New Large-Capacity Centrifugal Chillers, known as the "JHT-Y/JHT-YI Series," Employing Refrigerants with an Extremely Low Environmental Impact Mitsubishi Heavy Industries Thermal Systems, Ltd. (MHI ...

If your hot water is sometimes too steamy for comfort or safety, you can calm it down by installing either a mixing valve or ...

Using ASCO zero-emissions electric dump valves, the only such all-electric solution for separators, scrubbers, and ...

Using the handle on top of the valve, you can rotate the ball through 90 degrees. When the hole aligns with the pipe, water flows freely. When it's perpendicular to the pipe, the flow stops.

US-based Laramie Energy has deployed zero-emissions electric dump valves to comply with emissions regulations, reduce maintenance and boost productivity. Emerson recently partnered with Laramie Energy ...

Pfeiffer Vacuum+Fab Solutions has introduced the Series E, an advanced electric angle valve designed to deliver superior control, energy efficiency, and reliability in high vacuum applications. This ...

NOW that the use of higher voltages for bulk supply is becoming more general in this country, the question of protection of electrical plant against damage due to resonance surges in underground ...

"It (the allegedly poisoned water) was stopped at the Delhi border... we did not allow it to enter the city. We have seen such things in wars but today, what the BJP did by mixing poison in Delhi ...

Ahead of the Assembly polls, AAP chief Arvind Kejriwal on Monday alleged that the BJP is mixing poison in the water that is coming to Delhi from Haryana. “The country has never seen such dirty ...

The Haryana government will sue AAP leader Arvind Kejriwal for his allegation that the state's ruling BJP was mixing "poison" into Yamuna water, BJP sources said on Monday, adding their party will ...

with ex-Chief Minister Arvind Kejriwal now accusing the latter of "mixing poison" in the city's water supply, in an attempt to "create chaos... hoping the blame will fall" on his party's ...

Research co-led by the University of Maryland reveals that drought and increased temperatures in a CO 2-rich climate can dramatically alter how grasslands use and move water. "If we want to ...