Reduction of barriers to the widespread implementation of wind energy projects in Belarus and reduce over 300,000 tonnes of CO2during the lifetime of the project.

To conserve biodiversity by reducing habitat fragmentation and strengthening ecological connectivity across production landscapes through community initiatives and actions in globally significant ecosystems in Ecuador

The objective of the project is to promote biomass-based municipal heat and hot water services. It will reduce direct GHG emissions by 63,577 tons of CO2 over its 4-year project life and 19,143 tons of CO2 during each year of the remaining 16-year life of the boiler equipment.

To ensure a mosaic of land uses and community practices across the rural landscape that provide sustainable livelihoods while generating global benefits in terms of biodiversity conservation, reduced greenhouse gas emissions and increased carbon storage

Global environmental benefits secured through community-based initiatives and actions that address habitat fragmentation and enhance ecological connectivity in twelve biological corridors linking eight Protected Areas and their buffer zones

To ensure a mosaic of land uses and community practices across the rural landscape that provide sustainable livelihoods while generating global benefits in terms of biodiversity conservation, reduced greenhouse gas emissions and increased carbon storage

The project objective is to set up a sustainable mechanism to ensure a sustainable clean up operation at the selected HCH contaminated site for future industrial use, and to protect human health and the environment from their adverse effects by reducing and eliminating the releases of and exposure to HCHs (6,000 m3 or 10,700 tons to be disposed of within the project period).

The proposed project will establish an environmentally sound management (ESM) system for PCBs, improve compliance to PCBs related obligations under the Stockholm Convention (SC) and promote local use of non-combustion technologies in the disposal of 3,000 tons of PCBs contaminated equipment.

The objectives of this project are (a) through appropriate technology transfer, to phase-out the consumption of 212 ODP tones of CFC-11 and CFC-12 (2010) used in the manufacture of Aerosol Metered-Dose Inhalers (MDIs) in the Russian Federation (RF) and (b) to reduce future GHG emissions by approx. 1.7 MMT CO2 t/equivalent, by introducing, through technology transfer a lower GHG propellant.

To establish environmentally sound management (ESM) system of PCBs in transformers and other contaminated equipment and wastes and demonstrate the PCB disposal mechanism.