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FUGITIVE EMISSION TESTING
EPSSAT offers comprehensive Fugitive Emission Testing compliant with ISO 15848, VDI 2440, API 624, API 641, MESC 77/312, API 622, and ASME SEC V Article 10 standards. This testing ensures valves meet stringent environmental and safety regulations by minimizing emissions, protecting the environment, and maintaining operational integrity.
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FIRE SAFE TESTING
EPSSAT offers Fire Safe Testing services to ensure valve integrity under fire conditions, adhering to rigorous standards such as API 607, API 6FA and ISO 10497. This testing ensures valves maintain functionality and containment during extreme heat, delivering critical safety assurance for industries with potential fire hazards.
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CRYOGENIC TESTING
EPSSAT provides cryogenic testing services following BS6364 and ISO 2892 standards to ensure material and component reliability at extremely low temperatures. This testing validates valve performance in cryogenic environments, crucial for industries like oil & gas and cryogenics, ensuring durability and safety in sub-zero conditions.
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DESIGN AND PRODUCT VALIDATIONS TESTING
EPSSAT provides comprehensive design and product validation testing to ensure that valves and related components meet industry standards and performance requirements. Our testing services verify product functionality, durability, and compliance, ensuring reliability and safety in real-world applications.
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ELEVATED TEMP TESTING
EPSSAT conducts advanced elevated temperature testing to ensure equipment performance, durability, and reliability under high-temperature conditions, adhering to ISO 15848, VDI 2440, API 624, API 641, MESC 77/312, API 622, and ASME SEC V Article 10 standards. Our testing services provide critical insights into how valves and components perform in extreme heat, ensuring compliance with industry benchmarks and operational safety.
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ENDURANCE TESTING OR CYCLE TESTING
EPSSAT conducts endurance or cycle testing to evaluate the durability and performance of components over prolonged operational cycles, ensuring reliability under real-world conditions.