BIOELECTRICITY
Using only 14% of their potential, Brazilian sugarcane mills are the third most important electricity suppliers in Brazil’s electricity mix. Experts estimate that with full use of sugarcane residues, bioelectricity could reach 153,000 GWh to the grid. That would be enough energy to power a country the size of Argentina or Norway.
As it grows, the sugarcane plant converts sunlight into stored chemical energy. Every part of the plant can be used in different processes, but there are three main components that contain this stored energy:
Juice | The sweet liquid inside the sugarcane stalk contains sucrose, which is used to produce sugar and ethanol.
Bagasse | The dry, fibrous residue left after sugarcane is crushed. One ton of cane produces about 250 kilos of bagasse (50% moisture)*. Source: CTC (2015).
Straw | The tops and leaves of sugarcane stalks.
Brazilian sugarcane mills learned to harness the energy stored in biomass by burning it in high-efficiency boilers to produce bioelectricity. As a result, these mills are energy self-sufficient, producing more than enough electricity to cover their own needs. A growing number of mills also generate surplus energy, which is supplied into Brazil’s National Interconnected System and helps to light numerous cities throughout Brazil. Thanks to sugarcane bioelectricity, in 2023, sugarcane mills supplied more than 20,973 GWh to the grid, or 4% of Brazil’s electricity requirements.
BIOELECTRICITY
GREEN ENERGY SEAL
The Bioelectricity Certification Program is the first Brazilian initiative focused on sugarcane-based electricity. It aims to promote and amplify bioelectricity participation in Brazil’s matrix.
Created in 2015, the program was supported by the Brazilian Sugarcane Industry Association (UNICA) in partnership with Electric Energy Trading Chamber and is endorsed by the Brazilian Energy Traders Association.
The program provides a Green Energy Seal to electric energy sales agents who acquire renewable energy from certified mills.
BIOELECTRICITY
BENEFITS
- Low environmental impact
- Reduces GHG emissions
- Producers can obtain carbon credits
- Highly complementary to hydroelectricity
- Reduces energy transmission loss
- Generated closer to consumers, avoiding the need of investment in transmission centers
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Japan has announced its plans to introduce E10 bending by 2030, as a strategy to decarbonize its transport sector.
News
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Brazil will adopt 30% anhydrous ethanol blend in gasoline. This move marks a bold step forward in the country’s energy transition strategy.
New Blog Post : “Towards Decarbonization of Liquid Fuel in Japan ” by Mr. Yoshihiko Omori
New blog post on our website, authored by Mr. Yoshiko Omori, Director at the Institute of Energy Economics, Japan (IEEJ).
