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Elements of Life - Purity as the Supreme Commodity

Maintaining the purity of water, soil and air is fundamental to life on our planet. In view of the growing world population and increasing urbanization, this necessity has become more and more of a challenge.

In 2000, the UN adopted a Millennium Project, in which the member states pledged to halve the number of people without access to safe potable water (currently 1.2 billion) and adequate sanitation (currently 2.4 billion) by 2015. The European Union supports this goal and, every year, invests more than one billion euro in water projects throughout the world.

In parallel, companies and research institutions are increasingly investing in the research and development of technologies for the maintenance of water and air purity, the reduction of pollution and resource conservation.

 

Pollution Prevention Technologies: Forecasts

Primarily because of the expanding western lifestyle, which has not yet embraced the idea of resource conservation, the Swiss company, Sustainable Asset Management (SAM), predicts that the needed amounts of clean water will increase by 2.5 percent annually. With this in mind, Helmut Kaiser Consulting in Tübingen estimates that the volume of water and waste water market will grow from $287 billion in 2004 to $412 billion in 2010. Thanks to technical improvements, membrane-based processes, in particular, are gaining in importance for both sewage treatment and water purification. Analysts at Frost & Sullivan predict an annual growth of 15.6 percent in the U.S. market for membrane bioreactors until 2010.

 

Pollution Prevention Technologies at Siemens

With its innovative products and technologies, Siemens has a global pioneering role especially in the water sector. The repertoire of advanced solutions for water preparation ranges from disinfection systems that work with UV irradiation to purification systems with sand or membrane filters. In addition to this, Siemens is working on the production of potable water with pulsed electrical fields. Within the scope of an EU research project, Siemens has co-developed a suitcase-sized AWACSS (Automated Water Analyzer Computer Supported System) for online water monitoring.

Through Siemens' newly developed Cannibal Process and novel membrane bioreactor, water treatment in sewage facilities will be improved. The amount of effluent sludge will be reduced to a minimum, thus, reducing disposal costs and markedly easing the burden on the environment.

Thanks to innovative technologies that do not produce hazardous waste, Siemens also helps in other areas of life by lowering the release of noxious substances. Osram, for example, has developed a fluorescent lamp, Planon, that works without mercury. A new PM (particulate matter) filter catalytic converter developed by the Siemens company, Emitec, lowers nitrogen oxide and soot emission in diesel powered vehicles.

A further area of focus at Siemens is resource conservation. Hence, up to 95 percent of the materials used in medical technological equipment are recycled. Moreover, Siemens' used medical equipment from all over the world is resold with a seal of quality after a general overhaul.

 
 
 
 

 Further Information (external)

 

 Contact

Siemens Communica-tions for Technology and Innovations:

Dr. Ulrich Eberl (Mr.)
Wittelsbacherplatz 2
D-80333  Munich

Tel: +49 (89) 636-33246
Fax: +49 (89) 636-35292

ulrich.eberl@siemens.com