How hydrogen gas turbines reduce carbon emissions and increase renewable power production

We are becoming increasingly aware of our responsibilities to reduce our output of greenhouse gases. Traditionally, are run on natural gas.

However, this fuel releases gases including CO2, carbon monoxide, sulfur dioxide, nitrogen oxides, and others when burned, depending on its exact composition.

Hydrogen, however, is proving to be an excellent substitute for at least a percentage of the natural gas that is used in turbines.

A renewable energy source

Hydrogen is the most abundant element in the universe. For that reason, it might sound easy to source but that is not necessarily the case.

Hydrogen gas is extremely light and most natural hydrogen gas escapes the Earth’s atmosphere into space. Therefore, in order to collect enough hydrogen to be useful as a fuel, we must produce it.

Hydrogen gas is already produced as a waste product at steel mills, refineries, and petrochemical plants.

This gas can be collected and recycled as a power source in gas turbines. Hydrogen gas can also be produced via electrolysis using electricity from renewable energy sources such as wind and solar.

Collecting hydrogen via electrolysis is a popular school chemistry experiment. In electrolysis, electricity is passed through water and separates the oxygen and hydrogen atoms.

The hydrogen can then be collected; do you remember testing for hydrogen using a lit splint and listening for a ‘squeaky pop’?

The principle for producing hydrogen as an energy source via electrolysis is the same as that school experiment but on a much larger scale.

Using hydrogen gas

The real benefit of using hydrogen gas is that, when burned in oxygen, it creates zero greenhouse gases, and water as the only waste product. It sounds like the perfect green solution.

In a , natural gas can be blended with hydrogen gas, and greenhouse gas emissions are reduced. This makes the process more environmentally friendly.

The blending method is already being used and research continues to allow higher and higher ratios of hydrogen gas to natural gas in turbines.

Further reducing carbon emissions

If efficiency is your goal, there are further steps you can take when it comes to your gas powered turbine.

While considering what gas goes into the turbine, it is important to understand unwanted foulants will inevitably end up in there as well.

These microscopic airborne particles of salt, sand, pollution, and other contaminants become baked onto compressor blades. In turn, this interrupts airflow which reduces efficiency.

It is important to remove these foulants to restore an efficient system that will work as profitably and as possible.

Rochem Fyrewash Cleaning Chemicals

Rochem’s range of are specifically designed for . Used on or off-line, the right Fyrewash will dislodge, dissolve, and remove foulants before flushing them away.

Also, remember to have a look at our environmentally friendly detergents if you are looking to do the very best you can when it comes to being ‘green’.

Get in touch

We are specialists in the hardware and detergents used for . Our products are trusted around the world and help customers achieve their ‘green’ goals.

If you would like advice or more information, . Our friendly team are on hand to answer all your questions.