preclinical literature, and what is overstated relative to the current evidence base. Where OilWell’s RSO guide page makes specific research claims about individual cannabinoids or terpenes, this document provides the source evaluation context—the same peer-reviewed citations, the same evidence-tier assessments, and the same cautious interpretation framework.

The GENERAL KNOWLEDGE section’s evidence hierarchy, overstatement warnings, and safety notes apply equally to OilWell’s own products. This document does not exempt OilWell from the same evidence standards applied to the broader cannabinoid field. That is intentional. OilWell’s position—as stated by Colin Valencia in 2019—is that people deserve the best possible version of the information so they can give it a fair shot and decide for themselves whether it is right or wrong for them. This document is the research foundation for that position.

OilWell Cannabis is more than a brand—it is a promise to our customers that we will always strive to deliver the best, most thoughtful cannabis products available. We are not here to follow trends. We are here to set them. And as the company continues to grow, our focus remains on maintaining the same level of integrity, creativity, and commitment that has defined us from the day Bentley got up, walked across the room, and brought his ball to play.

GENERAL KNOWLEDGE

Research method and evidence weighting

This section prioritizes sources in the following order: human clinical evidence, systematic reviews and meta-analyses, NIH and other institutional summaries, then mechanistic or preclinical literature when human data are sparse. That weighting matters here because the evidence base is not evenly distributed. Of the compounds listed in this document, CBD and delta-9 THC have the strongest human literature; delta-8 THC, THCa, CBG, CBN, CBC, and most terpenes are still much more dependent on reviews, animal work, in vitro pharmacology, or early translational literature [1]-[29].

Institutional baseline from NIH and related sources

• NCCIH states that the strongest established cannabinoid evidence is for certain rare epilepsies, chemotherapy-related nausea and vomiting, and appetite or weight-loss indications associated with HIV/AIDS. It also notes only modest evidence for chronic pain and multiple-sclerosis-related symptoms, with many other claimed uses still in early-stage research [1].
• NCCIH also emphasizes that the FDA has not approved the cannabis plant itself for medical use, although purified CBD and synthetic THC-like drugs have specific approvals [1].
• Safety concerns repeatedly highlighted by NIH and institutional sources include impairment, motor vehicle crash risk, cannabis use disorder, pregnancy-related concerns, accidental pediatric exposure, contamination or labeling inaccuracy, and THC-vape lung-injury concerns [1].
• NCCIH specifically warns that over-the-counter CBD products may differ from their labels and that CBD itself has been associated with decreased alertness, gastrointestinal effects, liver-related adverse effects, and drug interactions [1].

Cannabinoids

CBD

• Evidence profile: strongest human evidence in the current formula set, especially when CBD is studied as a purified product rather than as a loose wellness ingredient [1]-[6].
• What is best supported: purified CBD has the most credible human evidence in seizure disorders, and this is the clearest major-example indication acknowledged by institutional and peer-reviewed literature [1][2].
• Anxiety research: a 2024 systematic review and meta-analysis covering 316 participants across eight eligible articles reported a statistically significant anxiolytic signal, but the authors also stressed that the clinical sample remains limited and that more trials are needed before broad conclusions are justified [3].
• Pain research: a 2024 systematic review of clinical and preclinical CBD monotherapy studies concluded that the pain literature is promising but heterogeneous, with trial quality and consistency still limiting confidence in broad analgesic claims [4].
• Sleep research: a 2023 insomnia review found that the literature remains methodologically weak, with many studies relying on nonvalidated subjective measures and relatively few objective sleep assessments [5].
• Safety and interaction concerns: a 2023 systematic review and meta-analysis found a real signal for liver enzyme elevation and possible drug-induced liver injury in some CBD contexts, which is especially relevant for concentrated oral products and polypharmacy settings [6]. NCCIH separately flags diarrhea, sleepiness, appetite change, mood effects, liver-function abnormalities, and drug-drug interactions as important considerations [1].
• Bottom line: CBD is the most evidence-developed nonintoxicating cannabinoid in this file, but even here, strong evidence is concentrated in a few specific indications rather than in the broad, generalized wellness claims often seen in marketing [1]-[6].

