Valve solution for carbon black plant projects requires stable performance under high temperature, frequent operation, and precise process control. For this carbon black plant in Singapore, Norite supplied high-temperature stainless steel valves, including gate valves, knife gate valves, ball valves, and intelligent electric actuators for automated feeding and pipeline control.
Project Name：Valve Solution for Carbon Black Plant in Singapore
Location/Country: Singapore
Customer/Owner: Carbon Black Plant in Singapore
Working conditions/Challenges: GEIH is a company dedicated to efficient energy and chemical material production. Their carbon black production line operates at extremely high temperatures, with some sections exceeding 425°C. The client needed a reliable valve control solution to ensure process stability and precise automated feeding in such harsh conditions.
The type of equipment adopted: We provide customers with stainless steel valves that can operate stably under high-temperature conditions, including gate valves, knife gate valves, ball valves and other products. We have also optimized the design of high-temperature pipeline valves. For process pipelines with operating temperatures exceeding 425°C, we have optimized the valve structure and selected sealing materials to ensure that the valves still have stable performance and long service life under high-temperature and high-frequency opening and closing conditions.
Key indicators: We also provide customers with intelligent electric actuators to achieve precise feeding control, assist customers’ production lines in realizing intelligent management, and improve system response speed and production line efficiency. Currently, we are cooperating with the GEIH engineering team to provide full-process valve design and selection services for its new production line, including technical parameter confirmation, selection suggestions, layout guidance, etc.
Achievements/advantages: The first batch of high-temperature valves has been supplied and put into operation.Customer feedback indicates good stability, and the operational efficiency of the production line has significantly improved. We are currently in the in-depth advancement stage of the new production line project and plan to introduce more intelligent control valves into the core sections.
