A steel mill was having issues with their sodium hypochlorite and tote hydrogen peroxide system. USP Technologies (USP) was brought in to design a bulk full-service, turnkey system to support the contact loop biodispersant and oil removal applications (filter backwash and cleaning application).
USP designed and provided 50% hydrogen peroxide (H2O2), a 3,000 gal H2O2 storage and dosing equipment system, remote tank monitoring & product inventory management, equipment start-up & maintenance, on-site applications support and product safety training.[/vc_column_text][/vc_column][/vc_row] Turn-Key H2O2 Bulk System for Contact Loop Tote Replacement
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A steel mill was having issues with their sodium hypochlorite and tote hydrogen peroxide system. USP Technologies (USP) was brought in to design a bulk full-service, turnkey system to support the contact loop biodispersant and oil removal applications (filter backwash and cleaning application).
USP designed and provided 50% hydrogen peroxide (H2O2), a 3,000 gal H2O2 storage and dosing equipment system, remote tank monitoring & product inventory management, equipment start-up & maintenance, on-site applications support and product safety training.[/vc_column_text][/vc_column][/vc_row]
A steel mill was having issues with their sodium hypochlorite and tote hydrogen peroxide system. USP Technologies (USP) was brought in to design a bulk full-service, turnkey system to support the contact loop biodispersant and oil removal applications (filter backwash and cleaning application).
USP designed and provided 50% hydrogen peroxide (H2O2), a 3,000 gal H2O2 storage and dosing equipment system, remote tank monitoring & product inventory management, equipment start-up & maintenance, on-site applications support and product safety training.[/vc_column_text][/vc_column][/vc_row]
This specialty chemical manufacturer was experiencing discharge violations (phenols, bio-toxicity) resulting from ineffective treatment with their existing processes and needed to pre-treat a wastewater stream to reduce phenols by 90% prior to mixing with higher flow waste streams.
USP Technologies was tasked to design and provide a