Plainfield, IL - HPD, a Veolia Water Solutions & Technologies (VWS) company and the world’s largest evaporation and crystallization process and equipment supplier, has expanded their offering to include CeraMem® ceramic membrane technology. CeraMem membranes feature a proprietary technology platform that combines innovative design features and unique materials of construction to provide larger capacities than other ceramic membranes at costs comparable to polymeric membranes.

CeraMem membrane technology allows the utilization of large-diameter ceramic monoliths that reduce the overall footprint of installed equipment. Developed mainly for microfiltration (MF) and ultrafiltration (UF) membranes, CeraMem ceramic membranes offer a low-fouling solution in harsh environments that is suitable for high temperature applications. This, coupled with a high resistance to chemical and abrasive attacks during operation, permits the use of membranes in some of the most challenging processes in water and wastewater treatment. One such challenging environment is deoiling of produced water in the oil and gas industry.

“We are very excited about offering this unique technology to complement our core expertise in process design,” commented HPD President, Jim Brown. “The CeraMem ceramic membrane technology will be instrumental in providing solutions to many of the issues currently limiting water and wastewater treatment systems.”

The CeraMem technology was developed with assistance provided by the Small Business Innovation Research Programs of the Department of Energy, Department of Agriculture, National Science Foundation, and Environmental Protection Agency as well as funding provided by the Expeditionary Unit Water Purification (EUWP) program managed by the Office of Naval Research. The addition of this innovative ceramic membrane technology further broadens VWS’ extensive offering to the oil and gas industry and demonstrates an overall commitment to provide added value to customers through differentiating technologies and solutions.

HPD provides innovative process solutions, which utilize evaporation and crystallization as well as ceramic membrane technology, to industrial customers worldwide. HPD’s range of services includes process design, pilot testing, equipment supply, project management, design-build project execution, and start-up and training services. From offices in Bilbao, Spain, and Plainfield, Illinois, and with agents around the world, HPD has provided more than 650 installations in over 30 countries. HPD is a Veolia Water Solutions & Technologies company.

Veolia Water Solutions & Technologies is the technological subsidiary of Veolia Water. Veolia Water Solutions & Technologies (VWS), which includes six subsidiaries in North America (Crown Solutions, HPD, John Meunier, Kruger, N.A. Water Systems, and Whittier Filtration), is a world leader in engineering and technological solutions in water treatment for industrial companies and municipal authorities. VWS is also one of the world’s major design-build providers of water and wastewater treatment facilities. Present in more than 55 countries, with 7700 employees, Veolia Water Solutions & Technologies had revenues of $2.7 billion in 2007.

VEOLIA WATER, the water division of Veolia Environnement, is the world leader in water services. Veolia Water specializes in managing water services outsourced by municipal authorities, industry and tertiary sector companies. Veolia Water operates in 57 countries, serves 108 million people, employs 70,700 employees, and had revenue of $12.8 billion in 2007.

Bristol, RI - A patented, compact all stainless steel static injection mixer for blending ethanol and other additives into gasoline and other fuels has been introduced by Westfall Manufacturing Company of Bristol, Rhode Island.

The Westfall Static Mixer is a heavy-wall 316 stainless steel fixed plate which features an orifice pattern that mixes by a combination of alternate vortex shedding and intense shear zone turbulence to achieve >98% dispersion within 10 diameters downstream. Designed to fit inside the mating flange bolt circle of any piping system, it is smaller than conventional multi-element static mixers which are much heavier and more expensive to ship.

Available in sizes from ˝" up to 30" dia., the Westfall Static Mixer is supplied standard with Flexitallic stainless steel high-pressure gaskets. Providing predictable mixing and maintenance free operation, this mixer has no moving parts and can be modified for injecting several additives. It can also be manufactured from titanium, Hastelloy and other materials.

Minneapolis, MN - Detector Electronics Corporation (Det-Tronics) announced recently the release of a new Mining IR (MIR) fixed methane gas detector approved by the U.S. Mine Safety & Health Administration (MSHA) to their standards. Intended for installation in underground mines, the MIR combustible gas detector uses an infrared (IR) light beam to detect and accurately measure methane gas concentration, while continuously performing self checks so there are no unrevealed failures. Det-Tronics is part of UTC Fire & Security, a unit of United Technologies Corp.

"In support of the mining industry's commitment to total safety, we developed a fixed methane gas detector that remains sensitive and accurate even after prolonged exposure to oxygen-depleted environments and in areas with high levels of hydrocarbon gas," said Mike Bragg, Det-Tronics Product Manager.

User benefits include reduced calibration and maintenance requirements, long life, and low cost of ownership. For ease of installation, the MIR is factory-calibrated and is shipped ready to install with pre-fitted MSHA-approved cable glands.

To reduce maintenance, the detector's modular design provides field-replaceable optics-protection filters. In addition, the transmitter display module provides an easy-to-read digital LCD readout indicating 0-5% by volume detected gas concentration.

The MIR easily integrates into new or existing systems via the standard 4 to 20 mA analog output and optional alarm/fault relay-output package.