Heat Recovery Applications available in Massachusetts
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Heat Exchangers Solutions for Bioethanol Industry
Bioethanol is the most common biofuel worldwide, based on alcohols produced by the fermentation of sugars contained in corn, wheat, sugar beet, sugar cane, etc. The process also frequently produces a co-product called distiller’s grains, which is a high protein animal feed. HRS Heat Exchangers produce a number of heat exchanger solutions for bioethanol production and associated activities. As well as general heat exchangers for condensation, heating and heat recovery, we also provide specific solutions for ...
By HRS Heat Exchangers Ltd. based in Watford, UNITED KINGDOM.
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Heat Exchangers Solutions for Lotions, Creams & Gels Sector
Demand for lotions creams and gels used cosmetics, skin care products and toothpastes continues to grow. Due to their viscosity and the fact that they often contain different elements, for example micro-beads or emulsions which must be kept in suspension during processing, the production of these pharmaceuticals and personal care products needs specialist equipment. HRS Heat Exchangers produce a range of heat exchangers and associated products that help to make the manufacturing processes safe, reliable and ...
By HRS Heat Exchangers Ltd. based in Watford, UNITED KINGDOM.
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Heat Exchangers Solutions for Biodiesel Industry
Biodiesel is any kind of biofuel made from animal fats and vegetable oils, either new or recycled. It is the most common biofuel in Europe and is produced mainly from soy, sunflower, palm oil and jatropha but also from other vegetables like rapeseed, mahua, mustard, flax and even algae. Please keep on reading about our enhancements in biodiesel ...
By HRS Heat Exchangers Ltd. based in Watford, UNITED KINGDOM.
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Power generation solutions for pulp and paper production industry
The pulp and paper industry requires large amounts of power and heat in forms of hot air and steam. Solar’s best pulp and paper energy solutions use gas turbine-based cogeneration, better known as Combined Heat and Power (CHP). Cogeneration and CHP installations can reduce our customers’ carbon footprint and reduce energy consumption in pulp and paper production. Estimate your annual operatings savings for your plant using our value estimating ...
By Solar Turbines Incorporated based in San Diego, CALIFORNIA (USA).
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Heat Exchangers Solutions for Evaporation & Concentration of Environmental Waste Streams Sector
Evaporation is a proven and effective way of reducing the volume of many waste streams. HRS Heat Exchangers offer solutions for the evaporation and concentration of waste streams from a wide variety of industries, such as water treatment, bioenergy and food production. A common issue when treating certain waste streams with standard evaporation technologies (such as falling film) is that when heated, they can foul equipment. As the concentration of solids increases during the evaporation process, so does the risk ...
By HRS Heat Exchangers Ltd. based in Watford, UNITED KINGDOM.
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Combustion Technology for Sulphur & Sulphur Acid
For the majority of the licensors of sulphuric acid processes represented on the market, CS builds burners and combustion chamber systems for the combustion of liquid sulphur, with or without a downstream waste heat ...
By CS Combustion Solutions GmbH based in Wien, AUSTRIA.
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Water treatment solutions for power generation industry
Many applications within the power generation industry, particularly those involving steam generation, are highly dependent on optimal water quality to improve the efficiency and longevity of critical components such as boilers, steam turbines, and cooling towers and related systems. Effective water treatment strategies mitigate challenges like scaling, corrosion, and fouling, resulting in reduced operational costs and minimized environmental impact. Our consultants are qualified to support the various subsets ...
By Arthur Freedman Associates, Inc. (AFA) based in Dyer, INDIANA (USA).
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Heat recovery from industrial processes
The Organic Rankine Cycle, for its intrinsical characteristics – first of all, the low temperature required for operation – is optimally suited to be used as the basis for heat recovery systems, designed to turn uselessly wasted heat into a valuable ...
By Zuccato Energia Srl based in Verona, ITALY.
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Hydrocarbons and carbon monoxide
Example: Aluminium recycling. Similar tasks: Recycling of copper, lead, ...
By CTP Chemisch Thermische Prozesstechnik GmbH / CTP Air Pollution Control GmbH based in Graz, AUSTRIA.
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Heat recovery from engines
Diesel engines typically convert no more than 33% of the energy contained in their fuel> in mechanical energy; about 25% of the energy input ends up in the cooling circuit and 33% in the exhaust gases (source: SAE ). So, it is evident how any intervention having the purpose of recovering at least a part of that large waste of energy is ...
By Zuccato Energia Srl based in Verona, ITALY.
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Waste recovery for petrochemical wastes
Traditionally, the Petrochemical Sector has operated with basic technological solutions, with ultimate reliance on High Temperature Incineration (HTI) and landfill in order to deal with their hazardous wastes. However, tightening regulation, increasing landfill costs and social responsibilities are driving companies to look at alternative methods of treatment of very challenging wastes, including the treatment ...