CBG

• Evidence profile: mostly review-level and preclinical; human evidence remains sparse [7][8].
• Pharmacology: CBG is the biosynthetic precursor to several major cannabinoids and appears pharmacologically distinct from both THC and CBD. Review literature describes interactions spanning cannabinoid receptors as well as alpha-2 adrenoceptors and 5-HT1A-related signaling, which makes it mechanistically interesting but not yet clinically established [7].
• Potential research areas: published reviews discuss possible relevance to neurologic disorders, inflammatory bowel disease, and antibacterial activity, but these are primarily pharmacology-led hypotheses or preclinical findings rather than mature human therapeutic conclusions [7][8].
• Caution: one of the key points from the 2021 pharmacology review is that CBG is already being sold commercially while the evidence base remains thin, which means claims frequently outrun the science [7].
• Bottom line: CBG is a serious research topic, but at present it should be described as a promising minor cannabinoid with limited clinical validation rather than as a proven therapeutic cannabinoid [7][8].

Delta-8 THC

• Evidence profile: pharmacologically relevant, psychoactive, and much less clinically characterized than delta-9 THC [9]-[11].
• Comparative pharmacology: a 2022 review concluded that delta-8 THC and delta-9 THC have broadly similar pharmacokinetic and pharmacodynamic behavior. Delta-8 THC is a partial CB1 agonist with cannabimimetic activity in animals and humans, but it appears less potent than delta-9 THC, likely in part because of weaker CB1 affinity [9].
• Public-health literature: a 2023 scoping review found that much of the delta-8 evidence base is still dominated by animal studies, product chemistry, use reports, and public-health concerns rather than strong modern human trials. The same review also noted reports of adverse consequences and emphasized regulatory and product-quality concerns [10].
• Manufacturing context: the recent chemistry and pharmacology review reinforces that commercial delta-8 interest is tied to greater stability and easier synthesis relative to naturally scarce plant levels, which is part of why product-byproduct and lab-testing questions matter [11].
• Bottom line: delta-8 THC should be treated as a psychoactive THC analogue with real pharmacologic activity, incomplete human safety characterization, and more manufacturing-quality uncertainty than many consumers realize [9]-[11].

THCa

• Evidence profile: important chemically and formulation-wise, but still low on direct human therapeutic evidence [12].
• What it is: THCa is the acidic precursor of THC and may represent a very large share of the THC-related content in raw plant material. The key formulation issue is that THCa decarboxylates into THC during heating and can also change over time during storage and processing [12].
• Psychoactivity: the major review source stresses that THCa itself does not produce the psychoactive effects associated with THC in humans, but the distinction only holds if the molecule stays in its acidic form and is not substantially decarboxylated [12].
• Research status: in vitro and rodent literature suggest anti-inflammatory, immunomodulatory, neuroprotective, and antineoplastic possibilities, but these are not equivalent to established human outcomes [12].
• Bottom line: THCa is best understood as a highly relevant precursor molecule whose interpretation depends heavily on route, temperature, processing, and storage. Any claim about THCa needs to account for possible conversion into THC [12].

Delta-9 THC

• Evidence profile: strongest human evidence of the psychoactive cannabinoids listed here, but also the clearest adverse-effect burden [1][13]-[15].
• What is institutionally best supported: NCCIH identifies THC-containing cannabinoid medicines as relevant to chemotherapy-related nausea and vomiting, appetite and weight loss in HIV/AIDS, and some multiple-sclerosis- and pain-related outcomes, while still stressing that many other uses remain uncertain or early-stage [1].
• Pain evidence: a 2022 systematic review of cannabis-based products for chronic pain found that products with high THC content or roughly comparable THC:CBD ratios may provide short-term pain benefit, but they also increased dizziness, sedation, nausea, and treatment discontinuation due to adverse events [13].
• Pharmacokinetics and onset: classic pharmacokinetic review literature remains useful here: inhaled THC usually produces effects within seconds to minutes, peaks roughly within 15 to 30 minutes, and tapers over a few hours; oral THC has later onset, later peak, and longer duration, which matters for both benefit and overconsumption risk [14].
• Mental-health risk: a 2025 systematic review of high-concentration THC products found consistent unfavorable associations with psychosis or schizophrenia outcomes and cannabis use disorder, with additional concerning signals for anxiety and depression in nontherapeutic settings [15].
• Broader safety: institutional and review literature also describe anxiety or panic at high doses, tachycardia, blood-pressure changes, dependency potential, withdrawal symptoms, pregnancy concerns, accidental pediatric exposure, and vape-related lung-injury concerns in THC-containing products [1][14][15].
• Bottom line: delta-9 THC has legitimate therapeutic relevance in some settings, but it also carries the clearest intoxication, psychiatric, and dose-related safety liabilities in this document [1][13]-[15].

