Tuks+Oil & HydrogenTUKS
Willem Tuks Lavarias
Molecular Restructuring Expert
Founder
Next-Gen Membrane Engineering
Core Product Line
A. Oxygenated Cannabinoid (Oxy-CBD)
B. Waste Cooking Oil Into Botanical Pesticide
C. Premium Bio-Lipid Excipient for
Self-Emulsifying Drug Delivery System
(BLE-SEDDS)
D. 7-Day ‘Extended Thermal Retention’
in Kinetically Trapped Metastable Catalysts:
Achieving 40.00 kWh/kg with a 25% Extra Yield.
E. 100% Natural Salt-Battery from Advanced
Aqueous Battery Activation (AABA)
via Molecularly-Dissociated Industrial Brine
(MDIB).
The Genesis of Tuks+Oil & HydrogenTUKS (h2TUKS)
Ignited in the late 1990s, TUKS+OIL was born from a mission to produce “breakthroughs” to tackle global crises—from surging fuel and crop costs to advancements in oxygenated medical cannabis. Following four years of rigorous R&D, we’ve perfected the world’s most advanced hydrogen production technology.
A seven-month-old (Jan 2026) Hydrogen Technology Developer (HTD), H2Tuks targets Distribution Utilities , Eco-Zones, and Steel Factories for DRI with innovative hybrid 𝐻2 and fuel blend solutions.
Our technology does not seek to replace traditional PEM hardware. Rather, it introduces a novel paradigm shift in feedstock optimization. Traditional hydrogen research focuses entirely on altering expensive solid catalysts to speed up reactions. Our approach shifts the focus to the fluid itself, utilizing a specialized FERMENTED-UPW formulation that achieves Effortless Bond Cleavage. When fed into a standard PEM stack, it minimizes interfacial charge transfer resistance, maximizing the efficiency of existing commercial infrastructure.
long-Term Thermal Retention
Is fundamentally transforming the efficiency and economics of the green hydrogen industry. In mainstream electrochemical engineering, accelerating the water-splitting reaction requires a continuous input of external energy (like heating the system to hundreds of degrees).
The Breakthrough: Molecular Engineering
During the year 1999 – 2004 Armed with an indestructible resolve and an exhaustive technical lexicon, TUKS set out to master the science of magneto-thermo maturation. He experimented with a sophisticated fusion of proprietary metal laminations and rare-earth neodymium, copper, and magnets to unlock unprecedented levels of electrical conduction. This breakthrough allows for intense molecular activation while meticulously optimizing by unlocking the essential structural integrity of the treated substances.
The Crucible of Innovation
The path to discovery was not for the faint of heart. Seeking a “spark” that could enhance liquid products on a molecular level, he ventured into a complex process involving:
- Specialized and Modified Membranes for Bioreactors: Utilizing unique microorganisms and proprietary additives.
- Persistence: Over a year of rigorous trials, errors, and over 100 failed formulations.
- The Breakthrough: Out of those hundreds of tests, only four (4) formulations successfully reacted with his bioreactor membranes.
The Six-Dimensional Synergy
These successful formulations represent a breakthrough in extraction, molecular dissociation, oxygenation, and bio-electronic cell partitioning. This “Liquid Gold” technology is now poised to revolutionize three critical sectors:
- Energy Development Started Year 2021-2025: Energy Development Started Year 2021-2025: Advanced Hydrogen & Waste-to-Value Integration (Waste-Water Into Nanostructure Liquid Fertilizer).
- Optimizing UPW Feedstock for Hydrogen Extraction with 98% Efficiency via Proton Exchange Membrane (PEM) performance through disruptive water O-H bonds. This technology facilitates the seamless conversion of waste into high-value energy, achieving an unparalleled reduction in both terrestrial and atmospheric pollutants for a cleaner, sustainable future.
- Fuel Performance Optimization Year (2002–2008): Successfully developed high-performance formulations by converting low-grade 84-octane regular gasoline to a premium 99-octane rating. Parallel advancements in Diesel technology increased standard 49-cetane rating to a high-efficiency 57-cetane rating, improving air quality, engine performance, and power performance.
- Agriculture Development Started Year 2009 and Present: Waste Cooking Oil Into Organic Pesticide for High-Yield Precision Bio-Dynamics maximizing crop yields, revitalizing biological soil health, and organically controlling household pests. Converting waste cooking oil into organic pesticides drives high-yield, precision biodynamics. This technology maximizes crop yields, revitalizes soil biology, and provides organic pest control. Applying precision agriculture techniques optimizes crop penetration, delivery precision, and plant resilience to build a highly sustainable global food supply chain. On a local scale, this technology fully supplies KFC’s nationwide network of over 300 branches. It is also distributed directly to local farmers as a specialized ‘Fungicide Enhancer’.
- Wellness Development & Self-Emulsifying Drug Delivery System (SEDDS) Started Year 2014 and Present: The Future of Nutrient Delivery (Premium Bio-Lipid Excipient). Elevating health through precision-engineered excipient/carrier oil with cellular-disruption ability for enhancing medicinal Cannabinoids and Pharmaceutical Ingredients (CBDs & Pharma Actives). Our technology enhances the molecular integrity of beneficial compounds, unlocking unprecedented bioavailability. This ensures that every drop delivers its full potential, setting a new global standard for pharmaceutical drugs and restorative health.
- The Future of Energy Storage: Ultra-Clean Salt Batteries. Harnessing an MHD-powered Thermal Reactor and Molecularly-Dissociated Industrial Brine (MDIB) to Unlock Unprecedented Ionic Conductivity for Longer Battery Life and Flash-Charging Battery Technology.
