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LITERATURE

  • Valve solutions for sulphur applications

    How to select a valve for sulphur applications? We asked our expert Vincent Wang to answer this frequently raising question. What are the key points to address when selecting a valve for sulphur applications? When we talk about sulphur valves, in most cases they are used in the sulphur recovery unit. Various processes in refineries and gas plants produce gases that contain hydrogen sulphide (H2S) and the amount of sulphur is legislated to meet HSE and gas piping specifications, ...

  • Wet gas sulfuric acid - profitable sulfur management

    The WSA technology is an excellent alternative to the Claus technology for sulfur management within oil refining, coal gasification, gas sweetening etc. High steam production, feed flexibility, ease of operation, and low CAPEX & OPEX are some key benefits for the operator when selecting the WSA technology. Today we have +130 references world wide.

  • High-Performance Tail-Gas Treating

    Discover the benefits of applying the latest technology in modern, low-temperature Shell Claus offgas treating (SCOT™) units. See how next-generation, low-temperature SCOT catalysts can help extend cycle life, lower energy costs and ensure regulatory compliance, even with the most difficult feeds and conditions. In this webinar you will: - Learn why modern tail-gas treating units are being designed without an inline burner, and the impact this has on inlet temperatures and, ...

  • Intelligently predict and manage sour water corrosion in refinery applications

    One of the primary concerns in refinery operations, especially when processing sour crudes, is management and mitigation of NH4HS (Sour Water) corrosion in hydrocrackers, hydrotreaters, FCC and other unit circuits. Honeywell's Predict-SW software, a byproduct of more than 15 years of intense Joint Industry Project (JIP) research, provides an easy to use framework to quantify NH4HS corrosion as a function of key process parameters across the refinery value chain for commonly used ...

  • Understanding the financial impact of a collapsed flue gas tunnel in your SMR

    The overall influence of tunnels on the flue gas flow in a steam methane reformer has been modeled and documented, and the concept that running a reformer without tunnels can decrease overall efficiency is well understood in the industry. The study detailed in this webinar focuses on the effects of operating a reformer after removing just a single tunnel, leaving the rest in place. The resultant flue gas flow field is analyzed by looking at temperature profiles, residence time ...

  • From hydrogen production to sulphur recovery - let ceramics pave the way

    Learn how to boost the reliability and performance of your hydrogen production and sulphur recovery plants through the deployment of Blasch’s proven ceramic systems. Benefits include: - Higher plant reliability and much longer run-lengths - 60 -90% faster installation times - Capacity increase - Annual energy savings of several hundred thousand dollars for SRUs - Lower emissions   Flue gas tunnels in Steam Methane Reformers warp and fail causing non uniform flow ...

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