Solar Hot Water For Process Heat

By Author: Tai Roylance
Total Articles: 300
Comment this article

A wide variety of industries require energy for production and manufacturing. If the energy is in the form of heat, this is called process heat. Some examples; steam treatment in the garment industry, heated water for chemical production and purification as well as hot water for washing and cooking food. Other industries such as automobile manufacturing require heated air for paint booths, as well as heated solutions for cleaning and other purposes. In various materials industries, such as plastics, papers and metals, there are multiple procedures involving hot water or steam. These are just a few of the examples of process heat; each industry has its own selection of procedures requiring heat.

Consider the benefits for production if this energy came form a renewable and clean source, such as solar hot water for process heat. A factory relying on solar hot water for process heat can say goodbye to some large burning smoke stacks, and increase the air quality around its plant. With the proper infrastructure in place, the sun’s rays provide free fuel that can be used for the procedures mentioned above. Solar hot water ...
... for process heat is an efficient and clean choice. In an industrial setting, the choice for the solar collector is very important. One requires a durable, reliable and efficient system.

There is a system completely suited to solar hot water for process heat. It is called the Solar Beam from Solartron Energy Systems. This is a two-axis parabolic concentrator; it follows the sun like a sunflower from sunrise to sunset, constantly absorbing the heat which can then be routed as solar hot water for process heat. It is capable of heating water to 93oC; any remaining temperature gap can easily be made up through an alternative fuel system. With a storage tank of near-boiling water, providing steam takes minimal energy. The Solar Beam has a key advantage over other styles of collectors such as flat-plates or evacuated tubes. Due to its concentrating characteristics, the absorber is comparatively quite small, resulting in minimal heat loss to the environment as the environment cools with respect to the absorber. Its versatility of installation (whether ground or roof-mounted) makes it a very attractive option for a wide variety of industries.

The system has been tested and certified by a variety of independent organizations. In Europe, this solar hot water system has the Solar Key mark 12975-2 certification. In the USA, the Solar Beam has been tested to the SRCC’s standard 600. In Canada, has been certified by the CSA and also holds NZS 2712 certification in Australia. The Solar Beam is quite effective when used for solar hot water for process heat. Its power output can be easily measured and tracked through included custom software, and its is entirely automated. The Solar Beam is a great choice.

Here the author Tai Roylance says a. solar heating and solar hot water for more information, please Visit http://www.solartronenergy.co.nz