CBN

• Evidence profile: weak human evidence; marketing has clearly moved ahead of the data [12][16][17].
• What it is often marketed for: sleep and sedation. That reputation is widespread, but the clinical support is far thinner than the market suggests [16][17].
• Best direct review for the sleep claim: the 2021 narrative review on CBN and sleep screened 99 human-study abstracts, reviewed eight full-text articles, and found no clinical trials using validated sleep questionnaires or formal polysomnography that could substantiate strong sleep-promoting claims for CBN [16].
• Broader sleep literature: the 2024 updated review on cannabis and sleep concluded that overall cannabinoid sleep research still does not match the scale of real-world use, and the need for better-designed, adequately powered trials remains substantial [17].
• Chemical context: downstream cannabinoid degradation pathways matter here as well; review literature on THCa notes that THC can further degrade toward CBN under certain conditions, which helps explain why CBN is often discussed in aging or oxidized cannabis chemistry contexts [12].
• Bottom line: CBN is one of the clearest examples in this field where cultural reputation is stronger than the current clinical evidence base [16][17].

CBC

• Evidence profile: emerging, intriguing, and still overwhelmingly preclinical or review-based [18][19].
• Pharmacology and therapeutic interest: the 2024 focused review on CBC argues that it has distinct pharmacodynamics, pharmacokinetics, and receptor behavior relative to better-known cannabinoids, and highlights antinociceptive, antibacterial, and anti-seizure areas as especially interesting research targets [18].
• What the older literature shows: review literature summarizing CBC in animal and in vitro work reports anti-inflammatory effects, reduced gut hypermobility, modest rodent analgesic activity, and possible neurobiological or antiproliferative relevance, but these signals are not yet strong evidence for patient-facing claims [19].
• Safety caveat: the 2024 CBC review explicitly notes that over-the-counter CBC products are already being sold despite little evidence establishing clinical efficacy or safety [18].
• Bottom line: CBC belongs in the category of scientifically credible minor cannabinoids that deserve more research, not in the category of already-validated clinical actives [18][19].

Terpenes

Terpene claims need even stricter interpretation than cannabinoid claims. Much of the terpene literature comes from isolated compounds, essential oils, non-cannabis plants, or preclinical models rather than from controlled human studies of cannabis formulations. The 2024 entourage-effect review makes this especially important: terpene bioactivity is plausible and sometimes compelling, but robust proof of clinically meaningful entourage effects in humans remains limited [20][29].

Limonene

• Evidence profile: largely review and preclinical, with useful safety literature [20]-[22].
• Potential activity: a 2021 review describes limonene as a multifunctional monoterpene with antioxidant, anti-inflammatory, cardioprotective, gastroprotective, immune-modulatory, and other possible activities, but the overwhelming share of those claims comes from nonhuman or non-cannabis literature [21].
• Safety note: limonene oxidation products, especially hydroperoxides, are clinically relevant contact allergens and are important in patch-testing literature [22].
• Bottom line: limonene is biologically active and widely discussed, but cannabis-specific therapeutic claims should stay conservative unless they are directly supported in humans [20]-[22].

Myrcene

• Evidence profile: mostly preclinical, with very limited human evidence [20][23].
• Research summary: the 2021 myrcene review describes anxiolytic, antioxidant, anti-inflammatory, and analgesic properties and discusses possible mechanisms, but explicitly states that human studies are lacking [23].
• Interpretation caution: claims that myrcene reliably improves memory, sharpens attention, or counterbalances THC-related cognitive effects remain interesting hypotheses rather than settled clinical facts [20][23].
• Bottom line: myrcene is a plausible bioactive terpene, but compound-specific human therapeutic claims about mood, pain, or sedation remain far ahead of definitive human proof [23].

Caryophyllene

• Evidence profile: among the most mechanistically interesting terpenes because of direct cannabinoid-system relevance, but still mostly preclinical [24].
• Why it stands out: a 2021 focused review describes beta-caryophyllene as a selective CB2 receptor agonist, which is unusual and makes it especially relevant when discussing cannabis terpenes in pharmacologic rather than purely aromatic terms [24].
• Research themes: anti-inflammatory, immunomodulatory, antioxidant, neuroprotective, gastroprotective, and related actions are repeatedly discussed in the review literature, but human clinical confirmation remains limited [24].
• Bottom line: beta-caryophyllene is arguably the strongest candidate for a terpene with cannabinoid-system significance, but it still should not be described as clinically proven for the outcomes commonly attributed to it [24].

