Dense Phase CO2 Testing
Dense Phase CO₂ Testing at Subodh Material Technologists
At Subodh Material Technologists, we specialize in advanced material testing, including dense phase CO₂ testing for evaluating the performance and durability of materials exposed to high-pressure CO₂ environments. This is a critical area of research and testing for industries such as oil and gas, carbon capture and storage (CCS), and enhanced oil recovery (EOR), where materials are often exposed to supercritical or dense phase CO₂, which poses unique challenges in terms of corrosion, embrittlement, and overall integrity.
Our facility is equipped with state-of-the-art testing equipment to simulate CO₂ environments at pressures up to 80 bar, allowing us to assess the mechanical and corrosion properties of metals and alloys under these extreme conditions. With a deep understanding of the complex interactions between CO₂ and various materials, we provide comprehensive insights that help clients select the right materials for their applications, ensuring long-term safety and performance.
Key highlights of our dense phase CO₂ testing services:
Corrosion Testing: Evaluating material degradation in dense phase CO₂ environments to help predict performance in real-world conditions.
Mechanical Testing: Assessing material properties such as tensile strength, fatigue, and fracture toughness under dense CO₂ conditions.
Customized Testing Protocols: Tailoring tests to specific project requirements, including exposure duration, temperature control, and pressure conditions.
Advanced Analytical Techniques: Utilizing cutting-edge microscopy and chemical analysis to investigate material changes at microstructural levels.
At Subodh Material Technologists, we are committed to helping industries push the boundaries of material performance in challenging environments. Our NABL-accredited laboratory adheres to the highest standards of quality and accuracy, delivering results you can trust.
Explore how our dense phase CO₂ testing services can support your project needs and ensure the reliability of materials in the most demanding applications.