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DISASTER RISK REDUCTION
Harnessing the destructive energy in pine needles for rural energy production and biodiversity conservation
The needles of pine trees that accumulate over time in forest areas inhibit the growth of other vegetation, creating a monoculture. These pine needles are also a hazard during the dry season, acting as fuel that can spark forest fires. But this problem can be part of the solution. In Uttarakhand, communities and entrepreneurs have come together to convert the destructive energy of pine needles into usable electricity. When heated, the resin inside pine needles produces gas that can power a generator. With the triple benefits of electricity generation, disaster prevention, and biodiversity conservation, forest-dependent communities are incentivised to collect the pine needles.
Pine forests dominate the middle ranges of the sub-Himalayan region. The needles of pine trees that accumulate over time in forest areas inhibit the growth of other vegetation, creating a monoculture. Moreover, these pine needles are a hazard during the dry season, acting as fuel that can spark forest fires and putting biodiversity and human settlements at risk.
The innovation is to address the problem of forest fires by turning the destructive energy of pine needles into usable electricity. The resin inside each pine needle is a source of fuel. When heated, this resin produces gas that can power a generator. With the dual benefits of electricity generation and disaster prevention, forest-dependent communities can be incentivised to collect the pine needles. Production of electricity at the local level can power rural enterprises (generating employment and strengthening the local economy), and preventing forest fires will allow biodiversity to thrive.
We built small village-based power plants (six plants of 10 kW each and eight plants of 25 kW each) across Uttarakhand, India, by seeking investments from entrepreneurs. These small units are bundled together by setting up grid-connected power plants, facilitated by the Uttarakhand state government. We focused on generating power at the village level, involving locals in both the collection of the pine needles and the operation of the power plants. This (a) develops the locals’ ownership of the project, (b) builds their capacity in technology use and (c) provides a source of income from their contribution to the activities
So far, we have installed power plants with a cumulative capacity of 260 kW. Communities are experiencing different benefits through this solution: • Built local capacities for plant operations and raw material collection by training and employing almost 300 local youth (including women) • Exported over 500,000 units of clean energy to the grid • Reduced over 8,000 tonnes of carbon emissions • Incrementally enhanced biodiversity in 450 hectares of forest land from where pine needles were collected • Replaced almost 100 tonnes of firewood with biochar briquettes for cooking (biochar is a by-product of gasification)
Saroj Sah, a 36-year-old woman from Sheli Village in Pithoragarh District of Uttarakhand, was able to buy a fridge for her dairy business with the money she earned from collecting pine needles. ‘For so many years, I used to store milk in bottles and keep them in buckets of cold water to keep them fresh. This fridge will be so useful’, she shares.
We are developing systems to scale up this model in Uttarakhand by influencing the formulation of a state-level policy to foster pine needle-based entrepreneurship. This solution helps reduce forest fires while also enhancing the rural mountain economy and livelihoods. Stand-alone power plants can be set up to meet the energy demand of a village with no grid connectivity. Thus, this technology can be scaled to all Himalayan countries – Bhutan, Nepal, and Pakistan – which face the problem of mono-culture pine forests and consequent forest fires.
Rajnish Jain Avani rajnish@avanikumaon.org Contact number: +91 9412092982
Each of the RMS solutions are linked to the 2030 Sustainable Development Goals outlined by the UN in 2015. The SDGs that this intervention contributes to are as follows: