Our tailored enzyme formulations break down complex plant pulps — from resistant feedstocks like bamboo to agricultural residues like rice straw — into fermentable sugars with minimal chemical pretreatment, making 2G ethanol production more viable and scalable.
The straw burning at the edge of the field is already a fuel. It is simply still locked inside the plant.
Our tailored enzyme formulations break down complex plant-derived pulps — including resistant feedstocks like bamboo and agricultural residues like rice straw — into fermentable sugars with high efficiency. By maximising hydrolysis with minimal chemical pretreatment, our enzymes accelerate saccharification and reduce operational costs, making 2G ethanol production more viable and scalable.
Designed for sustainability and performance, they optimise resource utilisation — lowering water and chemical consumption while maintaining a smaller carbon footprint. Whether you aim to maximise yield, improve process efficiency, or enhance economic viability, our products are built to support your goals.
Paddy residue traditionally burned post-harvest, diverted instead into fermentable sugars with minimal pretreatment.
Resistant feedstocks broken down with high efficiency, accelerating saccharification through the hydrolysis stage.
Lignocellulosic complexes from bamboo and other woody plants, hydrolysed without inhibition from secondary metabolites.
Engineered to raise plant profitability while lowering water, chemical and energy demand per litre produced.
Our groundbreaking cellulase technology features an advanced multi-enzyme blend engineered specifically for 2G ethanol production, achieving up to 90% glucose conversion from lignocellulosic pulp while offering enhanced shelf life and optimised performance.
Taking innovation further, we have developed a novel reusable variant that significantly reduces enzyme consumption in bioethanol production — revolutionising process economics while maintaining peak performance.
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We have the solutions to meet your plant's performance, cost and unique operational needs. Our products increase plant profitability while improving plant processes — helping you extract the maximum value from every input.
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Our cellulase and hemicellulase enzyme blends efficiently hydrolyse bamboo-derived lignocellulosic pulp while maintaining high performance in the presence of inhibitory secondary metabolites and lignin.
Produce customised enzymes directly at your ethanol plant for less than 10% of the enzyme cost per litre of ethanol. Eliminate the complexities of enzyme transportation and cold-chain storage by integrating on-site enzyme production.
Our technology minimises the environmental footprint of 2G ethanol production by reducing water and chemical consumption. Effective enzymatic hydrolysis with minimal pretreatment lowers energy and resource requirements while simplifying operations.
Our in-situ enzyme production technology, combined with reusable enzyme variants, reduces enzyme loading and operating costs. Producing enzymes directly within the 2G ethanol plant and enabling their reuse minimises dependence on external supply, transportation, and storage.