EU projects implemented by PROZON Foundation

Refrigerants LIFE Cycle Project

MAIN OBJECTIVE

Reduction of F-gas emissions to the atmosphere from the refrigeration and air conditioning sector. Thanks to the implementation of the project, it will be possible to process almost 100% of the refrigerant waste recovered from the installation and handed over for management.

In addition, instead of incinerating refrigerant waste, it can be processed and re-introduced to the market as wholesome products.
Also, thanks to the innovative solution, it will be possible to reduce the costs of refrigerant waste management, which will increase the incentive among entities to give them for regeneration and separation.

At the end of the project, it is assumed that the reduction of HFC emissions will be 74,000 t CO2 eq / year

FINANCING

The Refrigerants LIFE Cycle project is co-financed by the European Commission under the LIFE Program and the National Fund for Environmental Protection and Water Management

DESIGN

In order to learn about the project in its entirety, Please visit the project website

PROJECT RE-ELECTRO 4 LIFE

PROZON, The Climate Protection Foundation has also launched an initiative for a new project financed from EU funds.

MAIN OBJECTIVE

The main goal of the RE-ELECTRO 4 LIFE project is to implement the RE-USE business model based on the circular economy in order to reuse recovered parts from waste electrical and electronic equipment in the example of disassembled refrigeration and air conditioning equipment. The introduction of spare parts for devices to the market will result in extending the life of existing devices, which will reduce the production of waste and the need to purchase new devices

SPECIFIC OBJECTIVES

The main goal of the RE-ELECTRO 4 LIFE project is to implement the RE-USE business model based on the circular economy in order to reuse recovered parts from waste electrical and electronic equipment as in the example of disassembled refrigeration and air conditioning equipment. The introduction of spare parts for devices to the market will result in extending the life of existing devices, which will reduce the production of waste and the need to purchase new devices.

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  • increase in the number of spare parts available on the market;
  • creation of prototypes for diagnostics of elements of refrigeration and air conditioning equipment;
  • implementation of a product distribution network;
  • expansion of the selective waste collection network;
  • increasing environmental awareness in the subject of the circular economy, second life and reuse among project stakeholders.

Re-electro Shop

Welcome to the website of our Re-electro store, where you can find spare parts for refrigeration and air conditioning equipment after full diagnostics.

COOLSPACES 4 LIFE Project

MAIN OBJECTIVE

The COOLSPACES project focuses on the development, implementation and dissemination of pioneering technology to improve the energy efficiency of public buildings using a solar-powered cooling system applicable across Europe. The technology will significantly reduce carbon emissions and bring economic and environmental benefits to local communities in the form of heat management, while being an excellent climate change mitigation strategy that should be included in municipal environmental improvement action plans to counter the formation of urban heat islands. The project will implement a pilot cooling installation using innovative refrigerants with a negligible greenhouse effect and photovoltaic panels as the main source of energy.

COOLSPACES is a consortium of 4 European organisations from Poland and Spain, combining a wide range of technical, institutional and business knowledge.

The main goal of the project is to reduce greenhouse gas emissions by reducing the consumption of primary energy (not from renewable sources) to drive air conditioning systems that ensure the thermal comfort of the building.

FINANCING

The Coolspaces 4 Life project is co-financed by the European Commission under the LIFE Program and the National Fund for Environmental Protection and Water Management.

DESIGN

In order to learn about the project in its entirety, please visit the project website