POWER GENERATION
with icing and phase changes . The company ’ s Flow Control business line offers valve solutions for various CO2 applications , from absorption and adsorption processes to cryogenic separation techniques .
Integrated automation solutions
Recognising the importance of automation and control systems in complex processes like hydrogen storage and handling , Valmet has invested in the development of its DNAe Distributed Control System . Anna Sydänmaa , Business Manager , Alternative Fuels , in Valmet ’ s Automation Systems business line , highlights the system ’ s key features , stating , “ The Valmet DNAe Distributed Control System has been engineered for demanding process control , emphasising performance and availability . The system architecture is cybersecure by design , and it ’ s been developed with a design philosophy to empower people to perform and collaborate better across the organisation .” User experience and usability are paramount in ensuring the safe and efficient operation of these critical systems . Valmet ’ s longstanding focus on these aspects is now being extended to the HUG project , with plans to collaborate with the SEEDForest COACH project , led by the VTT Technical Research Centre of Finland , to adapt new technologies to users ’ work environments .
Proven reliability and performance
In the energy transition , proven valve solutions that deliver long-lasting reliability and performance are critical . Companies like Valmet , with extensive expertise in handling industrial gases and advanced automation capabilities , are well-positioned to develop safe and effective solutions for demanding applications such as hydrogen service components and carbon capture systems . Suppliers in this space must provide comprehensive support throughout the entire product lifecycle , from initial design and engineering to ongoing maintenance and service . A deep understanding of the unique challenges posed by different industrial gases and processes is essential for qualifying material compatibility and mitigating risks like fugitive emissions , hydrogen embrittlement and temperature extremes . Valmet ’ s long-standing experience in the industrial gas sector , combined with its knowledge-based engineering approach , allows the company to address these challenges and develop reliable valve solutions for the energy transition . Continuous investment in research and
Valmet ’ s automation systems are designed to support efficiency and emissions reduction in energy production .
A diverse range of flow control solutions caters to various applications in the industry .
development , as well as close collaboration with industry partners , is necessary to meet the evolving needs of emerging sustainable technologies across various industries .
Sustainable innovation across industries
The push towards sustainability and environmental responsibility is driving innovation across various sectors . Companies are developing solutions for emerging applications that support decarbonisation efforts , such as waste-to-energy systems , low-emission cement production and sustainable concrete manufacturing . This trend presents opportunities for valve manufacturers to adapt their products to meet the evolving needs of these industries while minimising environmental impact . “ We are seeing new , exciting applications where carbon capture plays an important role ,” states Ville Kähkönen . “ Industries such as the concrete and cement industries are starting to absorb CO2 from their plants , and biomass and waste-to-energy powerplants are popping up in conjunction with carbon capture units . All these new processes , when executed responsibly using reliable and proven technologies from recognised vendors , hold the keys to the first successful steps in decarbonising industry and paving the way for the green transition .”
20 Valve World October 2024 www . valve-world . net