APPLICATIONS
It’s essential to maintain optimal temperatures in turbine generators used in power plants and industrial facilities. This cooling process ensures efficient and safe operation by preventing overheating. Key gases used include hydrogen, valued for its excellent thermal conductivity and low density, which cools generator windings and cores in large generators (between 104oF to 122oF). Air is used in smaller or older generators (which run hotter at 122-140oF), while nitrogen is employed as a purge gas to remove air and moisture before introducing hydrogen, ensuring a safe environment; gases enhance the efficiency, safety, and longevity of turbine generators.
Maximize Efficiency with Our Advanced Turbine Generator Cooling Gas Solutions
Learn more about our turbine generator cooling gases and services.
Cooling is essential for turbine generators to maintain optimal operating temperatures, prevent overheating, and ensure efficient performance and longevity of the equipment. Effective cooling helps prevent damage to components and reduces the risk of operational failures.
The primary gases used for turbine generator cooling are hydrogen (H₂) and air. Hydrogen is preferred for its superior thermal conductivity and cooling efficiency.
Hydrogen is used because of its excellent thermal conductivity and low density. It efficiently removes heat from the generator windings and other components, ensuring optimal performance and reducing energy losses.
Carbon dioxide is used both in its solid form (dry ice) and liquid form for cooling. It is effective for spot cooling, temperature control in food processing, and creating an inert environment that also cools.
Hydrogen cooling involves circulating hydrogen gas within the generator casing. The hydrogen absorbs heat from the generator components and then passes through heat exchangers, where it releases the heat before being recirculated.
The purity of hydrogen is maintained through continuous monitoring and purging systems that remove impurities and moisture. High-purity hydrogen ensures effective cooling and prevents potential damage to generator components.
Hydrogen cooling reduces energy losses and improves generator efficiency, leading to lower greenhouse gas emissions. Additionally, hydrogen is a clean and sustainable gas, contributing to environmentally friendly power generation.
Industries such as power generation, including fossil fuel, nuclear, and renewable energy plants, commonly use hydrogen-cooled turbine generators to achieve high efficiency and reliable operation.
Air cooling is less efficient than hydrogen cooling due to lower thermal conductivity. However, it is simpler to implement and does not require the same level of safety precautions as hydrogen cooling. Hydrogen cooling is preferred for large, high-power generators.
From the first walkthrough to delivery and beyond, our team is always ready to serve.
Our gas experts walk through your setup to build systems that prioritize safety and efficiency.
No matter the volume or type of gas, our state-of-the-art labs and highly-skilled production teams deliver.
Our drivers consistently perform in high-pressure environments and champion things such as customer care, road, and onsite safety.
Stop paying rent on cylinders that aren’t in your possession. And enjoy sustainable service with less deliveries thanks to telemetry’s mobile alerts, real-time measurements, and usage trends.
The days of chasing invoices and updating billing info are gone — access your account and re-order with confidence (and ease).
Supporting energy generation, cooling, insulation, and maintenance processes for efficient and reliable power production.
Enhancing food preservation, packaging, safety, and quality in food processing operations.
Supporting production, processing, and safety in chemical manufacturing operations.
GET STARTED
Get in touch to learn more about how we can support your business.
