What We Treat
TSS/Turbidity
TSS/Turbidity Overview
Total Suspended Solids (TSS) and turbidity can originate from a variety of organic and inorganic sources and are common benchmarks of overall water quality. When discharged to the environment, high levels of TSS & Turbidity can cause issues for fish and marine life, especially if other toxic compounds are transported in tandem. For water users, TSS & Turbidity can plug up equipment and generate undesirable films and sludges.
How We Treat for TSS/Turbidity
Total Suspended Solids are measured in milligrams/liter, and removal is often a function of particle size distribution. Turbidity is measured in nephelometric turbidity units (NTUs), and removal can be a function of multiple factors depending on the source of the turbidity. Once we understand the nature and sources of the material, we can determine the best treatment solution.
Important Factors We Consider in System Design:
- Nature of solids (floating, sinking, neutrally buoyant)
- Surface charge interactions and charge analysis
- Chemical vs. electrochemical coagulation
- Solids management approach
- Environmental impacts & supply chain considerations
How We Treat for TSS/Turbidity
Total Suspended Solids are measured in milligrams/liter, and removal is often a function of particle size distribution. Turbidity is measured in nephelometric turbidity units (NTUs), and removal can be a function of multiple factors depending on the source of the turbidity. Once we understand the nature and sources of the material, we can determine the best treatment solution.
Important Factors We Consider in System Design:
- Nature of solids (floating, sinking, neutrally buoyant)
- Surface charge interactions and charge analysis
- Chemical vs. electrochemical coagulation
- Solids management approach
- Environmental impacts & supply chain considerations
