Evoxia leverages its cutting-edge Biorefinery platform to transform agricultural residue into a diverse portfolio of high-value specialty chemicals. Our products offer a direct, sustainable, and economically superior alternative to imported petrochemicals across multiple industries. The choices we make today will author the story of tomorrow. The future is being written – one material at a time.
Join us in shaping this future, as we explore the incredible world of materials and uncover the secrets to a more sustainable, more innovative, and more amazing tomorrow.
Rheology Modifiers
Bio – Based Rheology Modifiers
We produce a comprehensive suite of cellulose derivatives that act as essential thickeners, stabilizers, binders, and water-retention agents. Derived from purified agricultural cellulose, these products offer exceptional performance in demanding formulations while boasting a significantly lower carbon footprint than synthetic alternatives.
Products:
- Hydroxypropyl Cellulose (HPC)
- Hydroxyethyl Cellulose (HEC)
- Hydroxypropyl Methylcellulose (HPMC)
- Hydroxyethyl Methylcellulose (HEMC)
Bio-Silica
Sustainable Industrial & Life-Science Ingredients
Our unique full-valorization process extracts high-purity amorphous silica from agricultural residues. By utilizing low-temperature fractionation, we preserve the material’s natural integrity, offering a carbon-neutral alternative to mined quartz. Our silica grades provide superior performance in reinforcement, stabilization, and flow-aid applications across global supply chains.
Products:
- Precipitated Silica (INS 551): Ultra-pure anti-caking agent and carrier for pharmaceutical and nutritional formulations.
- High-Dispersible Silica (HDS): Sustainable filler for green tires; enhances fuel efficiency and wet grip.
- Biogenic Silica Feedstock: High-purity amorphous precursor for advanced materials and specialty chemicals.
Thermoset Binders
Lignin-Based Thermoset Binders
We are pioneering the use of lignin – a complex natural polymer extracted during our biorefining process – to create a new generation of high-performance thermoset binders. These bio-based resins (including Novolaks and Resoles) offer excellent adhesion, durability, and thermal stability, serving as a powerful, sustainable, and cost-effective replacement for conventional formaldehyde-based binders derived from fossil fuels. Our lignin binders enable manufacturers to create greener composite materials without compromising performance.
Products:
- Lignin-Based Novolak Resins
- Lignin-Based Resole Resins
Applications
