Zymolent Biosciences develops enzymes and natural bioformulations for industrial, domestic, and chemical-free agricultural applications.
Technology for Enzyme production
in your Plant
We provide on-site, customized enzyme manufacturing solutions that support efficient, scalable, and cost-effective 1G and 2G bioethanol production. Our tailored enzyme systems are developed to match each producer's unique feedstock and process conditions, helping maximize efficiency, improve yields, and achieve superior operational performance.
Enzyme cocktails calibrated to your raw material — whether bamboo, paddy straw, corn stover, or grain — eliminating conversion loss from off-spec generic dosing.
Customized systemsProduce enzymes inside your own facility. Removes supply-chain dependency, stabilises input cost, and keeps production uptime independent of third-party supply disruptions.
On-site productionEnzyme systems optimised for starch-based first-generation operations and lignocellulosic second-generation conversion — one partner, scaled to either feedstock class.
Dual-platform scalabilityA formulated mixture of cellulases, hemicellulases, β-glucosidases and AA9 LPMOs engineered to drive high glucose conversion from any lignocellulosic biomass — straw, bagasse, bamboo pulp.
View bioethanol solutionsAdvanced amylase formulations for efficient starch liquefaction and saccharification — calibrated for the food, brewing, distilling, and industrial-fermentation segments.
View industrial enzymesSpecialised pectinase preparations for clear, stable fruit juices and beverages. Optimised for maximum clarity with minimal processing time across apple, grape, citrus and tropical fruit lines.
View industrial enzymesEnzymes are used at massive scale across industries—from water and sludge treatment to industrial bioprocessing. Yet conventional enzymes are typically used once and lost, making them a recurring cost with every process cycle.
Zymolent’s reusable enzyme technology changes that equation. Our platform keeps enzymes stable at room temperature and enables their recovery and redeployment across multiple cycles—reducing enzyme consumption, lowering operating costs, and improving process sustainability.
In lignocellulose conversion for 2G bioethanol, where enzymes are among the largest recurring production costs, this can significantly reduce the cost per litre while strengthening the sustainability of the process.
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Zymoform CT1 leverages whole microorganisms and naturally-occurring bioactive metabolites to enhance plant health, improve soil microbiome quality, and boost yield — without the synthetic pesticides and fertilisers that compromise both produce and groundwater.
Across multi-season field trials in Assam and Northeast India, the formulation has consistently demonstrated improved nutrient uptake, stronger crop resilience, and significantly higher harvest weights — all while leaving the soil more alive than it found it.
Different variants of Zymoform have been developed and refined to support a wide range of crops, including tea. Backed by years of R&D and a series of extensive field trials, each formulation has been streamlined to ensure consistent product quality and reliable performance.
We discover and unlock the potential of indigenous fungal and bacterial strains from untouched ecosystems. Through advanced isolation, sequencing, and characterisation, we transform these naturally evolved microorganisms into high-performance industrial enzyme blends and innovative agricultural solutions.
Our pilot plant at Guwahati Biotech Park is being developed to translate this technology from the laboratory to industrial scale, with a long-term vision to establish 20,000 metric tonnes per year of enzyme and bioformulation production capacity in Assam.
