Pharmaceutical wastewater treatment process

ClearFox wastewater solution for pharmaceutical industry

This comprehensive guide explores the sources, composition, and types of wastewater generated by pharmaceutical and cosmetic companies, with an emphasis on major pollutants and a detailed breakdown of APIs.

Brewery Wastewater: Sources and Characteristics

brewery wastewater treatment

Brewery operations produce large volumes of rinse water, CIP discharges, and blowdowns loaded with sugars, yeast, and cleaning chemicals. Clearfox turns this high‑strength wastewater into a resource with modular systems that use screening, dissolved‑air flotation, and advanced biological treatment.

Brewery Wastewater: Treatment Plant Design

The design of brewery wastewater treatment systems must balance efficiency, reliability, and sustainability to help breweries meet strict discharge regulations and minimize environmental impact.

Fish processing wastewater: Sources and Characteristics

fish industry wastewater treatment

Fish industry wastewater is polluted with various contaminants. It typically contains a very high concentration of organic compounds. These include fish waste, nutrients such as nitrogen and phosphorus, blood, and also oils and fats. In much smaller quantities, fish industry wastewater contains microorganisms, heavy metals, and cleaning chemicals. This results in a high COD and […]

Fish processing wastewater: treatment plant design

ClearFox dissolved air flotation for a fish factory

This page gives you an in-depth insight into the most important process technologies for wastewater treatment in the fish processing industry. In addition, we give you a detailed overview of how to put together your customised wastewater treatment solution. With our support, you are guaranteed the best process for treating your individual wastewater. 

Slaughterhouse wastewater: Sources and characteristics

slaughterhouse wastewater

Slaughterhouse wastewater usually has a rust-red to brown colour because fats and other suspended matter mix with blood and faeces. When the meat is further processed, oils and fats mix into the wastewater, giving it a shimmering yellow colour. In both cases, the COD (chemical oxygen demand), BOD5 (biological oxygen demand) and TSS (total suspended […]