When a leading grape crushing plant and winery in New York was challenged to meet stringent wastewater limitations and reduce costly sewer discharge fees, the company consulted SAMCO for an innovative wastewater treatment plant (WWTP) design to treat highly complex discharge streams and reduce waste.
- Highly complex contaminants and varied flow rates
- Stringent discharge limitations
- Plant expansion with added wastewater volume
- High sewer discharge cost
- Influent pumps
- Equalization tanks
- Chemical feeds
- Biological packed tower system
- Sludge handling/recycling
- Clarifier system
- Filter press
- PLC Controls
Design top-of-the-line wastewater treatment system to greatly reduce wastewater volume and pollutant concentration despite highly complex contaminants and variable flow.
Scope of Service
The client worked with SAMCO to develop an effective solution that comprised a detailed plant survey with waste minimization, on-site pilot, treatability, and P2 studies; concept development; project estimation; and process design/ project engineering.
Faced with inflexible municipal discharge regulations and high sewage discharge fees, SAMCO developed a WWTP design that implemented biological treatment, suspended solids flocculation, clarification, and sludge handling/ dewatering to reduce the client’s discharge volume by 30%, pollutant (P2) concentration by 50%, and efficiently bring it into regulatory compliance. Designed to normalize high influent biological oxygen demand (BOD) levels, SAMCO’s on- site treatment design eliminated the client’s reliance on publicly owned treatment works (POTWs), greatly improving ROI. SAMCO also designed the solution with programmable logic controllers (PLC) and a panel-view operator interface to automate monitoring of flow, temperature, pressure, and resistivity.
Project design concept included: