Sulzer Launches IEC Motor Compatible CPE Process Pump

Sulzer’s energy-efficient flow technologies are driving circular processes at the world’s largest water treatment facility. With a capacity of up to 7.5 million cubic meters per day, Egypt’s New Delta Treatment Plant is treating agricultural drainage water and wastewater from the region for reuse. The clean water produced at the plant will be reused to cultivate 1.2 million acres of arable land. Sulzer’s integrated solutions and expertise help treat water that is channeled along a 120 km-long waterway to support sustainable water management and food security for the area.

Designing new airport terminals is a complex task and involves many engineering disciplines. While the flow of passengers and luggage are obvious areas for optimization, the planning and design of equipment for managing wastewater and rainwater are equally important, even if they are less noticeable. Sulzer has applied its expertise to the new terminal under construction in Frankfurt, Germany, to ensure all the wastewater remains out of sight.

Sulzer technology has been selected for a major renewable energy project in China as part of the country’s national program aimed at driving renewable energy production. Powerful energy storage systems are a prerequisite for solar plants to make a significant contribution to the security of supply.

Sulzer Flow Equipment has been selected by TechnipFMC to collaborate in developing new subsea CO2 pump solutions for new technologies. Petrobras’ revolutionary high-pressure separation technology, HISEP, enables the separation of CO2-rich natural gas from oil at the seabed.

Sulzer has acquired a single-digit minority share in Wealth Minerals Ltd., a developer of premier “green minerals” projects based in Vancouver BC, Canada. The official announcement was made on 15.05.2024 in Winterthur, Switzerland, and Vancouver, Canada.

Hydrogen and nitrogen are important gases for many industrial processes, with the former being hailed as a sustainable fuel for the future. To create ‘blue’ hydrogen, a carbon capture process that requires considerable electrical energy is needed. However, a new plant being built in Texas, will use two hydraulic power recovery turbines (HPRTs) to dramatically improve operational efficiency and reduce energy consumption.