High-Performance Without Petroleum
Evolve Lubricants, Inc. is unlike any other oil company on the planet. While many other manufacturers continue down the road of using petroleum in their products, Evolve saw a different approach to high-performance and sustainability. As technology improved and brought new capabilities to the forefront, the reality of using alternative sustainable and renewable materials as much as possible instead of petroleum became more and more apparent. Evolve Lubricants’ products and performance are unlike any other in the world.
Evolve Lubricants’ focus on creating lubricants with non-petroleum technology is emphasized with the green “non-petroleum” bar on each of its products. Unheard of within the lubricant industry, Evolve was able to take the leap and produce finished lubricants that are composed of primarily sustainable renewable plant-based base oils while outperforming petroleum-based products.

High Performance Renewable Feed Stock
Behind The Technology
The unique base oil utilized by Evolve Lubricants outperforms petroleum-based Group IV products. Regarded as top-tier performing ingredients. Evolve’s base oils reduce the lubricant’s impact on the environment. With the ability to cut the cycle of dependence on petroleum products, and the need to more frequently replace them, Evolve’s base oils will lead the world by decarbonizing the lubrication sector.
Molecular Improvements over Petroleum Lubricants
- Viscosity
- Volatility/Vapor Pressure
- Traction/Friction Coefficient and pressure-viscosity relationship
- Pour point, low temperature viscosity (Brookfield, CCS)
- Temperature dependent viscosity (VI)
- Structure-correlated properties – Thermal (Cp, k), dielectric properties, stability (shear, thermal, chemical)


Optimized Molecules and Formulations
- Purity – Unlike petroleum, plant oils do not contain contaminants, such as metals, sulfurs, and aromatics.
- Molecular Weight Control – Final products have a narrower molecular weight range than petroleum.
- Branching and Structure Design – Feedstocks are perfectly linear every time. The process allows for tailored branching to optimize performance.
- Stability – The structures create the highest thermal and oxidative stability in all platforms.
- Biodegradability – Structure and purity enable it to meet biodegradability standards set by OCED 301B.
Advancing To The Next Generation Of Synthetic Lubricants

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Industrial Lubricants
High-performance renewable hydraulic fluids for minimal environmental impact