Rising fuel and electric costs, along with global warming concerns have changed the way industrial facilities view energy consumption. Process equipment and air pollution control systems that were installed several years ago may not reflect the energy conscious designs available today, analyzing these systems to determine energy reduction opportunities can be a very valuable practice. Recovering waste heat is one of the easiest and most utilized means of reducing energy demands at industrial facilities.
Dürr MEGTEC’s industry-leading experience in air handling, drying, heating, cooling, process and combustion control can help improve the operating efficiency of your facility and maximize the performance of your equipment. By analyzing current process energy usage, we can offer solutions to reduce your energy consumption.
Decades of experience pay off, especially in the field of oleochemistry. Through the use of our technologies, high-quality products can be produced with a wide variety of raw materials, taking into account individual requirements. Product purity, environmental compatibility and minimal energy consumption are the focus. Therefore, innovative systems for energy recovery and sophisticated process links are a matter of course.
The hierarchy of waste management places resource recovery as preferred over incineration or landfilling. Pyrocal CCT systems allow recovery of resources that traditional waste to energy (WTE) processes do not.
In the oil and gas field there is a significant opportunity to recover a substantial amount of energy and increase plant production by utilizing Energent`s two-phase turbine technology. A highlight of these opportunities lies within the liquid natural gas (LNG) extraction process. By replacing liquid J-T valves with the Variable Phase Turbine, power can be recovered, and more importantly, the liquid fraction can be increased improving the plant output by up to 6-7%.
Steam enhanced oil recovery burns fossil fuel to generate steam to inject in production wells to boost oil output. CSP can be used to generate steam for this use. Hyperlight uses the lowest cost materials, manufacturing method, and installation technique of any CSP technology yet deployed for industrial process heat and can be deployed at the smaller scale needed for commercial and industrial customers.
Energent`s energy recovery technology has applications in many industrial fields. Waste heat is defined as heat produced by machines, electrical equipment and industrial processes for which no useful application is found, and is regarded as a waste by-product. Such heat can be produced by diesel engines or exhausted as flue gases. Utilizing Energent`s patented Variable Phase Cycle or high-efficiency Variable Phase Turbine in an Organic Rankine Cycle, these wasted energy sources can be used to produce valuable...
We help hospitals save money by reducing their fuel bills while also lowering their greenhouse gas emissions. Our proven solutions can increase the efficiency of your heating and steam system to as much as 95% with typical project paybacks (for our combined technologies) within three to five years.
Large institutions such as colleges, universities, and hospitals present excellent opportunities to recover lost energy by utilizing Energent`s Microsteam® Turbine Power System. Often, a large amount of steam energy is wasted when high pressure steam is reduced to low pressure steam for heating and cooling processes. In many large institutions, this wasted energy can be harnessed to produce valuable electricity, lowering electricity costs and carbon emissions.
Collect valuable biogas from anaerobic digestion systems with a GTI gas collection cover. In waste-to-energy projects, the collected biogas can be used as a renewable fuel to generate process heat or electricity, helping to offset energy costs.
HydroThane BSP technology is the best method for H2S removal combining deep H2S removal, a very high reliability and availability, and low lifecycle costs. The clean biogas can be used to produce electricity or to replace natural gas in a boiler.
Turboden ORC can produce electricity by recovering heat from industrial processes, reciprocating engines and gas turbines. The power of Turboden units generally ranges between 200 kW and 15 MW electric.
Thermal Energy International has helped several well-known pharmaceutical companies in North America and Europe reduce their energy costs and carbon dioxide emissions. Our FLU-ACE heat recovery system recycles the heat normally lost through the boiler flue gas exhaust – reducing energy consumption on most boilers by 10% to 20%.
Waste heat is found in virtually all forms of energy production as well as in motorized verhicles. It is becoming an extremely important and efficient way of generating electricity. Due to rising energy costs and legal requirements for reductions in CO2 emissions there is a high demand for energy efficient waste recovery systems.