Discrepancies in data collection suggest that
traditional biomass use may be up to 50 percent lower than what was reported in the Global Tracking Framework 2017.
Not exact matches
Although the health risks of collecting and
using firewood and charcoal in
traditional ways are real, policy makers, researchers and donors need to address the sustainability and viability of the
biomass used by the majority of people, according to Ruth Mendum, director of gender initiatives in the Office of International Programs, College of Agricultural Sciences, Penn State.
According to the IEA, about 2.7 billion people — about 40 percent of the global population — still rely on the
traditional use of
biomass for cooking.
A third of the world's population — 2.5 billion people — rely on the
traditional use of solid
biomass to cook their meals.
(c) Prohibit the
use of conventional /
traditional biomass in inefficient wood stoves in developing countries and instead move to highly - efficient
biomass woodstoves and biogas digesters, and other renewable energy sources.
This type of forest has large volumes of
biomass that can not be
used by
traditional wood - processing industries, which represent a potential source for energy generation.
With the inclusion of
traditional biomass, heating and cooking will remain the principal
uses of renewable fuels over the next 25 years.
About three - quarters of renewable energy are consumed in developing countries, where most renewable energy production is based on the
use of
traditional biomass and hydropower.
Using a general stylized forest sector management model, our study examines the economic potential of
traditional industrial forests and supplemental dedicated fuelwood plantations to produce
biomass on submarginal lands.
Its contribution to final energy demand is five times higher than wind and solar PV combined, even when inefficient and unsustainable
traditional biomass, such as the
use of wood and dung for cooking, is excluded.
Can Be
Used For Diesel or Jet Fuels - 90 % Emission Reductions BP pumps up the fact that production of biofuels via the fermentation of sugars offers to potential to produce fuels with greenhouse gas emissions reductions of 80 - 90 % below
traditional fossil fuels, can be
use with a wide variety of
biomass feedstocks, and has the ability to tailor the end product for a variety of diesel and jet fuel needs.
Under the 2016 World Energy Outlook's New Policy Scenario, around 2.3 billion people across Africa and Asia are projected to continue to rely on
traditional uses of
biomass for cooking in 2030.