tugboat solutions
- location: Portland, Oregon
- vertical market: marine
In the demanding world of maritime operations, reliability is essential for both safety and functionality. A recent collaboration with Aalberts integrated piping systems showcases how our “Apollo”® 215L high-performance butterfly valves provided a critical solution for a tugboat operating around a major port in Oregon.
challenge
Tugboats endure extreme conditions daily, with high pressure and heat testing the limits of their mechanical systems. Our client faced recurring issues with previously installed resilient-seated butterfly valves that failed to withstand these harsh conditions, leading to leaks and inadequate pressure maintenance. A reliable solution was necessary to maintain safety and operational efficiency.
solution
We recommended the “Apollo”® 215L high-performance butterfly valve as the ideal solution. Designed for severe service applications, this valve offers Class VI shutoff capabilities, ensuring a perfect seal with no leakage, even under extreme maritime conditions. This feature was crucial in addressing the tugboat’s operational challenges and maintaining necessary pressure levels.
outcome and benefits
Upon installation, the “Apollo”® 215L valve significantly improved the tugboat’s reliability and performance. The valve’s robust design and superior sealing capacity effectively managed the heat and pressure specific to the maritime environment. This led to enhanced operational efficiency, increased safety, and a substantial reduction in unscheduled maintenance and downtime.
key metrics
- pressure rating: Class VI shutoff
- operational impact: Reduced maintenance, improved safety, increased efficiency
conclusion
The successful implementation of the “Apollo”® 215L high-performance butterfly valve on a tugboat in Portland, Oregon, highlights Aalberts integrated piping systems’ ability to deliver reliable, high-performance solutions in the marine sector. Our commitment to engineering excellence ensures that our products exceed the demands of even the harshest environments, providing safety, reliability, and performance.
