Decisions on Climate conscious Energy Production
The fight against climate change has been building up over the years. As a result, businesses and individuals taking personal responsibility in the race to find lasting solutions that are environment-friendly, sustainable and economically sound. Sustainable energy tops the list of priorities if the world is to put a stop to the depletion of natural resources like fossil fuel and coal. With demand for energy rising yearly as the world population grows, this, for many, is the focus of this struggle. For now though, natural gas remains the most widely available source of energy. At the centre of the energy production process is the gas turbine. Both large gas and energy conglomerates and small energy production businesses rely on gas turbines to generate electricity. These turbines work optimally when the right Air Filters for Gas Turbines are used as they help to keep the turbine working effectively.
Importance of Air Filters for Gas Turbines
A four-process air filtration process cleans the air flowing into the turbine inlet. Unless the correct filter is used, the performance of the gas turbine decreases. Additionally, the turbine corrodes, erodes and can altogether stop functioning. The contaminants prevalent in the production location determine the choice of air filtration system to use. Filters that are appropriate for use in drier climates may not necessarily be apt for cool, windy climates. For energy production to be optimal, every turbine, regardless of output, must have a system of blocking contaminants. This system comprises of multi-stage air filters for gas turbines.
The filters are layered in such a way that the four filtration mechanisms are put to task on demand. The first filter uses inertial impaction, which stops large contaminants from entering the turbine. The second filter uses the process of diffusion to capture and stop small particles from further accessing the turbine. In the third filtration mechanism, interception, the filter traps medium sized contaminants that are too big to diffuse. The fourth class of air filters uses the sieving technology to
Common Gas Turbine Contaminants
Contaminants in the turbine can be in the form of liquids, gases or solids. Things like dust, sand, leaves, insects, rainwater, pollen, smog, fuel vapours, exhaust fumes, discharge gases from factories, chemicals, mineral ores and other industrial by-products all inhibit the proper operation of a gas turbine. If you are running a small energy plant serving the surrounding residential area, you probably will not have a problem with industrial contaminants unless there is a factory nearby. Still, your turbine will need protection from common contaminants like mist, dust and pollen.
Support for Natural Resource Energy Solutions
While effective, production of energy from non-renewable sources is expensive. Natural resources are far less costly. They are also more viable for long-term production as they are not finite. If you are keen to adopt a natural resource approach to electricity generation, search for likely partners near you. Many companies give financial support for green gas production. Take advantage of government support and subsidies for natural resource industries to enjoy even lower production costs.
Viable Natural Resource Alternatives for Electricity Production
Geothermal energy, biomass, solar, wind and hydroelectric power all rely on falling water, steam, hot water, wind, sun and agricultural waste. Solar and wind are the two largest sources of renewable energy for small-scale production. The only catch is that sun and wind, respectively, have to be present for energy to be produced. It is not much of a hindrance, however, as advanced solar systems can trap sunlight and convert it into energy. The low production cost and the fact that the production process can be repeated for as long as energy supply is required at no extra cost, save for maintenance expenses, make use of natural resources for energy production an attractive alternative.