Dana Petroleum has operated the Triton FPSO since 2012, playing a key role in the region’s energy landscape since oil production began in 2000. EnerMech’s services include flange management, bolt torque and tensioning, on-site machining, nitrogen purging, nitrogen and helium leak detection and drain, flush, purge, and vent services.
As part of the contract, EnerMech will also utilise its proprietary System Integrity Management (SIMPro) software, a digital solution specialising in flange management and leak testing. The technology, which provides full lifecycle tracking and real-time insights, enhances operational safety, compliance, and efficiency.
EnerMech CEO, Charles ‘Chuck’ Davison Jr., said: “Supporting the Triton FPSO marks a significant milestone for our North Sea operations and aligns with our wider global growth strategy. Securing this long-term partnership with Dana Petroleum is a testament to our technical capabilities, innovation, and ability to deliver value across the full lifecycle of an asset. We work on FPSO assets around the world, providing pre-commissioning and end-of-life services, and this agreement highlights our ongoing commitment to safe, efficient, and sustainable operations. Our SIMPro system has become a trusted solution for numerous customers globally. In this instance, we are delivering a tailored solution that enables full visibility of the Triton FPSO’s condition as it enters late-life operations. Combined with our proven methodologies and responsive support model, we are proud to be helping extend asset life, minimise downtime, and ensure safe and reliable performance.”
Frazer Thomson, Senior Vice President of Energy Solutions added: “With our asset integrity team and SIMPro’s customised dashboard providing real-time access to critical decision-making data, we are well placed to help Dana Petroleum stay on schedule and deliver enhanced efficiencies. SIMPro provides fast, high-quality, and easily accessible information, significantly improving the speed and accuracy of electronically generated work packs.”