Carbon offset projects
The Virunga National Park is home to some of the last mountain gorillas still alive in the world today. Six hundred rangers protect the area from thousands of armed militia, who exploit the natural resources, animals and, above all, wood for the charcoal trade for their own financial gain. This illegal exploitation is a million-dollar business and finances a cruel civil war. In the past 20 years, more than 160 park rangers have lost their lives on account of the work they do.
The illegal charcoal made from trees in the Virunga National Park is, for many, their only energy source: 97 percent of the population in this region have no electricity in their home. Even basic infrastructure is missing.
If there is no alternative energy source to charcoal, this forest will be completely deforested in ten years' time. This is why our Carbon offset project has emerged: a small run-of-river hydroelectric power plant with an output of currently 13.6 MW. It generates enough electricity for 30,000 inhabitants; for most of them, it is the first time they have had access to any electricity at all. In the meantime, 5,000 households and many new small businesses have been connected to the local power grid. The project thus creates the conditions for economic development. Gradually, alternatives that will allow the local population to make a living without illegal overexploitation will emerge.
Affordable and Clean Energy: The 13.6 MW hydropower plant provides clean electricity to 5,000 households via a local micro-grid.
New jobs in the area were created by the power plant.
More safety from new street lamps, and electric light enabels students to do their homework after sunset.
The hydropower generates energy free of carbon emissions.
Since hydropower is created without burning fossil fuels, it is considered emission-free. The growth of renewable energy production is essential to limiting global warming and securing energy supplies for the future.
The amount of emissions saved by a hydropower project is calculated using the baseline method: how much CO2 would be released by generating the same amount of energy using standard energy production methods for the region?