1G ETHANOL-
- Updated design & engineering for production of RS, EQRS and ENA.
- Having energy efficient modern smart technology especially for Ethanol.
UFI provides Leading-edge technologies, goods, and services for every need associated with an ethanol plant, staying true to its mission of improving the world. Our expertise of global feedstocks, proprietary technologies, engineering and manufacturing skills, and quick customer care cell are what set us apart.
Safety is our first concern at UFI. Safety is ingrained in our organization and is demonstrated in every aspect of our business operations at our facilities and those of our clients. It is required to include safety features in all equipment design and manufacturing as well as civil and structural design. All accepted standards are carefully adhered to. It is common practice to use process instrumentation interlock design for operational safety.
2G Ethanol –
2G (2nd Generation) Ethanol??
- Updated design & engineering for production of RS, EQRS and ENA.
- Having energy efficient modern smart technology especially for Ethanol.
Agri-residues such as rice and wheat straw, cane waste, maize cobs and stover, cotton stalk, bagasse, bamboo, empty fruit bunches, etc. are examples of second generation (2G) feed sources.
Technology –
- Utilized the first generation's substantial knowledge
- Straightforward and reliable
- Integrated end to end in terms of energy, water, and substrate
- high on-stream factor.
Process–
1. Pre-treatment:
High porosity due to efficient depolymerization ensures best-in-class enzyme utilization.
2. Enzymatic Hydrolysis:
Optimised utilisation of enzymes.
3. Fermentation:
Effective inhibitor impact minimization Fermentation efficiency comparable to first-generation fermentation
4. Distillation:
Heat integration results in low energy use.
5. Ethanol Dehydration:
Numerous advantages of molecular sieve dehydration technology include high ethanol dryness, long sieve bed life, simplicity of use, and low energy consumption.