About Energy storage quick closing valve
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6 FAQs about [Energy storage quick closing valve]
What is a Greenwood quick closing valve?
Process materials include ammonia, butane propane, pentane, polypropylene, LNG, NGL, mild acids, diesel fuel and hot oil. Greenwood Quick Closing Valves use a reverse check valve design to stop the flow of fluid or vapor in the event of emergency, be it fire, explosion or electrical disruption.
What is a quick closing valve?
For over 60 years, Greenwood Quick Closing Valves have supplied that measure of safety. These sturdy valves provide protection on pipelines and storage facilities in refineries, LPG, chemical, cement and power plants, shipyards, pumping stations, tank farms, and rail loading and unloading facilities throughout the world.
What spare parts do you need for a quick closing valve?
Recommended spare parts include fusible links, shaft packing, cover gaskets and solenoids if the valve is equipped with electrical actuators. Greenwood Quick Closing Valves consist of a WCB-grade cast carbon steel body, 316 stainless steel trim, 17-4PH shaft material, and graphite cover gasket and shaft packing.
Where should a quick closing valve be installed?
Quick closing valves must always be installed on the line with the flow direction over the disc. Valves cannot be installed with a downward-showing bonnet, in horizontal pipelines. 8. MAINTENANCE
How to store a valve?
Protect the valve from excessive vibration during transportation. Optimum storage temperature should be between 5°C and 40°C. Unload all valves from wooden pallets to the ground carefully without dropping. When lifting, the valve should be secured by the body and never lifted by the trim. Condition of stored products shall be periodically verified.
What to do if a quick closing valve is leaking?
After the installation process is completed, check the connections for leaks with water. Do not use the valve if it is leaking. During installation, prevent to damage the paint of the valve. Quick closing valves must always be installed on the line with the flow direction over the disc.
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