Newsletter
Solutions Volume 40 Issue 4 2021
Newsletter
Solutions Volume 41 Issue 1 2022
Newsletter
Ian C. Watson Fellowship – 2021 Award Recipient
The American Membrane Technology Association (AMTA) is pleased to announce that the 2021 recipient of the Ian C. Watson Fellowship for Membrane Advancement is Ms. Dana Reed of the University […]
Verifying MBR Membrane Integrity with Pressure Decay Testing; Implications and Interpretation of Test Pressure
The question of pathogen Log-Removal Value (LRV) credits for the MBR process still looms over next-generation wastewater reuse plants. Based on the Membrane Filtration Guidance Manual, the Pressure Decay Test […]
Quantifying the Mechanisms Contributing to Pathogen Removal in Membrane Bioreactors
The purpose of this study is to understand virus removal mechanisms prior to the membrane in membrane bioreactors (MBR). This presentation will quantify the mechanisms that contribute to virus removal […]
Innovative Use of Engine Exhaust to Treat Reverse Osmosis Concentrate
The mission of the Cumberland County Improvement Authority (“The Authority”) is to develop projects which are integral to the economic and environmental sustainability of Cumberland County. To further this goal, […]
Innovative Use of Engine Exhaust to Treat Reverse Osmosis Concentrate
The mission of the Cumberland County Improvement Authority (“The Authority”) is to develop projects which are integral to the economic and environmental sustainability of Cumberland County. To further this goal, […]
High-Pressure Reverse Osmosis System Treating Wastewater from a Pharmaceutical Production Facility as Part of a ZLD Projectg
As part of compliance requirements, a new pharmaceutical assay production facility in Shanghai, China, owned and operated by a major multinational pharmaceutical company, was required to implement a zero liquid […]
Optimizing Organics Removal from Surface Water in a Coagulation / Ultrafiltration System
Surface waters contain inorganic and organic particulate substances that need to be addressed and potentially reduced for drinking water production. Inorganic particulate constituents are amongst others clay, silt and minerals. […]
