This document summarizes characteristics of Brazil's energy sector including its large population, heavy reliance on hydroelectric power, and lower per capita energy consumption compared to OECD countries. It also describes biomass uses in Brazil, the rural electrification program, regional inequities in electricity consumption, and early government initiatives on climate change impacts. The document concludes with a case study on a biodiesel project in Amazonas state that aims to provide renewable energy to isolated communities and generate jobs through vegetable oil and soap production.
The Value and Power of Distributed Energy in MinnesotaJohn Farrell
How clean, local energy can help Minnesota achieve electricity self-reliance and maximize the state's economic benefits.
A presentation by John Farrell, director of the Energy Self-Reliant States and Communities program at the Institute for Local Self-Reliance to a forum hosted by Think Again MN on 9/27/11.
Presentation from the New Mexico Regional Energy Storage & Grid Integration Workshop: Energy Resilience in Northern New Mexico: Energy Storage Opportunities for Electric Cooperatives and Municipal Utilities in the Northeastern Region of New Mexico, presented by Andrew Rodke
THIS DOCUMENT DESCRIBES THE CHALLENGES ENCOUNTERED WHEN TRYING TO REPRESENTIVELY REPORT COST AND CARBON SAVINGS ACROSS GEOGRAPHICAL BOUNDARIES AND HOW NIGHTWATCHMAN 6 ADDRESSES THEM.
The Value and Power of Distributed Energy in MinnesotaJohn Farrell
How clean, local energy can help Minnesota achieve electricity self-reliance and maximize the state's economic benefits.
A presentation by John Farrell, director of the Energy Self-Reliant States and Communities program at the Institute for Local Self-Reliance to a forum hosted by Think Again MN on 9/27/11.
Presentation from the New Mexico Regional Energy Storage & Grid Integration Workshop: Energy Resilience in Northern New Mexico: Energy Storage Opportunities for Electric Cooperatives and Municipal Utilities in the Northeastern Region of New Mexico, presented by Andrew Rodke
THIS DOCUMENT DESCRIBES THE CHALLENGES ENCOUNTERED WHEN TRYING TO REPRESENTIVELY REPORT COST AND CARBON SAVINGS ACROSS GEOGRAPHICAL BOUNDARIES AND HOW NIGHTWATCHMAN 6 ADDRESSES THEM.
March 2012 - Michigan Energy Forum - Richard Vander VeenAnnArborSPARK
Wind farms are growing in many parts of Michigan as the price to generate electricity by turbines drops. Once the decision is made to move forward with wind, what happens next?
Join us as we discuss answers to the questions below:
· What are the steps followed to site a wind farm?
· How are the locations determined?
· How are the turbines selected?
· Who does the construction?
· How is financing handled?
· What are the long term maintenance issues?
Money to Burn: How to Capitalize on BioCNG at Your Wastewater PlantLPE Learning Center
Full proceedings at: http://www.extension.org/72850 Across the globe, units of government are struggling with the balance of deriving clean energy with economics and environmental protection. This struggle has led to the development of many renewable energy innovations and inventions, such as rapid improvement in the cost and efficiencies of photovoltaic solar (PV) systems and the development of large off-shore wind turbine systems. The challenges imposed on energy utilities associated with managing grid variability leads emphasis on the development of ‘baseload’ alternative energy systems, like bioenergy systems. We should recognize, however, that we have a bounty of organic wastes generated by society each day, and systems that are able to recycle these organic resources into energy are capable of more consistent energy generation, as compared to the intermittency of solar and wind. In this regard, such bioenergy systems hold promise for balancing our energy needs.
Predicazione di Gabriella Frye del 13 ottobre 2013 presso la chiesa Adonai di Napoli, Italia
Gabriella Frye's Sunday Message preached on the 13th October 2013 at Adonai Church, Naples, Italy
The Brazilian Association Biomass and Renewable Energy Industry with support from the Government of Brazil published this week the most important technical study on the Future of Biomass and Bioenergy, and Potential Waste of Forestry, Pulp, Wood, SugarCane,, Agroindustry, Energy and Agriculture ( Wood BioPellets Bagasse SugarCane).
March 2012 - Michigan Energy Forum - Richard Vander VeenAnnArborSPARK
Wind farms are growing in many parts of Michigan as the price to generate electricity by turbines drops. Once the decision is made to move forward with wind, what happens next?
Join us as we discuss answers to the questions below:
· What are the steps followed to site a wind farm?
· How are the locations determined?
· How are the turbines selected?
· Who does the construction?
· How is financing handled?
· What are the long term maintenance issues?
Money to Burn: How to Capitalize on BioCNG at Your Wastewater PlantLPE Learning Center
Full proceedings at: http://www.extension.org/72850 Across the globe, units of government are struggling with the balance of deriving clean energy with economics and environmental protection. This struggle has led to the development of many renewable energy innovations and inventions, such as rapid improvement in the cost and efficiencies of photovoltaic solar (PV) systems and the development of large off-shore wind turbine systems. The challenges imposed on energy utilities associated with managing grid variability leads emphasis on the development of ‘baseload’ alternative energy systems, like bioenergy systems. We should recognize, however, that we have a bounty of organic wastes generated by society each day, and systems that are able to recycle these organic resources into energy are capable of more consistent energy generation, as compared to the intermittency of solar and wind. In this regard, such bioenergy systems hold promise for balancing our energy needs.
Predicazione di Gabriella Frye del 13 ottobre 2013 presso la chiesa Adonai di Napoli, Italia
Gabriella Frye's Sunday Message preached on the 13th October 2013 at Adonai Church, Naples, Italy
The Brazilian Association Biomass and Renewable Energy Industry with support from the Government of Brazil published this week the most important technical study on the Future of Biomass and Bioenergy, and Potential Waste of Forestry, Pulp, Wood, SugarCane,, Agroindustry, Energy and Agriculture ( Wood BioPellets Bagasse SugarCane).
