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More and more people are suffering from heat stress and need health protection against high temperatures. The active cooling technology COOLINE SX3 used in E.COOLINE products is transforming heat into cooling energy with the natural cooling refrigerant water. We have perfected the evaporative system of H2O with the patented smart 3D COOL fibres. This award winning technology is integrated into textiles. You can use the COOLINE SX3 technology like an air conditioner to wear in cooling vests, cooling headgear and more and save up to 90% CO2 compared with air conditioning systems ( analyzed by climate partners). It works in seconds, is dry outside and highly effective for hours. You can wear it not only indoors but also outdoors where there is no other cooling solution right now. Furthermore you can integrate it into home textiles as blankets for a better sleep or use it in cooling curtains inside and outside of the building. You can use it as a technical textile for outer constructions or roofs for buildings and also for control cabinets for computer systems or in cars to reduce their energy consumption. The system technology is partly made by upcycling of waste fibers, we use natural electricity in Ulm, we have short production ways to save CO2 and though we reduce our carbon footprint. Since 2013 we compensate the rest of our carbon emissions by a Gold Standard project in Papua Neuguinea for reforestation and improving the social situation of the people living there. Our company is the first climate neutral textile company of the world with a green cooling technology for mostly every situation. …

MIRAI INTEX is an engineering and manufacturing company dedicated to the protection of the environment through the implementation of innovative technologies that don’t leave an ecological footprint. The depletion of the ozone layer and global warming have posed new requirements on industrial equipment, which have lead us to develop units that operate with natural air instead of harmful F-gases. We specialize in the design and manufacturing of turbo compression equipment, based on which we have managed to make the most ecologically sound refrigeration machines for ultra-low temperature applications, such as: Freeze-drying, Process cooling, Biomedical storage, Cryostorage, Cryotherapy, Climate testing, food storage. …

This project is one of the most modern, technological and automated plants of Coca Cola in the world. It is a project of approximately $ 100,000,000.00 and 43,132 square meters of construction that has the LEED Silver certification. What was our work on this project? It consisted of starting up the complete refrigeration system of the plant, which included all the air conditioning, the cooling of the process water and the cooling of the refrigerated storage chambers and the freezing chamber. One of the most important conditions was to do an energy efficient and environmentally friendly project, and although the project was originally designed with ammonia, the required power and the volume of refrigerant in the system raised doubts about the application of this natural refrigerant. In term of refrigeration level, the plant required 750 TR in plant air conditioning and 150.0 TR in cold water systems for process and 208.0 TR in refrigerated and frozen storage systems. Originally the project was designed by other professionals, and the question at that time was not exactly the refrigerant, the question was oriented towards the ammonia volume of the system. The original design considered approximately 8 thousand pounds of ammonia. Our job then consisted of redesigning the project, it was then that we changed from a recirculated ammonia system to a direct expansion system for low temperature charging, where we used evaporators with a maximum ammonia volume of 2 pounds per equipment and, we maintained the water and propylene glycol cooling system with a flooded ammonia system; which in one way or another is also a low volume system. Our contribution was in addition to that, to increase the efficiency of the system, we increased the evaporation temperatures, we decreased the installed power and this represented an approximate energy saving of $250,000.00 per year and it was also possible to minimize the amount of equipment in the machine room. From an original design of 8 compressors we redesigned to 6 screw compressors of the same model and that came to give safety and an additional benefit for the maintenance . Entering the engine room we find 6 screw compressors, in this case they are Frick, they are 6 identical compressors in terms of model and power. We are going to find three plate heat exchangers, one for process water cooling, one for air conditioning water and another for propylene glycol cooling with which we air-condition the refrigerated storage chambers, named Water house and cool Flamable. We also found an ammonia dehydrator, which was incorporated to remove any moisture or water and thus maintain the efficiency of the system. In addition, we find that automation system, which one we not only control, we also monitor the entire refrigeration system of the machine room. Security and leak detection systems that comply with IIAR standards were incorporated into the system. It is basically an engine room where the entire volume of ammonia is concentrated, we are talking about 2800 pounds, 5000 pounds less than the original design. It is important to mention that the new design considered the use of heat of the oil compressor for heating the storage frozen floor and thus taking advantage of residual energy, a radiant floor was built. The main achievements of the project in terms of the redesign of the refrigeration system were the following: • The installed power of the cooling system was reduced by 472.5 Hp (352.49 KW). • The efficiency of the system was increased by 13.26%. • The ammonia volume was decreased by 4,822.00 pounds (2,187.24 Kg). • Ammonia, a natural refrigerant with a GWP of zero, was maintained. • The heat of the compressor oil was used in the requirements of the same system. • Equipment was standardized so that six compressors were installed identical in model and power. • A system was redesigned under the IIAR standards, the INTECO standards in Costa Rica, the Montreal Agreement and the Carbon Neutrality Country Program. • Savings were achieved in the initial investment. …

