Direct spent wash as well as bio-methanated effluent is concentrated in a multistage vacuum evaporator to 40-60% solids. The total process is under vacuum and the vapors generated in the system are re-compressed in a TVR/MVR to economize steam consumption. Condensate water generated from the evaporation system is clear and recyclable for the process.In Scheme-A: DIRECT SPENT WASH
The concentrated effluent is mixed with bagasse / rice husk and dried in a Rotary Dryer to generate mixed fuel. This mixed fuel is burnt in a boiler to generate steam and power.In Scheme-B: BIOMETHANATED EFFLUENT
The concentrated Bio-methenated effluent is dried in a Spray Dryer. The powder generated from spray dryer is mixed with coal and the mixture is burnt in a boiler to generate steam. It can also be marketed as potash rice fertilizer.
High pressure steam is used in a turbine system to generate power. The back pressure / bleed steam can be used in the evaporation system and the generated power is used to operate the evaporation and drying system. Surplus power and steam will be available for distillery operation and other uses.
TYPICAL ANALYSIS OF CONDENSATE WATER
The concentrated is then mixed with wet cake and dried in rotary dryer to generate DDGS, which has high nutrition value and can be used as cattle feed.
"SSP" has developed systems to treat such effluents, through evaporation & drying technologies. Stripper column is used to remove the solvent from High COD stream. With the help of this technology, effluent concentrate is dried to a baggable powder with 6 - 8% moisture content, which can be reused as a land filling / disposal.Application
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SSP Private Limited