How Parker Bestobell Cryogenic Valves Add to the Circular Economy

This video describes how and why the Parker Bestobell Cryogenic Valves contribute to the circular economy for industrial manufacturing. Increasingly frequent extreme weather events worldwide highlight the critical need to build a more sustainable future.

As defined by the US EPA, a circular economy keeps materials, products, and services in circulation for as long as Parker recently announced a new commitment to achieve carbon-neutral operations by 2040.

Parker global locations are demonstrating a real commitment to greener operations regarding waste management and recycling. Parker Instrumentation Products Division, Sheffield UK, home to our Bestobell cryogenic valves range, recently won an accolade for achieving zero landfill from their manufacturing operation.

It doesn't end there. The Parker Bestobell cryogenic range also reflects our circular economy thinking.

The valves are readily repairable, eliminating the need to throw away a faulty or worn valve. This also minimizes downtime and production loss. An OEM technician can refurbish the valve without compromising safety by following Parker guidelines.

The bolted bonnet design enables rapid and efficient mounting and servicing of trailers, cold boxes, vessels, etc., without the difficulties usually encountered when working in enclosed environments.

The packing springs are engineered for ease of maintenance. They maintain a constant load on the gland, reducing manual adjustment frequency and temperature change effects.

The products are designed to prevent incorrect re-assembly after stripping for maintenance.


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