Desuperheaters or fluid contractors have designed to inject a liquid in a superheated stream of gas. Liquefied natural gas (LNG) which is predicted to be the fuel of the future, requires desuperheaters for cooling purposes.
Liquified natural gas (LNG) is natural gas in a highly cooled state to convert it into liquid. This allows ease in shipping and storage of natural gas.
Superheated gases must be cool for transportation and storage. This is specifically achievable by bringing in the vapor in direct contact with liquids, like water, using a desuperheater. When natural pipelines do not exist between two stations, LNG is a suitable way to move natural gas from its source to the markets.
The desuperheater plays a vital role in power generation, where superheated steam is usable as an energy source. They are commonly used to reduce and condition the temperature of superheated steam in power plants, which is an energy source for mechanical power generation in steam turbines.
They specifically make desuperheaters to enable liquid injection into a superheated gas stream. When the heated stream of gas enters the module of the equalizer, it mixes with the injected cooling product. Only after the completion of three stages of the contracting process, you receive LNG in the desired form.
With the increasing use of LNG desuperheaters are gaining importance as instruments for liquefaction. Desuperheaters are significantly the future of energy conversions. LNG desuperheaters get better accuracy in temperature control and almost eliminate thermal cycle fatigue in the pipes.
Desuperheaters are the leading edge of energy converters, and the modern ones have no moving parts which allow the high levels of consistency. They meet no issues while utilizing these instruments.
Desuperheaters are compact in size, and easy to install in an LNG plant. They make no noise or vibrations while performing their tasks extremely well without employees complaining of headaches. These converters are very efficient and safe to use. Users face less downtime and wear or tear. Fuel industries rely so much on these instruments.
Superheat is an important part of a steam generation because in its absence the steam that needs to travel from the boiler will cool down and condense. Superheating will prevent this.
The excess energy is removable namely by the help of desuperheaters. It does this in an accurate manner to get the desired results. So, they can achieve predictable condensation with the LNG desuperheaters. Also, these are the latest technology to make the whole process of LNG storage and shipping basically seamless.
Komax technology has over 100,000 installations throughout the world, including their range of the steam desuperheater and the LNG desuperheater. The Komax desuperheater will increase the efficiency and effectiveness of your gas desuperheating at a reasonable price point.