Water Standard and its produced water subsidiary, Monarch Separators, are strengthening their focus on the unconventional oil and gas space with a recent upgrade to their H2O Spectrum® platform technology. Now, this innovative water treatment platform provides operators a wide spectrum of affordable produced and flowback water treatment options from disposal, to recycle and reuse, or treatment for safe surface discharge. As environmental concerns over water usage and availability continue and the volumes of produced water grow, Water Standard has responded by adding a low-cost alginate flocculant, coupled with Monarch Separators’ unique separation technologies to advance the H2O Spectrum® platform. The platform offers higher performance while remaining cost effective, which Water Standard understands is a key driver in the unconventional market.
Water Standard and Monarch Separators’ H2O Spectrum Platform Demonstration Unit
Lisa Henthorne, Chief Technology Officer at Water Standard says, “With over 3 million barrels of water being produced every day in the Permian basin alone, we kn
Performance from testing a range of challenging inlet water quality with turbidity up to 700 NTU have resulted in treated water for reuse and recycle with turbidity of <2-4 NTU, oil in water down to less than 2 mg/L and iron removal to less than 1 mg/L. For more extensive surface discharge treatment, the H2O Spectrum® platform boasts 100% BTEX and TOC removal along with 99+% salinity reduction and the successful accomplishment of passing the Whole Effluent Toxicity (WET) tests required for safe surface discharge.
Blend of Produced and Flowback Water after Treatment
“The success of our testing has resulted in collaborative partnerships with large E&P operators, midstream companies and various water treatment service providers to reduce salt water disposal and the subsequent loss of freshwater resources. Reusing the water for operations or treating it to levels that allow the water to be returned to the water cycle is at the heart of what we do,” added Lisa Henthorne.
