A sustainable handling of waste is key to improving not only health and quality of life by reducing vectors for disease transmission, but also to ensure reduced climate impact. Technologies that allow for a more circular utilisation of resources through recycling and reuse, and minimised methane emissions from waste dump sites, in effect also contribute to more healthy communities. This cross-sectorial link provides many development co-benefits. The realisation has led to innovations such as methane capturing for biogas used in devices ranging from cooking stoves to biofuel engines, and innovative waste-to-energy technologies. Below you will find related publications, partners, CTCN technical assistance, technologies and other information for exploring this topic further.
Jordan is one of four most water scarce countries in the world. This scarcity impacts every aspect of life within the country and is its greatest challenge to economic growth and development. Climate change is acting as a threat multiplier aggravating existing water vulnerability and availability due to decreased precipitation and higher rates of evaporation, as a result of increased temperature. It is also anticipated to increase the intensity of droughts in the country and the occurrence of flood events.
Guatemala is ranked among the countries with the highest climate risk, given the impact that its territory has suffered from extreme meteorological events, which, associated with the socio-economic conditions of its population, have a high vulnerability to the effects of climate change. In this sense, the need arises to define public and government actions to reduce the effects/impacts of climate change, promoting in turn greater development and well-being of its population.
According to Zambia’s Nationally Determined Contribution (NDC), the country intends to reduce its CO2 emissions by implementing three (3) programs driven by the country’s Climate Response Strategy and supported by National Development Policies including Energy, Forestry, Agriculture, Water, Town and Country Planning, Sanitation, and Transport.
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Currently, there exist 20 coal-fired power plants in operation with a total capacity of nearly 14,500 MW, which generate about 15.7 million tons of coal slag per year, of which coal ash accounts for 75%. It is predicted that by the year 2020, there will be 43 factories, which will generate more than 30 million tons of coal slag per year. At present, there are no suitable solutions for this huge amount of slag.