Resource & Energy Efficiency offers a powerful and cost-effective tool for achieving a sustainable future. Resource & Energy Efficiency saves money and cuts emissions faster than any other climate change mitigation option. Efficiently using resources and energy consequentially bring about both economic and ecological advantages. By enacting efficiency measures, organizations simultaneously save costs and reduce environmental impacts and risks.
based in Leinfelden-Echterdingen, GERMANY.
Mine resource exploitation industry has formed extensive type, high consumption, and high pollution development mode for a long time and has made resource and environment difficult to bear. Therefore it is of all-important strategy significance for mine resource exploitation enterprises to realize energy conservation and emission reduction.
The hoist is a conveyor which is used most extensively in mine and is simply classified as single hook type and dual hook type.
Predictable and reliable, hydrokinetic energy is a promising lever for the energy transition. HydroQuest has studied opportunities for hydrokinetic turbine development since 2010. Our ambition is to become a global reference in the development of innovative technology to harness hydrokinetic resources. This is a new alternative energy supply as promoted by the Energy Transition law to encourage renewable growth.
High energy savings. Undisturbed production. Cleaner, more efficient manufacturing. Solar Turbines’ gas turbine based cogeneration/Combined Heat and Power (CHP) is an ideal solution for industries that require high amounts of power and heat. Gas turbine cogeneration maximizes savings by reducing overall gas consumption and electricity. An additional benefit can come from selling energy to the electrical grid with the possibility of certificates and carbon credits.
Nowadays, the new laws of protection and sustainability, increased energy prices and greater environmental awareness and drive increased largely rational use of energy, not only for end users but also large consumers and systems thereby improving efficiency in buildings.
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.
Thermal Energy’s GEM steam traps and FLU-ACE heat recovery technologies have wide applications in the food and beverage industry. From breweries and bottling operations, to food processing, packaging, and other food and beverage operations, we can help you reduce your energy costs while lowering your greenhouse gas emissions.
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%.
Significantly Lower Laboratory Energy Consumption in Your Research Organization with Stirling Freezer Technology. Until the introduction of the Stirling free-piston engine ultra-low temperature (ULT) freezer technology saw little change or improvement over the last five decades. And yet, compressor-based freezers demand large amounts of power to operate . . . as much as the average U.S. home! Now there is a more cost-effective and energy-efficient freezer alternative with Stirling Ultracold. Consider the cumulativ...
Sports and pool centers have high energy requirements throughout the years because users both shower and bathe with hot water. Rising energy prices are generating interest in new solutions. An energy-efficient property can reduce both the energy costs and the environmental impact. Solar collectors that concentrate the sunlight provide a lot of advantages for the purchaser. Read more about our products and discover how you can profit from using solar energy.
Providing facilities with an energy efficient disinfection solution for hot water system and non-chemical control of pathogenic organisms such a Legionella. It eliminates the potential of corrosion and disinfection byproducts formation associated with chemical disinfection while also positively effecting heat exchanger performance.
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.
Providing heating, cooling and hot water for apartment buildings uses a lot of energy. Creating a sustainable residential environment in energy-efficient buildings is an important goal for the future. Rising energy prices are the driving force behind finding new solutions that allow buildings to become more self-sufficient in terms of energy. Solar collectors that concentrate the sunlight provide a lot of advantages for the purchaser. Read more about our products and discover how you can profit from using solar...
Ethanol can be produced from a variety of raw materials such as corn, sugar cane, soy beans, switchgrass, corn stover, and cellulosic materials. Corn can be processed in a dry or wet mill to produce ethanol. Advances and research in ethanol continues to find new and more energy efficient ways to produce ethanol and biofuels and new raw materials for production.
Improve The Appeal And Safety Of Your Parking Lot With A Solar Powered Parking Lot Lighting System. Commercial Solar lights for parking lots are a great option for any new (or existing!) business as they are off grid and require no trenching. Greenshine New Energy offers the most cost-effective, long-term solution to optimize the energy efficiency of your business or commercial property. Solar powered parking lot lights can help protect your business and pedestrians, better appealing to customers. Solar LED...
Data centers/telecommunication sites need to be cooled 24/7. They optimally operate at 24-28 ⁰C. They are cooled similarly to industrial air conditioning using electrical energy. Unfortunately, the system is the least energy efficient when the temperature difference is the highest (i.e. the outside temperature is too high). However, at night, when the temperature is low outside, the cooling system is more efficient or not even needed. Also in case of a blackout the cooling systems need 4-6 minutes to...