Glass Industry
High-TSS polishing and cullet-washing effluent, plus high-TDS cooling tower blowdown — treated for reuse in washing and cooling makeup.
View Process Details →Industries We Serve
Every industry sends a different effluent down the drain. We design inlet-to-outlet treatment trains around each sector's actual water chemistry — not a one-size-fits-all plant.
Sector Focus
From alkaline glass-polishing fines to high-COD spent coolant, each sector below links to its typical inlet characteristics and the treatment process Rispri designs around them.
High-TSS polishing and cullet-washing effluent, plus high-TDS cooling tower blowdown — treated for reuse in washing and cooling makeup.
View Process Details →High-BOD blanching and washing effluent from pea/matar freezing lines — anaerobic-aerobic trains sized for seasonal peak loads.
View Process Details →Whey, CIP wash, and milk-fat laden effluent with swinging pH — fat trap, DAF, and anaerobic-aerobic treatment ahead of discharge.
View Process Details →Dual water need — softened/RO water for guest use, laundry, boiler and pool, plus a compact, low-odour STP for sewage reuse in gardening, flushing, and cooling makeup.
View Process Details →High-COD, emulsified metalworking coolant that can't go through a biological ETP — demulsification, oil separation, and hazardous sludge handling per CPCB norms.
View Process Details →These five sectors reflect where Rispri has built repeat plant designs — our broader chemical, plant, and consultancy range covers cooling towers, boilers, textiles, pharma, sugar, paper, and municipal installations too.
Every project begins with sampling and lab analysis of your actual inlet water — the figures on each industry page are a starting design basis, not a substitute for site data.
Our consultancy team scopes capacity, treatment train, and compliance targets specific to your discharge point and reuse goals.
See the complete range of RO, softening, filtration, ETP, STP, DM, and ZLD plants we engineer across sectors.
Share your industry and approximate flow — our team will scope inlet parameters and a treatment process suited to your discharge or reuse target.
Engineering treatment trains across industrial sectors since 1999.
Treatment trains sized to each industry's actual inlet chemistry.
Designed to meet CPCB/SPCB discharge and reuse norms.
Serving industries, institutions, and communities with reliable execution.