We are a leading company in Industrial Refrigeration Systems, design and development of process plants, which offers comprehensive solutions for the industrial sector. We offer the best technical solution, in harmony with the environment and with the highest energy efficiency. Our main experience includes the integral development and engineering of projects under the "turnkey" concept. We provide a wide range of possibilities for our clients and we see engineering as a process of continuous improvement, for which we generate relationships of trust, becoming strategic partners of their Projects. Our greatest added value is the knowledge and engineering of refrigeration and industrial processes; our experience and a great number of successful projects support and differentiate us. We are registered with the Federated College of Engineers and Architects of Costa Rica (CFIA) as a construction company and Consultant and of the Institute International Ammonia Refrigeration (IIAR) as a company of design, engineering and construction of refrigeration systems. We have taken our experience to the entire region Central America and the Caribbean; be the company more strong in refrigeration and our knowledge in industrial processes has opened the way for us be part of the most important projects developed in recent years, becoming Jhonson Controls' largest distributor in Latin America We have a team of professionals in each of our business areas, committed to corporate values ​​that allow us to be a differentiated and excellent solution, providing excellent customer service focused on efficient operation. …

Perspectives is an independent group of highly qualified consultants and researchers providing the private sector, governments and non-governmental organisations (NGO) with practical solutions for domestic and international climate policies, climate finance, and international greenhouse gas markets. Perspectives is internationally recognized for its outstanding contribution to establishing and advancing the Clean Development Mechanism (CDM), including the successful design of UNFCCC-approved baseline and monitoring methodologies and the management of complex Programmes of Activities (PoAs). In addition, Perspectives has been leading the development of pioneering approaches for Nationally Appropriate Mitigation Actions (NAMAs) and Low Emission Development Strategies (LEDS) in many countries and sectors around the world – both on the conceptual as well as on the practical level. We strive for environmental integrity and effectiveness of climate policy interventions. Building on experiences accumulated over decades, Perspectives’ team is applying its technical and political expertise to support governments in the update and implementation of their Nationally Determined Contributions (NDC) under the Paris Agreement. Our deep knowledge of numerous economic sectors at various stages of development and their potential mitigation contributions as well as our analytical work on national mitigation targets lends itself perfectly to develop the mitigation strategies underpinning NDCs. We support the development of Monitoring, Reporting and Verification (MRV) procedures for mitigation and adaptation, including assessment of sustainable development co-benefits. We strive for environmental integrity and effectiveness of any climate policy, climate finance and adaptation, and are contributing to the evolution of the Green Climate Fund (GCF) and other international climate finance providers through policy advice and funding proposal development. Throughout the eventful history of international climate policy, Perspectives has provided first-rate advice on the latest policy innovations – and we are at your disposal for designing the innovations of the future. …

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. …

Stemming from a successful bilateral relationship for over 20 years, the Governments of Bavaria and the Western Cape started a partnership project on the “transition to climate-friendly refrigeration and air conditioning” in 2017. The Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) is the implementing partner of the project, facilitating the transfer of best practice and technology between Bavaria and Western Cape. From 2018 to 2020, nine selected South African experts participated in a two-week Cool Training Course in Maintal, Germany, where they learned how the adoption of climate-friendly cooling appliances is viable both from an economical and technical perspective. In 2019, the Department of Environmental Affairs & Developmental Planning (DEA&DP), Western Cape Government, together with the Bavarian Environment Agency (LfU), hosted a two-day technical workshop in Stellenbosch on the transitioning to green cooling solutions. The result of the successful workshop was the development of a RAC Pilot Project. The West Coast College was selected as the first Technical and Vocational Education and Training (TVET) college in the Western Cape, to train refrigeration and air-conditioning artisans on the use of natural refrigerant gases, in particular with hydrocarbons. With a financial contribution made by the Green Cooling Initiative of GIZ Proklima for the training equipment, as well as the provision of the RAC Training Modules for hydrocarbons, the pilot project is planned to be implemented by September 2021. …

The FXP series comprises 3 power sizes of extremely compact water-cooled chillers, which are intended for modular arrangement. The modules are particularly suitable for retrofit applications, when the installation allows only very limited unit dimensions. The individual modules have a cooling capacity of up to 45 kW and cover outlet temperatures from +20 to -15°C. As a rule, several modules are always installed in a hydraulic network. This results in excellent reliability and very good controllability of partial loads. If desired, the individual modules can be controlled separately or via a central control system. …

The Cool Up: Upscaling Sustainable Cooling programme promotes accelerated technological change in cooling demand reduction, and early implementation of the Kigali Amendment and Paris Agreement. Cool Up focuses on Egypt, Jordan, Lebanon, and Turkey as these countries are experiencing fast-growing demand for cooling, increasing final energy consumption, and structural challenges in the energy sector. They also have high potential to boost energy efficiency and increase the use of natural refrigerants in the cooling and refrigeration sector. The goal of the Cool Up programme is to create catalytic change within the refrigeration and air conditioning sector by reducing cooling demand, supporting the phase-down of hydrofluorocarbons, replacing and safely disposing inefficient cooling appliances and refrigerants, and improving cooling appliance operation, training, and awareness. Cool Up’s holistic approach addresses these issues across three themes: policy and regulatory support, development of business and financing models, and increased awareness and market uptake of sustainable cooling technologies. The approach is supplemented by implementation-focused partnerships and building hands-on capacity to enable local and regional stakeholders. Cool Up is led by Guidehouse Germany GmbH. The team includes Frankfurt School, ILK Dresden, Öko-Recherche, United Nations Development Programme, Regional Center for Renewable Energy and Energy Efficiency, Istanbul Aydin University, Integrated Development Group, Lebanese Center for Energy Conservation, and Royal Scientific Society. Cool Up is part of the International Climate Initiative (IKI). The Federal Ministry for the Environment, Nature Conservation and Nuclear Safety (BMU) supports this initiative on the basis of a decision adopted by the German Bundestag. …