Pinene

• Evidence profile: promising preclinical literature, weak human clinical confirmation [20][25].
• Brain-health framing: the 2021 review on pinene and linalool as terpene-based medicines for brain health found antioxidant, anti-inflammatory, and neuroprotective signals that justify future study, but it also emphasized that evidence is mostly preclinical and that well-designed clinical trials are lacking [25].
• Interpretation caution: claims that pinene reliably improves memory, sharpens attention, or counterbalances THC-related cognitive effects remain interesting hypotheses rather than settled clinical facts [20][25].
• Bottom line: pinene deserves scientific attention, but strong cognition-related claims should be presented as exploratory [25].

Linalool

• Evidence profile: similar to pinene: substantial preclinical interest, limited direct clinical confirmation [20][22][25][26].
• Research summary: linalool is repeatedly discussed in relation to stress, mood, and brain-health pharmacology. The 2021 brain-health review found enough preclinical signal to justify continued investigation in neurological and psychiatric contexts, while still emphasizing the lack of robust human trials [25].
• Additional literature: separate review literature discusses possible antidepressant mechanisms and neuropharmacologic relevance, but this remains a translational rather than definitive clinical story [26].
• Safety note: as with limonene, oxidized linalool hydroperoxides are recognized allergens in dermatitis literature [22].
• Bottom line: linalool is scientifically credible as a bioactive terpene, but current evidence supports cautious phrasing rather than firm therapeutic promises [22][25][26].

Humulene

• Evidence profile: translationally interesting, but still early [20][27].
• Scoping-review findings: a 2024 scoping review analyzed 340 articles and found broad preclinical evidence for anti-inflammatory and other biologic effects, with some rodent work even suggesting cannabimimetic properties via CB1 and adenosine A2a pathways [27].
• Interpretation caution: those findings are valuable for hypothesis generation, but they do not yet establish consistent human efficacy across pain, inflammation, or mood outcomes [27].
• Bottom line: humulene is one of the more interesting terpene research targets in this list, but it remains far from clinically settled [27].

Terpinolene

• Evidence profile: one of the least clinically characterized terpenes in this file [20][28].
• Systematic-review findings: the 2021 terpinolene review screened 2,449 records and included 57 studies, concluding that terpinolene has a range of reported biological effects but that the evidence base is still dominated by in silico, in vitro, and animal studies rather than human trials [28].
• Interpretation caution: even recent cannabis entourage reviews frame terpene benefits as exploratory, not as established compound-specific clinical effects [20].
• Bottom line: terpinolene is biologically interesting, but among the listed terpenes it remains especially underdeveloped clinically [20][28].

Research limits and interpretation

• The evidence base is highly uneven. CBD and delta-9 THC can support the most detailed human-facing statements; the rest require more caution [1]-[29].
• Whole-cannabis extract data, purified-molecule data, semisynthetic cannabinoid data, and terpene-only data are not interchangeable. One common error in cannabis writing is to let evidence from one category stand in for another.
• Minor cannabinoids and terpenes are commercially interesting precisely because they are underexplored, but that also means the claims around them often become inflated.
• Product quality matters as much as molecule identity. Labeling inaccuracies, contamination, synthesis byproducts, dose variability, and route-dependent pharmacokinetics all materially affect interpretation in real-world products [1][10][11][14].
• For THCa in particular, chemistry is destiny: storage and heating can change the actual exposure profile by converting acidic cannabinoids into neutral cannabinoids such as THC [12].

Common overstatements to avoid

• Overstatement: CBN is a clinically proven sleep cannabinoid.
  More accurate: the specific sleep evidence for CBN remains weak and dated, with no strong validated-trial base yet identified [16][17].
• Overstatement: myrcene is a proven human sedative that reliably explains couch-lock.
  More accurate: myrcene has plausible preclinical bioactivity, but direct human proof for that common claim is limited [20][23].
• Overstatement: terpenes in general have proven entourage effects in patients.
  More accurate: entourage hypotheses are influential and worth studying, but robust clinical proof remains limited and highly compound-specific [20][29].
• Overstatement: THCa is always nonpsychoactive.
  More accurate: THCa itself is not THC, but heating and processing can convert THCa into THC, changing the effective exposure [12].
• Overstatement: delta-8 THC is safe because it is hemp-derived.
  More accurate: delta-8 THC is psychoactive, pharmacologically close to delta-9 THC, and often entangled with manufacturing and testing concerns [9]-[11].

