IEILS provides the capability to test various oil and gas safety valves that have requirements to remain shut under highly critical and high-pressure situations during the shutdown period.
Online safety valve testing is conducted under real operating conditions, delivering highly accurate and reliable results. Unlike traditional offline testing methods that require system shutdowns and disassembly, online testing ensures continuous system operation while verifying the performance of safety valves. This approach not only minimizes downtime but also enhances operational efficiency and safety. Our advanced device, SAFE-Drive, meets all necessary safety and technical standards and is recognized globally for its precision and durability. It allows for in-situ testing of safety valves without removing them from the system, reducing maintenance costs and increasing equipment availability. SAFE-Drive has earned a leading position in the global market due to its cutting-edge technology, ease of use, and ability to adapt to various industrial environments. By using SAFE-Drive, industries can ensure compliance with regulatory standards, maintain high safety levels, and gain critical insights into the condition of their safety valves — all without interrupting operations. This represents a significant advancement in the field of safety valve testing and reinforces the importance of investing in modern, online testing solutions.
Our device SAFE-Drive necessary conditions and currently hold a top position.
Online Safety Valve Testing is a highly specialized service offered to assist customers in verifying the operational readiness of safety valves. Our team of professional technicians utilizes testing performed on-site operating conditions, provides accurate and reliable results that exceed conventional testing approaches. This method improves the significance of online safety valve testing and highlights the advantages over safety valve testing with regular devices.
Regular online safety valve testing is one of the most proactive methods of maintaining the reliability and safety of process pressure equipment. By implementing the highest-quality organization can ensure accurate testing results, and protect their personnel and assets from potential disasters. Understand the significance of regular testing and maintenance for optimal safety and performance and recognize safety-critical applications for business.
Valve Lift safety The maximum lift of the valve disk can be limited through the valve parameters. Based on entered valve data, software helps to select right sensors
To protect the system in the case of force sensor failure indication with factory calibration (comparison) of motor electric consumption with force chain values
The maximum motor pulling force is mechanically limited so that the respective design values of the components are not exceeded
