Chemical processing is an important element to many industries. From concrete to pharmacy, polymers to wastewater treatment, these industries all use chemical processes in day to day operations. Some of these reactions occur spontaneously, which means at room temperature, they will occur naturally. Other chemical reactions require coaxing in the form of heat. Solar heat for chemical processing will provide the necessary inputs, and makes use of the free fuel radiating to earth each day. This potential for solar energy cannot be ignored; industrial energy makes up a large portion of power consumption across the developed world.
Solar heat for chemical processing makes such unit steps as distillation, evaporation, recrystallization possible without expensive fuel inputs. Moving production and industry towards a more sustainable future is an admirable and essential goal today. This holds advantages for both the owners and operators of the facility, as well as the environment surrounding the facility. By lessening dependence on fossil fuels in the chemical plant, one can run a leaner, tighter operation.
For chemical engineers wishing to add solar water to chemical processes, the sheer variety of systems available may present a confusing barrier to entry. One must choose the best system and align it properly with operating procedures. As well, solar process heat is an emerging style of industrial technology, so one must be fearless about setting a precedent.
The SolarBeam Concentrator from Solartron Energy Systems can offer solar heat for chemical processes through its patented parabolic dish. This innovative solar heat system follows the sun perfectly throughout the day through its two-axis tracking system and dedicated control system. The control system relies on mathematical calculations to predict where the sun will be at any time of day, anywhere in the world. The solar heat system’s controller locks onto the sun with 0.1o precision all day long. This system can produce water up to 97oC, allowing it to be used for a variety of chemical processes. If higher temperatures are required, there is only minimal fuel required to bring water up above boiling. This back-up boiler will also be required in case of any inclement weather, though during any direct sunlight, the SolarBeam will be providing heat for operations.
Entering new applications and integrations of solar hot water technologies will require dedication and ingenuity, but the rewards are huge. With reduced operating costs, businesses can excel as time moves on. As well, clean and sustainable production techniques benefit everyone. The transition towards more sustainable chemical production may be hard, though Solartron is here to help. For more information on your specific application, contact us today.
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