Ethanol Recovery Plant from Bamboo

KERONE is pioneer in application and implementation engineering with its vast experience and team of professionals. KERONE is devoted to serve the industry to optimize their operations both economically and environmentally with its specialized heating and drying solutions.

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We at Kerone are leading manufacturer, supplier and exporter of industrial drying, heating and coating solution from past 48 years. With a commitment to sustainable and innovative solutions for Ethanol Recovery Plant from Bamboo, we are at the forefront of bioethanol industry. We had founded the principle of sustainability and harnessed the incredible potential of bamboo as a feedstock to produce high quality ethanol.

The innovative technology of Ethanol Recovery Plant from Bamboo is made with deep research of bamboo’s unique properties, ensuring that our ethanol recovery plant has maximize production and minimize its ecological footprint. We take great delight in employing Ethanol Recovery Plant from Bamboo as a sustainable energy source to help in creating a clean and green future.

Ethanol Recovery Plant from Bamboo is a new variety which has got huge potential to bring revolution in the field of Bio-Energy. The Bamboo is grown for several purpose. When it is grown as Energy Plantation, it is used as a Bio-mass Feedstock for bio ethanol production. Bamboo has 65% digestible cellulose which can be processed into Ethanol. Under the available cellulosic ethanol process, 4 Kgs of bamboo can be made to produce 1 Kg of Ethanol. Thus, cultivation of bamboo under Precision Farming can generate 10,000 to 12,000 lit of Ethanol per acre per year. With an increase in demand for liquid fuel and the development of technology of blending ethanol with the existing fuel, opens up the untapped energy market for the industries.

The Ethanol Recovery Plant from Bamboo has boost the modern extraction processes, by ensuring optimal ethanol yield and minimizing waste. Kerone offer closed loop system which is designed to reduce minimal environmental impact, reduce waste and energy consumption