parc’s breakthrough clean water platform technology, hydrodynamic separation (hds), can potentially provide multiple benefits, such as: compact form factor – ideal for space- and weight-constrained sites; modular and scalable – easily increase or decrease volume capacity; low energy operation – can be used in a low pressure (i.e., gravity fed); low operating and maintenance costs – contains no moving parts or physical filters; reduction in cap-ex – potential reductions in real-estate needs due to small footprint; separation of “neutrally buoyant” material – efficient separation of suspended particles, flocs, and organics

potential applications include:
produced and flowback water treatment in oil and gas extraction; wastewater (industrial and municipal) treatment; seawater intake and pre-treatment for reverse osmosis desalination; process water, cooling tower, bilge water, mining water; algae dewatering
recovery of precious resources from water; particulate removal from rainwater; separation of oil or other emulsions from water; distributed / on-site water treatment; other liquid treatment processes