Natural gas is arguably one of the fastest-growing and cleanest burning fossil fuels among all, contributing one-third of the entire world’s energy demand. It currently accounts for 23% of the global energy demand.
Natural gas is utilized for various applications like electricity production, heating offices, homes, and engine fuels. Therefore, it’s one of the most popular options for energy as well as a preferred choice for a gas turbine in different power plants.
However, a gas turbine is quite susceptible to impurities and containments. And that’s where a fuel gas conditioning skid pops up. No advanced power station can be operated well without a high-quality “fuel gas conditioning system” in place.
Natural gas involves many impurities that need to be removed to use the turbine or compressor effectively.
If you’re still wondering why gas conditioning skid is used, here are a few convincing reasons:
Removal Of Pollutants And Impurities
Natural gas includes different containments and components such as hydrogen sulfide, particulate matter, heavy hydrocarbons, condensed gas, siloxanes, etc. If these impurities are left unattended, it can cause reduced efficiency, unplanned downtime and may cause the entire system to collapse.
Having fuel gas conditioning skids in position ensures that these pollutants are removed to enhance the system’s efficiency and functionality.
Increased Productivity
Productivity is one of the few essential factors that should be considered. And it can also get affected by several factors. Gas mustn’t comprise liquid droplets. In other words, 99.5% of the particles should be removed if you want increased productivity. Fuel gas skids for gas turbines help improve productivity significantly.
Higher Equipment Life
Premium gas quality is vital to systems. Enhanced fuel-gas quality helps increase the durability of your valuable equipment. On the other hand, poor fuel-gasoline can make the blades of your turbine erode or corrode untimely.
So, do you want to ensure that your turbine works efficiently and effectively without failing now and then? If so, make sure you’ve got a fuel-gas conditioning system.
Gas Pressure & Temperature
Gas pressures, as well as temperature, are two key parameters. The temperature of the gas should always be greater than the freezing point value.
In addition to that, gas turbines need a stable working pressure. If there is the slightest variation in the fuel-gas pressure, it can lead turbines to trip and result in low performance.
The operating pressure rate is needed to be attained with a considerable amount of precision. This is precisely what the fuel-gas conditioning systems do for you. They help keep operating pressure under narrow limits to keep turbine trips at bay. Apart from that, safety is also ensured thanks to the overpressure protective measure!