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Membre Abdin Industrial
We are a leading establishment in Jordan specialized in manufacturing display refrigerators & freezers, cold rooms, shelving units and checkout counters suitable for supermarkets and hypermarkets as well commercial kitchen equipment. …
Membre AFS Energy B.V.
At AFS Energy (part of AFS Group), we advise and support companies that have to deal with F-Gas obligations due to Regulation 517/2014. We see that intransparency and misinformation make it difficult for companies to move away from harmful refrigerants, and we seek to equip ambitious companies with the right tools to act in this transition. …
Membre WasteWing Technologies
We, WasteWing Technologies, is a Total Waste Management Company. Wastewing Technologies aims to be a game changer in waste management as garbage is a potential threat to the environment and there is an urgent need for far-sighted and holistic solutions to this problem. We work with our clients to identify the best available technologies and solutions to manage waste, helping them to reduce costs, improve efficiencies and find new uses for waste. Our guidance involves setting up and running smart collection systems, routing and recycling the same. We work with municipalities, civil societies, religious and educational institutions, integrated townships etc. in creating awareness. We also make use of digital solutions to meet our client’s demands. Thus we aim to be a part of this solution and want to contribute as much as we can for a better tomorrow for future generations. WasteWing Technologies has also been established as a Waste Management Engineering Design & Manufacturing Company. We are a team of highly experienced & dedicated Designers, Engineers, Fabricators and Technicians specialized in the production, delivery, assembly, commissioning, maintenance and repair of waste Recycling Machines like Shredders, screens, Segregaters, Trommels, Conveyors, Organic Composting Machines, Garbage Chute Systems, etc. We provide continuous support from Project Delivery to throughout the life of the Machines …
Membre FRIGOTERMIKA-CE doo
Consulting company working in the field of refrigeration and AC …
Membre Bundesfachschule Kälte-Klima-Technik
Founded in 1965, Bundesfachschule Kälte-Klima-Technik offers more than 50 years of experience in a wide range of training and study programmes. Bundesfachschule study programmes which include the highly regarded ‘Master craftsperson’ and ‘State-certified engineer’ are designed to help you achieve the next step in your professional career. Both full-time and part-time vocational training options are offered to ensure the flexibility you need in combining further study with work and other responsibilities. Modular education facilitates entry into the refrigeration job market while special seminars and workshops provide skills upgrading and other learning opportunities important to the acquisition and maintenance of professional competence in a readily changing world. Bundesfachschule can provide customized seminars and workshops to meet the specific requirements of your company. Our expert faculty offer existing modules or can work with you to design more customized programmes that can be delivered either at the Bundesfachschule location or your company site. Bundesfachschule works closely with trade partners to ensure the educational programmes reflect current refrigeration and air conditioning trade requirements. Many faculty have industry experience and bring this experience to their instruction. Programmes are designed to provide students with flexible high quality instruction and employers with well-trained workers. Bundesfachschule has modern state-of-art teaching facilities, equipment and technologies and the students’ residence offers comfortable accommodation. The environment is one which facilitates creative and goal-orientated learning. The staff, faculty and administration of Bundesfachschule share a commitment to student achievement through excellence in teaching and applied learning that include both hard and soft skills development. We provide a dynamic and supportive learning environment where you can get the support you need for the success you want. …
Meilleures pratiques Good practices in the use of alternative substances to Hydrochlorofluorocarbons
Mexico has demonstrated its leadership in the area of climate change by establishing synergies for the efficient use of energy and the protection of the ozone layer, as well as by fulfilling its commitments with the Montreal Protocol in a timely manner. As proof of this, in 2010 the consumption of chlorofluorocarbons (CFCs), substances used in refrigeration, air conditioning, aerosols and polyurethane foams, was totally eliminated in the country. That is why for the Ministry of the Environment and Natural Resources (SEMARNAT) and the National Polytechnic Institute (IPN) it is a priority to continue the policies and actions that contribute to mitigating and reducing the major global environmental problems that are climate change damage to the ozone layer. …
Membre National Polytechnic Institute (IPN) of the United Mexican States
State educational institution created to consolidate, through education, the Economic, Scientific, Technological, Cultural and Political Independence to achieve the social progress of the Nation, in accordance with the Historical objectives of the Mexican Revolution, contained in the Political Constitution of the United Mexican States. The Escuela Superior de Ingeniería Mecánica y Eléctrica (ESIME) Azcapotzalco Unit, belongs to the Instituto Politécnico Nacional (IPN). It is located in Mexico City, it has forged thousands of engineers through the years and it is considered one of the strongest pillars of the IPN, participating in the industrial development of Mexico in a prominent way. This campus has approximately eight groups that are involved with refrigeration and air conditioning, each group consists of approximately 40 students. In the Laboratory of Thermal Machines of this institution, training is provided on refrigeration and air conditioning systems, internal combustion engines, thermal turbines, steam generators and thermal plants. The laboratory is made up of square and triangular duct installations, as well as ventilation systems, air conditioning and a refrigeration equipment for tests and failures adapted by interface to a PC, so that students can monitor their operation, detect and maintain common anomalies. In 2017, the school undertook a comprehensive project to equip this laboratory with state-of-the-art technology, given the identified needs for highly qualified human resources in the refrigeration and air conditioning industries. …
Membre Norwegian University of Science and Technology - NTNU
The Department of Energy and Process Engineering at NTNU researches a variety of topics regarding climate-friendly cooling: Refrigeration and heat pump technology in general. CO2 technology for various applications; supermarkets, industrial heat pumps, transport refrigeration. System design for refrigeration, air conditioning and heat pumps, (stationary and automotive). Compressor, Ejector and compact heat exchanger technology. Working fluids, with emphasis on natural working fluids, CO2 NH3 and hydrocarbons. Life Cycle Climate Performance of various energy systems. …
Membre Keren Energy
KEREN ENERGY has developed a holistic approach to saving energy: an Energy Diet based on the equipment that the user already has. In this case, the monthly energy bill is the “scale” of success. The real game changer is the public awareness and participation. Today, people can start weight loss diets to look better, but with the “National Energy Diet” we all can be on our way to a much better, sustainable, and economical life. Furthermore, Keren Energy provisions the Clima-Med project. The project is funded by the European Union and seeks to support the transition of eight partner countries in the South Mediterranean region towards sustainable, low-carbon and climate-resilient development. More info: https://www.climamed.eu/ …
Membre KTH
At the energy lab here at KTH, we are developing efficient HVAC systems and applications as well as waste heat recovery systems such as heat pumps and geothermal applications. Our research projects concern the design of refrigeration and heat pump systems, and what can be done to make these systems more energy efficient and their environmental footprint smaller. To obtain the previously mentioned added values, we build, commission, and test specific projects investigating how natural fluids, like propane, carbon dioxide, and ammonia, could be used in a safe and efficient way as refrigerant. Refrigeration systems and heat pumps, especially High Temperature Heat Pump (HTHP), become more efficient if the heat exchangers, evaporator and condenser, are efficient and give small temperature differences. For this reason, we have research projects on enhancing the surface area to volume ratio of the heat exchangers using additive manufacturing technologies (Metal 3D Printers) to attain the best ratio. …