HOW THE GOVERNMENT OF BRAZIL CAN MAKE THE ENERGY SECTOR SUSTAINABLE.pdfFaga1939
This article aims to demonstrate how the government of Brazil can make the energy sector sustainable in order to collaborate in the fight against global warming and to bequeath the existing energy resources in the country to future generations. According to the International Energy Agency, oil, natural gas and coal are the energy sources most responsible for the emission of greenhouse gases in the atmosphere. In the world, the use and production of energy are responsible for 57% of the emission of greenhouse gases in the atmosphere. In Brazil, the energy sector is responsible for 21% of greenhouse gas emissions. The electricity sector in Brazil has 19.7% of energy sources based on fossil fuels (natural gas, petroleum derivatives and coal and derivatives) and 2.2% of energy sources based on nuclear power plants. In turn, Brazil's energy matrix as a whole has 53.3% of energy sources based on fossil fuels (oil and derivatives, natural gas and mineral coal) and 1.3% are energy sources based on nuclear power plants. For Brazil's energy sector to be sustainable, all these energy sources based on fossil fuels and nuclear power plants must be replaced by renewable energy sources (hydro, solar, wind, tidal, wave, biomass and hydrogen).
Presentation at the Ministry of Energy, Science & Technology and Public Utilities Private Sector Forum, Pelican Beach Resort, Dangriga Town, Stann Creek Belize, April 4, 2013
1. Country Case Study – Brazil
Milan, December 3rd 2003
Angela Oliveira da Costa
Christiano Pires de Campos
Maria Silvia Muylaert de Araujo
Rachel Martins Henriques
2. Brazilian Characteristics
Around 170 million inhabitants
73.4 GW of installed electric capacity (85%
hydro power)
2000 electricity consumption increased 58%
over 1990; installed capacity grew only 32 % in
the same period
Energy consumption:
– Brazil: 500 kWh/year.cap
– OECD: 8000 kWh/year.cap
3/18/2004 2
3. Biomass Use
Main Applications of Biomass in
Brazil
industrial
sector
residential use
energetic
sector
transport
Source: National Energy Balance, 2002 agriculture
3/18/2004 3
5. Electricity Consumption
Inequities
Regional Analysis of Electric Residential Consumption - 1999
Region Population Residential kWh/cap
(million) Consumption
(GWh)
North 12.4 3,604 290
North East 46.8 11,948 255
South East 70.8 47,283 668
South 24.7 12,667 513
Center West 11.4 5,828 511
Total Brazil 166.1 81,330 490
Source: National Energy Balance, Sinopsis 2000 and Almanaque Abril-Brasil, 2001
3/18/2004 5
6. Early Government Initiatives
aim at the Impacts,
Vulnerability and Adaptation to
Climate Change (2004)
Bio-diversity Water
Resources
Health
Agro Sector Forest
Sector
3/18/2004 6
7. Status of DRE Activities in
1990
Brazil
– Emphasis on the privatisation of the electrical sector
2002
– Law 10438 created PROINFA
Encourage renewable forms for electrical energy generation
Establish the universal service obligations of distribution
concessionaries
According to this law, Brazil energy matrix will include 3,300 MW
of renewable energy in 2 years
2003
– Law 10 438 Regulation
3/18/2004 7
8. Amazon Region
Amazonas State: North of Brazil
Population: 5 million people
Demographic density: 10 inh./km2
Annual rate of growth: more than 3.1%
Rural population: 30%
Gross Domestic Product: around 1.5 %
Human Development Indicator is between
0.7 and 0.8.
3/18/2004 8
9. Amazon Region
The electric energy grid is economically
unfeasible to attend the rural population.
Dependence of diesel fuel
- Electricity generation
- Transportation of the fuel
3/18/2004 9
10. Case Study: The Biodiesel
Project in Amazon
The Biodiesel Project:
– Boca do Acre and Pauini (below the poverty line)
– Communities are diesel dependents
– Biodiesel Project: An Energetic Alternative for Small
Isolated Communities in Boca do Acre and Pauini
– Biodiesel production from vegetal oils
(for energy purposes); and
– Medicinal glycerine soap production
(for exportation purposes)
3/18/2004 10
11. Case Study: The Biodiesel
Project in Amazon
The Biodiesel Project: clear goals for the
sustainable development and poverty
reduction.
It is renewable and regional, strengthening
the local economy with the vegetal oil
production and its benefit processing,
giving access to energy.
This project may generate many jobs.
3/18/2004 11
13. Case Study: The Biodiesel
Project in Amazon
Biodiesel Uses (No need to change the present technologies in the
electric energy generation of the region).
Transterification:
- Extractive activities;
- Plantation;
- Waste.
The basic condition for this project: areas capable of produce oil
trees.
In the Amazonas State it is recommended to use degraded areas to
implement an agro forest management.
A vegetal oil cooperative is being created to be the manager of the
project ⇒Transportation of the seeds to the oil plant, biodiesel plant
and soap plant ⇒ Manage the commercialization of the biodiesel and
the soaps.
3/18/2004 13
14. Sustainable Development
issues due to DRE
Income Generation;
Job Creation;
Displace the need for fossil fuels ⇒ Reduce
carbon emissions;
Diversify the electricity matrix ⇒ Reduce the
risk of system-wide supply deficits.
3/18/2004 14
15. Thank You
Obrigada
Grazie
Gracias
Danke Merci
Parakalo
Arigato Spassiva