Ejemplos de buenas prácticas
Resultados 111 a 120 de 146
Buenas prácticasR&D on refrigeration and heat pump systems applying natural working fluids
Education of next generation of engineers within refrigeration processes including thermal energy storage technologies. …
Buenas prácticasRecovery
-Recovering of traditional and transitional refrigerants -use of proper equipment for recovery -proper storage of recovered refrigerants - …
Buenas prácticasRevision of the energy efficiency program for room Acs
iCS and a network of NGOs provided technical support to INMETRO for the revision of the Brazilian Labeling program for room ACs. This network also actively worked to pressure INMETRO to adopt a more ambitious energy efficiency levels. The process resulted in the Ordinance 269/2021. …
Buenas prácticasSABROE SABlight air-cooled chiller
Johnson Control’s SABROE SABlight air-cooled chiller uses propane as a refrigerant, providing an environmentally friendly and economic alternative to air-cooled chillers using synthetic refrigerants. Six standard models for use in the low capacity market exist. When comparing efficiencies, the SABlight exceeds hydrofluorocarbon chillers. The frequency-controlled standard compressor ensures a very high coefficient of performance (COP). Moreover, the wide control range makes it a highly flexible chiller that will operate efficiently even at low loads. The SABROE SABlight air-cooled chiller is tailored for outdoor installation with a very low-noise operation. The particularly compact design uses V-coil condensers to significantly reduce the total carbon footprint. With a height of only 2.9 m and a width of only 1.3 m, SABlight units are extremely manageable. …
Buenas prácticasSafety
Use of appropriate equipment and PPEs when handling natural (HCs) refrigerants. …
Buenas prácticasSaving 26.5% energy on HVAC Chiller system at the French Embassy in Thailand
The Embassy of France in Bangkok participated in the 2018 France Ministry of Europe and Foreign Affairs’ Green Embassy contest with its project to reduce energy consumption related to air conditioning. Installing CONTINEWM® Nets have contributed to save 26.5% of electricity consumption of the airconditioning (Chiller system) of the entire building and succeeded to place the project in the TOP 5 in the Green Embassy worldwide contest. The project consists in equipping the Air Conditioning system with the innovative CONTINEWM® Japanese technology from the French-Thai company Technic Electrical Engineering (Thailand) Co., Ltd. The reduction of the electricity consumption is equivalent to a validated reduction of 80 tons per year of CO2 emissions. The performance measurement was made by comparing the electricity consumption of chillers of the administrative building of the French Embassy WITHOUT and WITH CONTINEWM® Net under strictly same conditions and environment over a 3-month period under the control and validation of the Deputy Director of Buildings and Logistics, Deputy Director of Central Services and Logistics of the Ministry of Europe, Foreign Affairs and Development. These FIR emitting ceramic Nets optimize air conditioners and reduce energy consumption while improving the quality of the air by ionization. …
Buenas prácticasSectoral mitigation strategy – Transport refrigeration in South Africa
HEAT regularly applies a sectoral approach when striving to reduce emissions. Greenhouse gas (GHG) emissions inventories, low-carbon roadmaps and real-life pilot projects can effectively support sector transformation and low-carbon strategies. Aiming at the reduction of emissions from refrigerated transport in South Africa, HEAT supported the GIZ project Mitigating Emissions in the Transport Refrigeration Sector in South Africa in 2013-2017, funded by the Federal Ministry of the Environment, Nature Conservation and Nuclear Safety (BMU). HEAT identified measures to reduce emissions from refrigerated transport in trucks. The switch to natural refrigerant-based cooling systems and increased efficiency of those systems led to less direct emissions from the refrigerants and less indirect emissions from diesel to operate the equipment. Together with Transfrig, the leading local manufacturer, our experts developed and tested prototypes of climate-friendly refrigeration systems with 30% less energy consumption. Contribution to climate resilience: An improved cold chain leads to better food security and less health risks associated with perishable food. Optimized logistics and more efficient refrigeration systems cause less air pollution than conventional systems. Working with local companies regarding innovative technologies enhances vocational training, job opportunities and supports local operators and technology providers in their efforts to “green” their business. Moreover, the sector strategy introduced Measuring, Reporting and Verification (MRV) system procedures that can also be applied in other sectors. …
Buenas prácticasSelf contained (plug-in) refrigerators and freezers using refrigerant R290 propane
Full range of products for commercial refrigeration, display cases and monoblock units for cold rooms …
Buenas prácticasSeminar: Seminar on the heating, ventilation and air conditioning sectors in Sydney, 2015
November 2015: The Australian Refrigeration Association (ARA) hosted a two-day seminar in Sydney to explore the possible contributions of the heating, ventilation and air conditioning (HVACR) industry in reducing greenhouse gas (GHG) emissions. Industrial, commercial and residential HVACR stakeholders were invited to an intensive two-day program highlighting the transition of the Australian HVACR industry to energy efficiency and emissions reduction. The ARA has estimated that Australia has the potential to reduce its HVACR energy bill and operating costs by over $10 B per annum and reducing national GHG emissions by 7% from the HVACR sector alone. The seminar addressed key issues impacting the Australian HVACR industry, providing stakeholders an opportunity to gain accurate information in the following areas: Exploring emerging HVACR energy efficient technologies and solutions Identifying and appreciating energy efficiency and GHG emissions reduction Quantifying and Recognising the value of integrated energy efficient engineering Recognising the regulatory requirements to shift to low GWP refrigerants Safety, risk and education – handling and implementing low GWP natural refrigerants …
Buenas prácticasSolar chill, self chill units
Vaccine refrigerator …