Compressor technology contributes significantly to reducing emissions by improving the effectiveness of numerous processes along the entire energy value chain.
FREMONT, CA: Many firms rely on compressor technology to keep their operations running. It guarantees that businesses of all sizes power up their machines and tools that keep businesses functioning. However, compressors are an essential link in the energy value chain in the energy sector. They play an important role in the energy transition by assisting businesses in reducing emissions. Let's go a little deeper to grasp the compressor's competencies in the energy value chain.
Compressors move energy
Compression stations are built when thousands of miles of pipeline are developed to counteract natural pressure loss and 'push' the gas to the next station along the line. In contrast, if the pipelines are feasible natural gas (LNG) is compressed by ten or more to chill and liquefy before being carried in specialized ships. Liquefied LNG arrives at its destination. It is regasified and piped to cities, industrial clusters, and other major energy users.
Compressors will enable the hydrogen revolution
In compression, pressuring and handling gas and hydrogen is not new. However, the technology is driving the hydrogen revolution by harnessing the real energy potential of hydrogen. It is essential in both transportation and compression of hydrogen. The top compressors used today for gaseous hydrogen compression are either reciprocating or centrifugal. These compressors have been equally effective in producing high-quality hydrogen. However, reciprocating compressors are the most widely utilized for applications requiring a high compression ratio. Centrifugal compressor is the compressor of choice for pipeline transport applications due to its high throughput and modest compression ratio. Compression technologies that are safe, efficient, and dependable will ensure good hydrogen purity at the specified pressure.
Compressor technology leaves less of a footprint
One great compressor solution is when the technology and electric motor are sealed inside the same case to avoid leakage. Because magnetic bearings levitate the rotor, hence, no oil is essential. Given that a rotor can weigh several tones, this is quite an astounding technological feat in developing an integrated compressor line (ICL). Some of the world's most prominent energy organizations are now well-versed in implementing this revolutionary design. Operators worldwide employ zero emissions, and minimal maintenance is critical in applications such as remote pipeline compression stations and gas storage.