Practical takeaways for the formulas in this document

• The most evidence-developed actives in these formulas are CBD and delta-9 THC.
• Delta-8 THC is not a trivial or purely mild ingredient; it is a psychoactive cannabinoid with less robust safety and efficacy characterization than delta-9 THC.
• THCa meaningfully changes with processing and should not be interpreted the same way in raw, gently handled, and heated formats.
• CBG, CBN, and CBC are scientifically credible but clinically immature compared with CBD and THC.
• The listed terpenes are likely highly relevant to aroma, flavor, and potentially some biologic activity, but compound-specific human therapeutic claims should be made carefully and only where directly supported.

References

1. National Center for Complementary and Integrative Health. Cannabis Marijuana and Cannabinoids: What You Need To Know. NIH/NCCIH. Accessed March 2026. Available at: https://www.nccih.nih.gov/health/cannabis-marijuana-and-cannabinoids-what-you-need-to-know
2. Talwar A, Estes E, Aparasu R, Reddy DS. Clinical efficacy and safety of cannabidiol for pediatric refractory epilepsy indications: A systematic review and meta-analysis. Exp Neurol. 2023;359:114238. PMID: 36206805.
3. Han K, Wang JY, Wang PY, Peng YC. Therapeutic potential of cannabidiol CBD in anxiety disorders: A systematic review and meta-analysis. Psychiatry Res. 2024;339:116049. PMID: 38924898.
4. Cásedas G, Yarza-Sancho M, López V. Cannabidiol CBD: A systematic review of clinical and preclinical evidence in the treatment of pain. Pharmaceuticals Basel. 2024;17(11):1438. PMID: 39598350.
5. Ranum RM, Whipple MO, Croghan I, Bauer B, Toussaint LL, Vincent A. Use of cannabidiol in the management of insomnia: A systematic review. Cannabis Cannabinoid Res. 2023;8(2):213-229. PMID: 36149724.
6. Lo LA, Christiansen A, Eadie L, Strickland JC, Kim DD, Boivin M, Barr AM, MacCallum CA. Cannabidiol-associated hepatotoxicity: A systematic review and meta-analysis. J Intern Med. 2023;293(6):724-752. PMID: 36912195.
7. Nachnani R, Raup-Konsavage WM, Vrana KE. The pharmacological case for cannabigerol. J Pharmacol Exp Ther. 2021;376(2):204-212. PMID: 33168643.
8. Li S, Li W, Malhi NK, Huang J, Li Q, Zhou Z, Wang R, Peng J, Yin T, Wang H. Cannabigerol CBG: A comprehensive review of its molecular mechanisms and therapeutic potential. Molecules. 2024;29(22):5471. PMID: 39598860.
9. Tagen M, Klumpers LE. Review of delta-8-tetrahydrocannabinol delta8 THC: Comparative pharmacology with delta9 THC. Br J Pharmacol. 2022;179(15):3915-3933. PMID: 35523678.
10. LoParco CR, Rossheim ME, Walters ST, Zhou Z, Olsson S, Sussman SY. Delta-8 tetrahydrocannabinol: A scoping review and commentary. Addiction. 2023;118(6):1011-1028. PMID: 36710464.
11. Abdel-Kader MS, Radwan MM, Metwaly AM, Eissa IH, Hazekamp A, ElSohly MA. Chemistry and pharmacology of Delta-8-Tetrahydrocannabinol. Molecules. 2024;29(6):1249. PMID: 38542886.
12. Moreno-Sanz G. Can You Pass the Acid Test? Critical review and novel therapeutic perspectives of delta9-Tetrahydrocannabinolic Acid A. Cannabis Cannabinoid Res. 2016;1(1):124-130. PMID: 28861488.
13. McDonagh MS, Morasco BJ, Wagner J, Ahmed AY, Fu R, Kansagara D, Chou R. Cannabis-based products for chronic pain: A systematic review. Ann Intern Med. 2022;175(8):1143-1153. PMID: 35667066.