By Tetronics Technologies Limited based in Swindon, UNITED KINGDOM.
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Filter solution for IAT & AT - sulphuric acid intermediate absorption tower sector
Process Information: Case A Conventional H2SO4 Process: In a sulphur burning or metallurgical double absorption H2SO4 plant where no Oleum is produced upstream, SO3 gas exits the third catalyst pass, is cooled down and enters the first ( = intermediate ) absorption tower, where H2SO4 is distributed over ceramic packing to absorb the SO3. When the gas exits the I.A.T. it returns to the converter to go into the fourth catalyst pass after being reheated in a gas/gas heat exchanger. Due to the high inlet gas ...
By Begg Cousland Envirotec Limited based in Glasgow, UNITED KINGDOM.
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Turbulators for Heat Exchangers
Our spiral turbulators can be an interesting option for heat exchangers, coolers and condensers when the flow regimes and viscosities of the cooling fluids are such that it is causing a laminar flow. We are able to manufacture our spiral turbulators in twist ratios (360o pitch / width) between 2,6 and 12 and in a wide range of dimensions and materials, ensuring application in a broad range of heat exchanger devices. For instance a recent application of our turbulators within heat recovery shower drains. Our ...
By JD Turbulators B.V based in Raamsdonksveer, NETHERLANDS.
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Measurement and control systems for the heat & steam technology
Reduction of perating costs: The increased energy costs over the last years have made investments towards heat recovery solutions not only cost effective but profitable. With the support and input of our employees and our technical know how, are improvements and solutions concerning heat recovery become ...
By IGEMA GmbH based in Münster, GERMANY.
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Oilfield Power Systems for Oil & Gas Industry
Flared gases and NGLs can be re-purposed as fuel for flex-fuel, low-emissions LPP Combustion Power Systems, lowering production costs, reducing logistical burdens, and addressing Gas Capture Plan and other compliance issues with flaring and emissions. The Lean, Pre-mixed, Pre-vaporized (LPP) equipment enables clean combustion of liquid fuels in gas turbines and industrial boilers and burners. In addition to flare-gas NGLs, the LPP Combustion Oilfield Power System also operates on a variety of traditional liquid ...
By LPP Combustion, LLC based in Columbia, MARYLAND (USA).
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Low emissions auxiliary boilers to coal or otherwise fired power plants
Whether providing high-efficiency, low emissions auxiliary boilers to coal or otherwise fired power plants across the United States, or heat recovery steam generators to natural gas fired turbine plants you will find Superior Boilers serving the needs of power generation customers for years to ...
By Superior Boiler Works, Inc. based in Hutchinson, KANSAS (USA).
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Combustion Technology for Liquid Residue Incineration
The entire chemical, petrochemical and pharmaceutical industry produces huge amounts of liquid residues that can be thermally recycled. In response to the principle of zero waste emission, these are increasingly being converted into thermal energy directly where they are produced. This is usually done in adiabatic combustion chamber systems with subsequent waste heat utilisation. Industrial parks also have special hazardous waste incineration plants, operated by globally active waste management companies, in which ...
By CS Combustion Solutions GmbH based in Wien, AUSTRIA.
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Spiral Heat Exchanger for Process Industries
Gooch Thermal spiral heat exchangers are superior to conventional heat exchangers for difficult heat transfer services involving fouling process fluids and high solids slurries, whether present on one side or on both sides. As column-mounted condensers, our spiral heat exchanger is an elegant solution for condensing of column overhead vapors under vacuum with practically nil pressure drop and compact ...
By Gooch Thermal Systemsm, Inc based in Whitehall, PENNSYLVANIA (USA).
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Heat Pumps for Healthcare Industry
The U.S. Department of Energy estimates that American healthcare is responsible for contributing over 655 million metric tons of carbon emissions annually. On average, 30% of a healthcare building’s energy is wasted. DCT heat pumps can help reduce energy consumption and energy waste while maximizing cost ...
By Dalrada Climate Technology (DCT), a subsidiary of Dalrada (DFCO) based in Escondido, CALIFORNIA (USA).
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Heat Recovery and Waste to Energy Solutions for BioMass
Whether sunflower seed husks, forestry waste, or any other relatively dry organic-based energy sources, we have innovative solutions to harness the untapped potential of these materials and convert waste into valuable energy. Our commitment lies in developing sustainable practices that not only reduce environmental impact but also contribute to the growing demand for renewable energy ...
By Clean Energy Technologies, Inc. based in Irvine, CALIFORNIA (USA).
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