Successfully reported this slideshow.
We use your LinkedIn profile and activity data to personalize ads and to show you more relevant ads. You can change your ad preferences anytime.

The potential of tree based bioenergy as a sustainable energy source for the future -philip dobie

1,270 views

Published on

Current energy policies around the world are not sustainable. Unless greater use is made of energy from renewable sources, the global atmospheric temperature will greatly exceed 2 degrees celsius, leading to serious climate change. Trees are an abundant potential source of renewable energy. While tree-based biomass has been greatly exploited in developed countries, wood-based fuels are often associated with poverty and deforestation in developing countries. In fact, there is tremendous potential to increase the use of trees for energy throughout the world, not only in the form of fuelwood and charcoal, but also using woody biomass for electricity generation, processing seeds and fruits into biofuels, distilling wood products into ethanol, and (in the future) transforming cellulose and lignin into fuels. A major challenge is to do this sustainably, integrating energy production and food production and either reducing the impact on biodiversity or increasing habitat for biodiversity. http://www.worldagroforestry.org/cop12

Published in: Environment
  • Be the first to comment

  • Be the first to like this

The potential of tree based bioenergy as a sustainable energy source for the future -philip dobie

  1. 1. Trees as a Global Source of Energy (An introduction) Philip Dobie
  2. 2. In Africa 80% of energy is derived from fuelwood and charcoal Francis Hannaway WWF
  3. 3. Current electricity generation from biogas-fired power stations in the European Union (GWh)
  4. 4. Jatropha curcas Pongamia pinnata Nypa fructans Source: wikipedia commons
  5. 5. Trees in integrated food and energy systems • Trees integrate well with crops • Trees can be multifuncional • Trees enhance food production Paul Stapleton, ICRAF
  6. 6. The challenge Knowledge • How much wood is needed/can be produced? • Models for short rotation production • Models for renewable production and use • Better cooking technology • Potential of gasification for power • Potential of biofuels • Effects on climate change (+/-)
  7. 7. Thank you

×