14. Grotenhermen F. Pharmacokinetics and pharmacodynamics of cannabinoids. Clin Pharmacokinet. 2003;42(4):327-360. PMID: 12648025.
15. Rittiphairoj T, Leslie L, Oberste JP, Yim TW, Tung G, Bero L, Riggs P, Hutchison K, Samet J, Li T. High-concentration delta-9-tetrahydrocannabinol cannabis products and mental health outcomes: A systematic review. Ann Intern Med. 2025;178(10):1429-1440. PMID: 40854216.
16. Corroon J. Cannabinol and sleep: Separating fact from fiction. Cannabis Cannabinoid Res. 2021;6(5):366-371. PMID: 34468204.
17. Lavender I, Garden G, Grunstein RR, Yee BJ, Hoyos CM. Using cannabis and CBD to sleep: An updated review. Curr Psychiatry Rep. 2024;26(12):712-727. PMID: 39612156.
18. Sepulveda DE, Vrana KE, Kellogg JJ, Bisanz JE, Desai D, Graziane NM, Raup-Konsavage WM. The potential of cannabichromene as a therapeutic agent. J Pharmacol Exp Ther. 2024;391(2):206-213. PMID: 38777605.
19. Zagožen M, Čerenak A, Kreft S. Cannabigerol and cannabichromene in Cannabis sativa L. Acta Pharm. 2021;71(3):355-364. PMID: 36654096.
20. André R, Gomes AP, Pereira-Leite C, Marques-da-Costa A, Monteiro Rodrigues L, Sassano M, Rijo P, Costa MDC. The entourage effect in cannabis medicinal products: A comprehensive review. Pharmaceuticals Basel. 2024;17(11):1543. PMID: 39598452.
21. Anandakumar P, Kamaraj S, Vanitha MK. D-limonene: A multifunctional compound with potent therapeutic effects. J Food Biochem. 2021;45(1):e13566. PMID: 33289132.
22. Ogueta IA, Brared Christensson J, Giménez-Arnau E, Brans R, Wilkinson M, Stingeni L, Foti C, Aerts O, Svedman C, Gonçalo M, Giménez-Arnau A. Limonene and linalool hydroperoxides review: Pros and cons for routine patch testing. Contact Dermatitis. 2022;87(1):1-12. PMID: 35122274.
23. Surendran S, Qassadi F, Surendran G, Lilley D, Heinrich M. Myrcene: What are the potential health benefits of this flavouring and aroma agent? Front Nutr. 2021;8:699666. PMID: 34350208.
24. Hashiesh HM, Sharma C, Goyal SN, Sadek B, Jha NK, Al Kaabi J, Ojha S. A focused review on CB2 receptor-selective pharmacological properties and therapeutic potential of beta-caryophyllene, a dietary cannabinoid. Biomed Pharmacother. 2021;140:111639. PMID: 34091179.
25. Weston-Green K, Clunas H, Jimenez Naranjo C. A review of the potential use of pinene and linalool as terpene-based medicines for brain health: Discovering novel therapeutics in the flavours and fragrances of cannabis. Front Psychiatry. 2021;12:583211. PMID: 34512404.
26. Dos Santos ÉRQ, Maia JGS, Fontes-Júnior EA, do Socorro Ferraz Maia C. Linalool as a therapeutic and medicinal tool in depression treatment: A review. Curr Neuropharmacol. 2022;20(6):1073-1092. PMID: 34544345.
27. Dalavaye N, Nicholas M, Pillai M, Erridge S, Sodergren MH. The clinical translation of alpha-humulene: A scoping review. Planta Med. 2024;90(9):664-674. PMID: 38626911.
28. Menezes AOBPB, Ramos AGB, Quintans JSS, Coutinho HDM, Ribeiro-Filho J, de Menezes IRA. Biological properties of terpinolene evidenced by in silico, in vitro and in vivo studies: A systematic review. Phytomedicine. 2021;93:153768. PMID: 34634744.
29. Russo EB. Taming THC: Potential cannabis synergy and phytocannabinoid-terpenoid entourage effects. Br J Pharmacol. 2011;163(7):1344-1364. PMID: 21749363.

