EXHIBITION DATES: 30.11.2010 - 02.12.2010 VALVE WORLD 2010
PRODUCT SEARCH
Trade fair Dates 
Press Release 
Spain:
OHL Gutermuth is supplying the main, shut-off and regulating valves for the thermal conducting oil in the world’s largest solar power station, which is currently under construction in Spain.
 more


Russia:
OHL Gutermuth supplied valves for cooling water at up to 35 bar to a large power station in Russia in 2007. Nominal diameters up to 1600 mm!
 more


News

12.02.2008 Spain:
 
  OHL Gutermuth is supplying the main, shut-off and regulating valves for the thermal conducting oil in the world’s largest solar power station, which is currently under construction in Spain.
   


20.11.2007 Russia:
 
Russia: OHL Gutermuth supplied valves for cooling water at up to 35 bar to a large power station in Russia in 2007. Nominal diameters up to 1600 mm!
   


02.11.2007 Valves for 1200 °C
 
  Valves for 1200 °C and low noise applications for dp up to 160 bar.
   


09.10.2007 China:
 
  OHL Gutermuth is supplying valves worth several million euros to the largest gas purification plant, which SINOPEC is building in Sichuan. Switching valves are being supplied to Petrochina for several CBA plants in the same region, since the customer was highly satisfied with the original equipment supplied by Gutermuth in the 1980s.
   


20.09.2007 Qatar:
 
  3-way hot gas mixing valves, designed for an operating temperature of 1000 °C with a size of 80° are being supplied to QatarGas. Unit weight is 6 tonnes before brick lining.
   


18.09.2007 India
 
  In 2007, OHL Gutermuth supplied reactor switching valves worth several million euros to the world's largest refinery in India, whose capacity is currently being doubled.
Valves by OHL Gutermuth were also used over 10 years ago in the construction of the initial plant. Unit weight of the double-skinned valve is 5 tonnes.
   


12.09.2007 FORMULA 1
 
  OHL Gutermuth is supplying special 3-way valves for the engine testing rigs of a Formula 1 racing team, which must switch with a regulator-controlled actuation time of < 0.1 sec / 90°. It was only possible to undercut this time by means of the use of special hydraulic components and optimised valve design.