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Westech Environmental Equipment & Supplies
5 equipment items found
Manufactured by:WesTech Engineering, LLC based inSalt Lake City, UTAH (USA)
The WesTech RapiSand™ ballasted flocculation system is a high-rate clarification process using rapid mixing and multi-stage flocculation, followed by sedimentation. RapiSand sedimentation is extremely fast, with rise rates exceeding 13 gpm/ft², and can be applied in a wide variety of suspended solids removal applications. The typical uses of RapiSand include expanding plant capacity, minimizing ...
Manufactured by:WesTech Engineering, LLC based inSalt Lake City, UTAH (USA)
The WesTech Solids CONTACT CLARIFIER™ has the ability to act as both an enhanced flocculation device as well as a high rate chemical precipitator. Mixing, internal solids recirculation, gentle flocculation and gravity sedimentation are all combined into a single ...
Manufactured by:WesTech Engineering, LLC based inSalt Lake City, UTAH (USA)
WesTech provides nanofiltration and reverse osmosis (NF and RO) membrane filtration equipment designed to meet your unique project requirements. Whether your treatment objective is for softening or to reduce dissolved solids, organics, or other target contaminants, WesTech has a ...
Manufactured by:WesTech Engineering, LLC based inSalt Lake City, UTAH (USA)
WesTech's complete line of high rate, heavy duty thickeners offers the most advanced designs for use in the industry. WesTech equipment is engineered and manufactured to the highest standard in quality. It offers the precision and durability required to keep your process going. Using customer specifications, standard methods, and computer software for sizing and drafting, WesTech custom designs ...
Manufactured by:WesTech Engineering, LLC based inSalt Lake City, UTAH (USA)
WesTech leads the way in the reliable production of membrane systems for high-quality potable and process water. Efficiently designed low-pressure membrane filtration (ultrafiltration / microfiltration) systems use hollow fiber membranes with small pore sizes (0.01-0.1 µm) to reliably produce high quality water using an absolute barrier. The systems are highly automated and intuitive, ...