Clean Water Technology, Inc. articles
December 2018
Utilities Tech Outlook Magazine
Featuring: Linda Englander Mills & Ariel Lechter
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Utilities Tech Outlook Magazine, Ariel Lechter, Linda Englander Mills
Introduction
Clean Water Technology, Inc. (CWT) is the creator of the Gas Energy Mixing (GEM) System - the most advanced primary treatment system on the market. As an alternative to replacing existing Dissolved Air Flotation (DAF), CWT introduces “DAF RETROFITS” utilizing innovative GEM Technology to provide superior reduction of total suspended solids (TSS), biological and chemical oxygen demand (BOD/COD), fats, oils and grease (FOG) and turbidity.
Introduction
A prominent tortilla manufacturer was designing a new production facility using nixtamal (grinding of corn) into tortillas. Prior to gaining approval for the new facility, it was imperative that Client submit a wastewater treatment plan for permit. Specific design issues, such as fire roads and utilities, required careful planning with Client’s full design team (electrical and mechanical engineers, production facility design c
Introduction
An in-flight catering and commissary terminal (SATS) was in need for a more advanced wastewater treatment system, as their current wastewater treatment solution was inefficient and did not meet discharge requirements. CWT and its partners developed a solution which allowed ATS to not only treat their water to reduce discharge costs, but also allowed water re-use as well.
Challenge
The previous system
Introduction
Bottle Recycling has been on the uprise for a number of decades. As the global community becomes more aware of the practices and benefits of reuse and recycling of plastics, they are also demanding that better controls be put in place by the manufacturers, corporations, environmental agencies and end users. This promotes these groups to look toward new technologies that are sustainable and meet their goals of being good corporate stewards. For this reason, C
Introduction
Clean Water Technology, Inc. (CWT) is a global water and wastewater treatment firm serving Clients worldwide. The Colombian based SAIDA S.A. (Soluciones Ambientales Integrales de La Amazonia “SAIDA”), provides wastewater treatment for several oil well processors in the area. With increased production from several of their Clients, SAIDA needed to expand their Waste Water Treatment Plant (WWTP) to handle increased capacity quickly. SAIDA relied on
Introduction
A major processor of hummus, salsas, salads and sauces had outgrown their original facility in central New York City and was expanding to a new location. The company, who takes great pride in their strong reputation for production of healthy food items, wanted their new facility to be state-of-the art, sustainable and expandable.
Challenge
When their consultants were reviewing options for wastewater treatment, they looked to
Introduction
Clean Water Technology, Inc. (CWT), the creator of the Gas Energy Mixing (GEM), System provides the most advanced primary treatment system on the market. The GEM System offers superior reduction of total suspended solids (TSS), biological and chemical oxygen demand (BOD/COD), oils and grease (FOG) and turbidity.
With the ability to break oily wastewaters and float fines, the engineered small footprint and highperforming GEM System is appealing to
Introduction
A large, prestigious Hotel in the Cayman Islands had limited fresh water resources. Their goal was to find a technology that would allow them to clean and recycle their used laundry water back into their laundry process.
Challenges
Surrounded mostly by water and a few other luxury hotels, the Hotel needed a solution that required a small footprint, generated minimal noise be cost-effective, and clean the water to the point that
Abstract
Rendering plants produce high strength wastewater with high TSS, FOG, BOD and TKN. At one such plant it was decided to install a primary DAF followed by an anaerobicanoxic-aerobic treatment system for TSS, FOG, TKN and BOD removal. Since wastewater is a high strength (TSS up to 10,000, FOG up to 3,000, TKN up to 350 and BOD up to 6,000 mg/l, respectively, bioreactors will produce high MLSS up to 11,000 mg/l. Pilot scale studies tested the feasibility of using
Miroslav Colic;Domagoj Gotovac;Ariel Lechter