The first task that HBI undertook was the installation of three new guided wave radar level transmitters. These were implemented as a replacement for three differential capillary pressure transmitters that were previously producing nuisance faults. The new level transmitters were integrated into the site’s safety instrumented system, ensuring compliance with the IEC 61511 standard. This not only resolved the issue of nuisance faults but also improved the overall safety and reliability of the system.

In addition to the transmitter replacements, HBI’s team also performed a series of operations on six control valves. Two of these valves were replaced with new ones, and the rest were sent to the manufacturer for servicing. The team also performed isolation, disconnection, reconnection, and de-isolation operations on these valves. All valves underwent stroke testing to ensure correct operation before they were handed back to the site’s operation team. This preventive maintenance strategy reinforces the durability of the valves, reduces the risk of unexpected breakdowns, and ensures optimal operational efficiency.

Furthermore, HBI’s electrical technicians installed temporary lighting and small power to enable completion of external work scopes. This ancillary support demonstrates HBI’s commitment to providing end-to-end solutions, addressing all aspects of a project, even those outside their primary scope of work.

In conclusion, the support provided by HBI was comprehensive and multifaceted, dealing with a range of tasks from equipment replacement to maintenance and even support for external work scopes. The work was completed ahead of schedule and in a safe manner, showcasing HBI’s commitment to efficiency, safety, and quality. This case serves as a testament to the team’s ability to deliver high-quality services promptly and effectively.