System will double capacity at the ABV facility in a water-starved region of Brazil
Koch Membrane Systems Inc. (KMS) has been selected to provide its Puron HF (high flow) reinforced hollow fiber ultrafiltration system for the expansion of the Alto da Boa Vista (ABV) drinking water plant in São Paulo, Brazil.
The surface of ultrafiltration (UF) membranes is subject to the build up (fouling) of foreign materials present in feed water, such as suspended solids, colloids, organics and biological matter. The deposits accumulate on the membrane, resulting in decreased filtrate flow and/or increased transmembrane pressure (TMP), eventually reaching levels that cannot be recovered by regular backwash and maintenance cleaning. To reverse this situation, a clean-in-place (CIP) must be performed.
Performing clean-in-place to reverse fouling
Ultrafiltration & gas transfer technologies improve water quality & control corrosion in cooling water system
In 2013, Shanghai International Tourism Resort (Disney) realized that they needed to improve the quality of their make-up to the cooling water circulation system to effectively control contamination, scaling and corrosion and protect downstream system components. To accomplish its goals, the resort enlisted CHD to design and build a system using proven membrane technologies that effectively removed suspended solids, colloidal substances, chemical oxygen demand (COD), salt, and dissolved gases from the system.
The company is building a portfolio of ceramic & polymeric membranes
Nanostone Water announced the acquisition of Ultura's membrane business following Ultura's bankruptcy filing last year. The transaction was completed Dec. 14, 2014 and includes the assets associated with "SEPRO" and "ROCHEM" brands of membranes, elements and modules. The product portfolio is being rebranded with the Nanostone Water mark.
The company also will implement its proprietary remote monitoring solution for a municipality in Florida
H2O Innovation Inc. was awarded, at the end of its second quarter and in January 2015, six new contracts for an aggregate amount of 14 million Canadian dollars, mainly for the supply of drinking water systems to municipal customers. With the addition of these new contracts, the backlog for water treatment projects has reached CA$38.2 million at the beginning of the third quarter.
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Single header design reduces energy, minimizes downtime, and increases flux
Koch Membrane Systems Inc. (KMS) announced that it supplied Puron membrane bioreactor (MBR) ultrafiltration modules to a power plant located in Inner Mongolia, China. The project is the first in China’s power industry to use Puron ® MBR membranes for water reuse.
Municipal wastewater will be treated in an aerobic MBR using Puron hollow fiber membranes, followed by reverse osmosis (RO). The treated water will then be used as boiler make-up water. The plant has a capacity of 18,000 cu meters per day (4.8 mgd).
The technology was selected based on permeate quality, energy consumption & chemical consumption compared with competitive products
Koch Membrane Systems Inc. (KMS) has installed its Puron HF ultrafiltration (UF) modules at a major steel mill in Inner Mongolia, China. The system is the first large application of the Puron HF product in the metals industry, with a capacity of 57,600 cu meters per day (15.2 million gal per day).
The full ultrafiltration membrane retrofit project is scheduled to be completed over the course of a year
Koch Membrane Systems Inc. (KMS) has successfully started-up the initial phase of its retrofit to the ultrafiltration (UF) system at the City of Del Rio’s water treatment plant located in Del Rio, Texas. The full retrofit project is scheduled to be completed over the course of a year.
The system's technological enhancements improve performance & reduce installation costs
Membrane systems for treating drinking water keep evolving, and the recent introduction of the Memcor CPII ultrafiltration (UF) system is no exception. The Memcor CP II system from Evoqua Water Technologies is a pressurized, pre-engineered membrane system with a modular building-block configuration and ultra-compact footprint.