Solar Hot Water And Food Processing

By Author: solartronenergy solar
Total Articles: 17
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Industrial scale food processing occurs using techniques and methods to transform base ingredients into food, or to further process food into other types. Processed foods are in common use because of their durability, resistance to spoilage and easy of transportation. This will also reduce the prevalence of food borne diseases; as well as make exotic foods available in locations they would be otherwise extremely expensive. This process is frequently energy intensive, and usually in the form of heat. This resource can easily be provided through a solar hot water system at the processing plant.

Food processing facilities seeking efficiency and sustainability in their operations would do well to look at solar hot water for food processing. Solar hot water presents many advantages. The fuel is inherently free; with the proper collectors in place, energy is simply beamed down onto earth every day and this is free for the taking. One may as well use this fuel for tasks that will be running regardless. The technology is clean. There are no associated emissions with solar hot water in food processing or other applications. ...
... One’s facility and environment are kept entirely clean; this eliminates extra costs associated with waste and carbon emission regulations. For food processing firms attempting greater environmental stewardship, solar hot water makes a very attractive choice.

The abilities of solar hot water for food processing hinges on which collector is chosen. Versatility, durability, Solar heating efficiency and reliability are all directly influences by the solar collector. A concentrating collector should be chosen to make the best use of space. The Solar Beam Concentrator from Solartron Energy Systems is a parabolic dish with two-axis tracking capabilities. It follows the sun throughout the day, centering the sun’s heat onto a central absorber. For the best value, it operates at peak efficiency all day long; the sun is constantly at a direct perpendicular angle to the dish, and maximum energy is transferred. Due to the size and design of the dish, it does not drastically lose efficiency as the difference between heating fluid temperature and ambient temperature increases.

This powerful and reliable dish, easily interfaced for solar hot water in food processing, can produce hot water up to 200F (93C). This is very easily applied to pasteurization, which requires temperatures of 130-160F. Solar hot water heater A large portion of processed foods require this step such as canned foods, milk and dairy products as well as juices and wines. The dish is also fully automated and capable of communicating via Ethernet. Performance parameters and efficiency can be tracked regardless of location, making the job of managing the solar hot water food processing infrastructure much easier. In case of any abnormal circumstances, such as a faulty pump or high winds, the system will switch itself off and notify the proper personnel. The Solar Beam is safe, powerful and reliable, very appropriate for food processing plants around the world.
Here the author jermy peters says a. Solar heating and Solar hot water heater for more information, please Visit http://www.solartronenergy.com.au/