Our patented BST technology is an engineered solution to protect and prevent substantial damage due to breakage, leaks or ruptures stemming from hydraulic transient events so the integrity of our clients' pipeline is maintained. Young Engineering & Mfg, Inc is proud to be a supplier to America's Armed forces, specializing in fluid energy control products for the Navy. Young has designed a solution to the hazards of deep well mining that increases the safety of miners, protects equipment infrastructure and reduces maintenance cost.
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Fluid energy is a powerful force that is not easily controlled. When fluids in a pipeline experience a change in velocity, a change in pressure arises, resulting in a transient hydraulic pressure event. These transients or surges can cause a pipeline to leak and rupture. Clients worldwide have selected Young Engineering & Mfg, Inc products to prevent the damaging effect of fluid energy surges at:.
Throughout the world, petrochemical companies' fuel handling and delivery systems are coming under increasing scrutiny as they integrate critical safety requirements into their pipelines and facilities. Our patented BST technology is an engineered solution to protect and prevent substantial damage due to breakage, leaks or ruptures stemming from hydraulic transient events so the integrity of our clients' pipeline is maintained.
Throughout the world, petrochemical companies' fuel handling and delivery systems are coming under increasing scrutiny as they integrate critical safety requirements into their pipelines and facilities. Our patented BST technology is an engineered solution to protect and prevent substantial damage due to breakage, leaks or ruptures stemming from hydraulic transient events so the integrity of our clients' pipeline is maintained. All systems for the transport of fluids have the potential to create damaging transients caused by valve closures and pump operations.
Young Engineering's Bladder Surge Tank (BST) technology utilizes a unique energy absorption approach to suppressing damaging hydraulic transient pressure spikes. The stress generated on the pipeline and the accompanying components and instrumentation is high enough to lead to potential breaks or leaks in the pipeline and also greatly decreases the life of the ancillary equipment.
Reviews (1)
Martino Reynaldo
Nov 21, 2019
