Environmental Commitment
We’ve adopted Zero Liquid Discharge (ZLD) and developed 46,300 sqm of greenbelt. Rainwater harvesting systems and reuse technologies ensure resource efficiency.
Compliance & Approvals
- Obtained Environmental Clearance & PESO Approval
Renewable Energy Integration
- 700 KW Solar Power Plant
- Internal energy via 8.65 MW Co-gen plant
Waste to Wealth
- High-protein DDGS feed
- Fly ash bricks from boiler residue
Social Responsibility
- Local job creation
- Vendor opportunities for regional MSMEs
Green Belt Development
About 33% of the factory area will be kept as the green belt that will be planted with many native tree species and vegetation.
This will attract birds and other faunal species by providing them shelter and food supply. This will be a positive contribution to the biodiversity of the site which is at present in a degraded state and poor in species density as well as diversity. The adequate green belt provided all around the plant and inside the plant premises (approx.33 % of total land).
Waste Water Treatment Plant
The industry would install multiple effect evaporators for the treatment of spent wash generated from the proposed expansion unit.
The whole of the spent wash after decantation would be sent to the MEE for the concentration of solids.
Multiple Effect Evaporation is an operation used to remove water from a solution, suspension, or emulsion by boiling off some of the liquid. It is thus a thermal separation, or thermal concentration, process. The evaporation process starts with a liquid product and ends up with a more concentrated liquid as the main product of the process. Before feeding Spent Wash to Evaporation, the solid is separated using The Centrifugal Decanter. The separated Solids are then fed to DDGS along with the concentrated spent wash from the Evaporation section.
Multiple Effect Evaporation is an operation used to remove water from a solution, suspension, or emulsion by boiling off some of the liquid. It is thus a thermal separation, or thermal concentration, process. The evaporation process starts with a liquid product and ends up with a more concentrated liquid as the main product of the process. Before feeding Spent Wash to Evaporation, the solid is separated using The Centrifugal Decanter. The separated Solids are then fed to DDGS along with the concentrated spent wash from the Evaporation section.
Air pollution control system
The air pollution control system, for the combustion emissions from the boiler furnace, will comprise of
- Ducting arrangement to transport emissions to the ESP,
- AN ESP – electro-static precipitator
- AN ID fan, and
- A stack to discharge the cleaned flue gas at adequate height.
The boiler furnace emissions will be conveyed into an electro-static precipitator (ESP), where it will get cleaned (removal of SPM) before being discharged into the atmosphere, through a stack of adequate height.
Ash Handling System
Distillery will be provided, with an individual ash handling system so designed as to remove all of the
collected ash. The ash handling system will therefore be designed to handle the requisite quantity of ash per unit per hour.
Utilization of Ash
Utilization of Ash – Boiler ash will be used for brick manufacturing in proposed brick manufacturing plant inside plant premises.
Odour Management Plan
Odour Management Plan outlines the methods by which odorous emissions will be systematically Assessed, reduced and prevented potentially from the distillery unit.
- Adequate greenbelt all around the periphery of the plant.
- Efficient CO2 scrubbing to avoid carryover of alcohol vapours & other fumes.
- Better housekeeping will maintain good hygiene conditions by regular steaming of all Fermentation equipment.