Mott Corporation

Patrick Stephen Hill

Richard Beaupre

Gregory Tedeschi

Disclosed herein is a bioreactor comprising a vessel comprising; a first tube for transporting retentate to a retentate receiving tank; a second tube that surrounds the first tube for transporting a permeate to a permeate receiving tank; and a third tube that surrounds the second tube; wherein the third tube is in fluid communication with a sparger; and wherein the third tube transports a fluid that sparges a biological broth disposed in the vessel and wherein a membrane that separates the first tube from the second tube separates the biological broth into the permeate and the retentate.

Bioreactor design and methods of manufacture thereof

Disclosed herein are decanting backwash receiver assemblies, and related methods of fabrication and use. The present disclosure provides improved decanting backwash receiver assemblies for decanting of input feeds, and improved systems/methods for utilizing and fabricating the decanting backwash receiver assemblies. The present disclosure provides decanting backwash receiver assemblies utilizing porous media insert members and/or porous media surfaces for the decanting of input feeds. Exemplary decanting backwash receiver assemblies are configured and dimensioned to receive a filter backwash surge flow of slurry (e.g., solids and liquid mixture), and provide for settling of the solids from flow, and provide for decanting of a liquid layer above the settled solids, and optionally provide for de wetting the settled solids, and provide for discharge of the settled solids (e.g., liquid wetted) from the bottom of the assemblies.

Growing community of inventors

Vernon, CT, United States of America

Patrick Stephen Hill