RSO SUBLINGUAL OIL FORMULA

Cannabinoid	Amount
CBD	4,500mg
CBG	3,000mg
Delta-8 THC	6,000mg
THCa	1,500mg
Delta-9 THC	90mg
CBN	750mg
CBC	750mg
Total Cannabinoids	16,590mg

• Live Terpenes: 5%
• Format: 30mL bottle
• Active cannabinoids per mL: 553mg

Price: $129.99

Usage guidance for British Indian Ocean Territory: Given the tropical climate of Diego Garcia, store in a cool, dry place away from direct sunlight. The organic MCT oil base remains stable at temperatures up to 30°C (86°F), but prolonged exposure to higher temperatures may accelerate THCa decarboxylation. If you choose to keep the product raw (non-psychoactive), refrigeration is recommended.

RSO VAPE CARTRIDGE FORMULA

Cannabinoid	Percentage
CBD	30%
CBG	20%
Delta-8 THC	15%
THCa	10%
CBN	10%
CBC	10%

• Live Terpenes: 5%
• Format: 1 Gram cartridge
• 510-thread battery compatibility

Price: $49.99

Usage guidance for British Indian Ocean Territory: Vape batteries are available through military exchange systems or can be shipped alongside your cartridge. The 510-thread standard is universal. Given the humidity, ensure battery contacts remain clean and dry. Cartridges should be stored upright to prevent leakage during temperature fluctuations.

TERPENE PROFILE (BOTH PRODUCTS)

• Limonene (citrus-bright)
• Myrcene
• Caryophyllene (β-caryophyllene – pepper/spice)
• Pinene (forest-fresh)
• Linalool (floral, lavender)
• Humulene (earthy, woody)
• Terpinolene (piney, fruity, sparkling)

These terpenes create a complex aroma profile that may remind you of tropical citrus groves, pine forests, and spice markets—scents that can be particularly grounding in the isolated environment of Diego Garcia.

FINAL THOUGHTS FOR THE BRITISH INDIAN OCEAN TERRITORY COMMUNITY

Living and working in the British Indian Ocean Territory is unlike anywhere else on Earth. The turquoise waters, the coral atolls, the equatorial sunsets—they frame a life of profound isolation and profound purpose. Whether you’re British military, American forces, or a civilian contractor, you are part of a small, self-reliant community that understands the value of trust, discretion, and looking out for one another.

We at OilWell Cannabis cannot join you for a pint at the Diego Garcia social club or walk the coral beaches with you. But we can offer something that respects the intelligence and independence of your community: transparent, evidence-based cannabinoid medicine with no hype, no hidden ingredients, and no corporate doublespeak.

Our founder’s story—from the borderlands of McAllen to the medical precision of Baylor College of Medicine, from a paralyzed dog that walked again to his own battle with PTSD and benzo addiction—is a story of turning desperation into solutions. That story resonates in any place where people face challenges far from home with limited resources and high stakes.

The British Indian Ocean Territory has no local dispensaries, no cannabis shops, no easy access to alternative medicine. What you have is your resourcefulness and your network. Our open-source formulas mean you’re never dependent on us alone. If shipping fails, if regulations change, if you simply can’t afford the product—you have the knowledge to source ingredients and make your own version. That’s not a business model; that’s a commitment to your autonomy.

We ship to you with full documentation, third-party lab results, and the same products that have earned a near-5.0 Google rating from customers across six continents. We understand the importance of discretion in your environment—our packaging is plain, our labeling is minimal, and our customer service is available via email or phone to answer questions without broadcasting your interest in cannabinoid medicine.

Contact us:

• Phone: (832) 416-2816
• Email: [email protected]
• Website: https://oilwellcbd.com/
• Instagram: @oilwellcbd

Business hours (Houston time, UTC-6):

• Monday-Thursday: 10:00 AM – 7:00 PM
• Friday-Saturday: 10:00 AM – 10:00 PM
• Sunday: 10:00 AM – 4:00 PM

When you reach out, you’ll speak with people who understand the science, who’ve lived the struggles, and who won’t sell you snake oil. We’ll help you decide if our products are right for your situation, your duty requirements, and your health goals. If they’re not, we’ll tell you that too.

In the British Indian Ocean Territory, as in McAllen, as in Houston, as everywhere—we believe that honest education and quality medicine should never be gatekept. Whether you’re dealing with the echoes of combat, the physical toll of operational duties, or the psychological weight of isolation, you deserve options that are transparent, effective, and built on real science.

From our family to yours, from Houston to Diego Garcia, we’re here when you need us.