Nine specialty products spanning renewable fuels, industrial chemistry, cosmetic chemistry, and carbon removal — all derived from East African biomass and produced to international specification.
Catalytically stabilized bio-oil from eucalyptus fast pyrolysis — refinery-compatible feedstock for renewable hydrocarbon production.
Details →Cashew nutshell liquid in its native form — a renewable, non-food building block for downstream specialty chemistries.
Details →Decarboxylated, low-moisture cardanol-rich CNSL — the workhorse feedstock for phenalkamines, CNSL-modified resins, and specialty derivatives.
Details →Trimethylolpropane ester of anacardic acid — a high-performance bio-based ester engineered for coatings, adhesives, and polyurethane applications.
Details →TMP co-esterified with anacardic acid and coconut fatty acids at 10% coconut dosing — improved processability for industrial coating, adhesive, and polyurethane formulations.
Details →Neopentyl glycol ester of anacardic acid — a bio-based emollient engineered for personal care and clean-beauty formulations.
Details →TMP co-esterified with anacardic acid and coconut fatty acids at 25% coconut dosing — engineered for skin care, sun care, and silicone-alternative cosmetic applications.
Details →Cosmetic-grade, cold-pressed coconut oil from Tanzania's coastal belt — for personal care, hair, and skin care formulations.
Details →High-fixed-carbon, EBC-classified biochar — engineered for cement co-firing and durable carbon-removal applications.
Details →A catalytically-upgraded, stabilized bio-oil from eucalyptus biomass — engineered for refinery co-processing and renewable hydrocarbon offtake.
Unlike conventional fast pyrolysis oil, our product is upgraded in-situ through vapor-phase catalytic deoxygenation and finished through downstream hydroprocessing. The result is a low-acid, low-water, refinery-compatible intermediate suitable as a drop-in feedstock for renewable diesel, sustainable aviation fuel, and petrochemical mass-balance applications.
Cashew nutshell liquid recovered in its native form from the cashew shells of southern Tanzania — a renewable, non-food, agriculturally byproduct feedstock.
Raw CNSL is composed primarily of anacardic acid and cardanol, making it a unique starting point for downstream chemistries. Our raw CNSL is recovered using mechanical expeller methods and supplied to processors and resin manufacturers worldwide.
Decarboxylated, low-moisture CNSL — the cardanol-rich workhorse feedstock for phenalkamine curing agents, CNSL-modified epoxy resins, and downstream specialty chemistries.
Processed under controlled thermal decarboxylation, our technical CNSL delivers a cardanol-rich product with consistent reactivity and stable colour. Specified to the requirements of coating, adhesive, and resin manufacturers, and supplied with full COA documentation.
A trimethylolpropane ester of anacardic acid — a high-performance, bio-based ester engineered for industrial coating, adhesive, and polyurethane applications.
Engineered for thermal stability and low volatility, our TMP anacardate ester delivers the performance profile of a synthetic specialty ester with the renewable carbon content of a true bio-based product.
A co-esterified TMP ester of anacardic acid and coconut fatty acids, dosed at 10% coconut input — engineered for industrial formulators.
Trimethylolpropane is co-esterified with anacardic acid and coconut-derived fatty acids in a single reaction, producing a uniform mixed ester rather than a physical blend. At 10% coconut dosing, the ester retains the parent TMP-anacardate's industrial-grade thermal and oxidative performance while delivering improved viscosity and processability for industrial formulation lines.
A neopentyl glycol ester of anacardic acid — engineered as a bio-based emollient for cosmetic and personal-care formulations.
NPG anacardate pairs the natural antioxidant character of anacardic acid with the formulation stability of a neopentyl backbone. The result is a renewable, oxidatively-stable emollient that performs in cosmetic, sun-care, and skin-care applications without the trade-offs of conventional plant oils — and serves as a clean alternative to silicones and synthetic esters.
A co-esterified TMP ester of anacardic acid and coconut fatty acids, dosed at 25% coconut input — engineered for personal-care and cosmetic formulators.
Trimethylolpropane is co-esterified with anacardic acid and coconut-derived fatty acids in a single reaction, producing a uniform mixed ester. At 25% coconut dosing, the ester acquires the soft skin-feel, spreadability, and conditioning character associated with coconut chemistry while retaining the formulation stability and antioxidant performance of the underlying anacardate ester. A bio-based alternative to silicone-based and synthetic ester emollients in clean-beauty product lines.
Cosmetic-grade, cold-pressed virgin coconut oil sourced from coconuts grown along Tanzania's coastal belt.
Sourced through smallholder cooperatives and processed without heat, solvents, or refining, our cosmetic-grade virgin coconut oil retains the natural lauric acid profile, antioxidant content, and conditioning character that make it a foundational ingredient in personal care, hair care, and skin care formulations.
A high-fixed-carbon, low-volatile biochar — the stable carbon co-product of our pyrolysis platform.
Produced under controlled, high-temperature conditions that maximize fixed carbon and aromatic stability — qualities essential both for cement-kiln co-firing and for durable, EBC-certified carbon-removal applications. We supply industrial offtakers seeking a renewable solid fuel and credit buyers seeking permanent, verifiable carbon sequestration.
Each product is available with full technical documentation. Begin a conversation with our team.
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