Optimize Your Plant’s Productivity
with Fermbox Bio’s Cellulose Hydrolyzing Enzyme Cocktail for 2G Ethanol
Optimize Your Plant’s Productivity
with Fermbox Bio’s Cellulose Hydrolyzing Enzyme Cocktail for 2G Ethanol
The enhanced conversion efficiency of EN3ZYME opens avenues for optimizing 2G ethanol production:
ensuring the economically viable and efficient production of 2G ethanol.
EN3ZYME is meticulously developed to optimize the hydrolysis of lignocellulosic residues derived from a diverse range of agricultural sources. Building on the natural enzymatic properties of fungi in breaking down wood and biomass, we employ cutting-edge molecular biology and metabolic engineering techniques to optimize specific enzyme levels.
The enhanced conversion efficiency of EN3ZYME opens avenues for optimizing 2G ethanol production:
ensuring the economically viable and efficient production of 2G ethanol.
EN3ZYME is meticulously developed to optimize the hydrolysis of lignocellulosic residues derived from a diverse range of agricultural sources. Building on the natural enzymatic properties of fungi in breaking down wood and biomass, we employ cutting-edge molecular biology and metabolic engineering techniques to optimize specific enzyme levels.
With EN3ZYME
your plant you will benefit from
Superior process and substrate versatility
New opportunities to optimize conversion processes
consistent cellulose hydrolysis
The enzyme’s effectiveness has been evaluated across diverse pretreated biomass samples, such as corn fiber, bamboo, rice straw, and cane bagasse.
Your plant’s performance, costs, and operational needs are unique. We tailor our product solutions to cater to a wide range of customer segments with diverse requirements.
Onsite manufacturing is closely linked to a 2G ethanol plant.
EN3ZYME is produced in-house at our plants.
EN3ZYME is produced in-house at our plants.
Our tailored blends, driven by cutting-edge enzymatic technology, can be customized to your specific substrates and process conditions.
A cellulosic enzyme cocktail designed for hydrolysis of pre-treated agri-based residues to fermentable cellulosic sugars, utilized in:
2G Ethanol Production & Renewable Alternate Carbon Source for Bio-manufacturing