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N° articles found in this search = 155
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Copyright © 2009 Massachusetts Institute of Technology, MIT Energy Initiative, PROFESSOR JOHN M. DEUTCH, DR. CHARLES W. FORSBERG, PROFESSOR ANDREW C. KADAK, PROFESSOR MUJID S. KAZIMI, PROFESSOR ERNEST J. MONIZ, DR. JOHN E. PARSONS
Energy (non-renewable)

MIT, nuclear power, CO2, emissions
Massachusetts Institute of Technology, MIT Energy Initiative
Carbon Emissions Markets

MIT, retrofit, coal-fired power, CO2 emissions
Massachusetts Institute of Technology, MIT Energy Initiative
Carbon Capture & Storage (CCS)

CO2 emission, mitigation, greenhouse gas emission, CCS
Copyright © 2009 Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

carbon dioxide, energy, efficiency, CO2
Copyright © 2008 Massachusetts Institute of Technology, MIT Energy Initiative
Solar

solar power, energy, solar, fuel
© 2008 Massachusetts Institute of Technology, MIT Energy Initiative, Anup Bandivadekar, Kristian Bodek, Lynette Cheah, Christopher Evans, Tiffany Groode, John Heywood, Emmanuel Kasseris, Matthew Kromer, Malcolm Weiss
Greenhouse Gas Emissions (GHG Emissions)

transportation, Petroleum, GHG emission, fuel, vehicles
© 2008 Massachusetts Institute of Technology, MIT Energy Initiative, Anup Bandivadekar, Kristian Bodek, Lynette Cheah, Christopher Evans, Tiffany Groode, John Heywood, Emmanuel Kasseris, Matthew Kromer, Malcolm Weiss
Greenhouse Gas Emissions (GHG Emissions)

transportation, Petroleum, GHG emission, fuel, vehicles
Copyright © 2008 Massachusetts Institute of Technology, MIT Energy Initiative
Energy (renewable)

energy, winter, nanoscale, vehicle
Massachusetts Institute of Technology, MIT Energy Initiative
Carbon Capture & Storage (CCS)

CO2 emission, CO2 capture and storage, CCS, CO2 storage
Massachusetts Institute of Technology, MIT Energy Initiative, Tiffany A. Groode, John B. Heywood
Energy (non-renewable)

ethanol, corn, greenhouse gas, corn, fuel
Copyright © 2007 Massachusetts Institute of Technology, MIT Energy Initiative
Carbon Emissions Markets

CO2 emission, coal, consumption, sequestration
Copyright © 2007 Massachusetts Institute of Technology, MIT Energy Initiative
Carbon Emissions Markets

CO2 emission, coal, consumption, sequestration
Massachusetts Institute of Technology, MIT Energy Initiative, Tiffany A. Groode, John B. Heywood
Carbon Capture & Storage (CCS)

CO2, CO2 capture, COE, IGCC
Massachusetts Institute of Technology, MIT Energy Initiative, Tiffany A. Groode, John B. Heywood
Sequestration

carbon, CO2, carbon sequestration, CCS
Massachusetts Institute of Technology, MIT Energy Initiative, Tiffany A. Groode, John B. Heywood
Carbon Emissions Markets

DOE, RD &D, CO2 emission, CCS
Massachusetts Institute of Technology, MIT Energy Initiative, Tiffany A. Groode, John B. Heywood
Energy (renewable)

coal, reserves, efficiency, energy
© 2006 Massachusetts Institute of Technology, MIT Energy Initiative
Geothermal Emissions

EGS, environment, geothermal
© 2006 Massachusetts Institute of Technology, MIT Energy Initiative
Geothermal Emissions

EGS, environment, geothermal, emissions
Massachusetts Institute of Technology, MIT Energy Initiative
Forest Conservation

EGS, Cooper Basin, reservoir
Massachusetts Institute of Technology, MIT Energy Initiative
Energy (renewable)

EGS, electricity, Thermal energy
Massachusetts Institute of Technology, MIT Energy Initiative
Energy (renewable)

EGS, energy, conversion
Massachusetts Institute of Technology, MIT Energy Initiative
Energy (non-renewable)

ethanol, energy, fuel, efficiency, emissions
Massachusetts Institute of Technology, MIT Energy Initiative
Energy (non-renewable)

MIT, oil, recovery
Massachusetts Institute of Technology, MIT Energy Initiative, L. Bromberg, D.R. Cohn, J.B. Heywood
Energy (renewable)

ethanol, gasoline, injection, efficiency
© 2006 Massachusetts Institute of Technology, MIT Energy Initiative, Michael Berlinski, Stephen Connors
Energy (renewable)

offshore, wind energy, onshore, emissions
Massachusetts Institute of Technology, MIT Energy Initiative, Michael Berlinski, Stephen Connors
Energy (renewable)

offshore, wind energy, onshore, emissions, wind speed
Massachusetts Institute of Technology, MIT Energy Initiative
Energy (renewable)

offshore, wind energy, onshore, emissions, wind speed
Massachusetts Institute of Technology, MIT Energy Initiative, Ram C. Sekar
Carbon Capture & Storage (CCS)

CO2, CO2 capture, COE, IGCC
Massachusetts Institute of Technology, MIT Energy Initiative, D.R. Cohn, L. Bromberg, J.B. Heywood
Carbon Emissions Markets

ethanol, biofuel, CO2 emissions, fuel
Massachusetts Institute of Technology, MIT Energy Initiative
Fugitive emissions from fuels

MIT, transportation, petroleum, vehicle, fuel cell
Massachusetts Institute of Technology, MIT Energy Initiative, Thomas E. Curry, David M. Reiner, Mark A. de Figueiredo, Howard J. Herzog
Carbon Capture & Storage (CCS)

CCS, carbon dioxide, climate change, mitigation
Massachusetts Institute of Technology, MIT Energy Initiative
Energy (renewable)

China, natural gas, fuel, rice
Massachusetts Institute of Technology, MIT Energy Initiative
Climate Protection

gasoline, pollution, Clean Air Act
Massachusetts Institute of Technology, MIT Energy Initiative, Tiffany A. Groode, John B. Heywood
Greenhouse Gas Emissions (GHG Emissions)

greenhouse gas emission, MIT, inventory
Massachusetts Institute of Technology, MIT Energy Initiative, John B. Heywood, Malcolm A. Weiss, Andreas Schafer, Stephane A. Bassene, Vinod K. Natarajan
Greenhouse Gas Emissions (GHG Emissions)

CO2 emission, greenhouse gas emissions, vehicles, MIT
Massachusetts Institute of Technology, MIT Energy Initiative
Climate Change

climate change, nuclear power, MIT, enrgy, environment
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

symposium, energy, environment, MIT
Massachusetts Institute of Technology, MIT Energy Initiative, Gemma Heddle, Howard Herzog & Michael Klett
Carbon Emissions Trading

CO2, O&M, emission, pipelines
Copyright © 2003 Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

Nuclear Power, Fuel Cycle, CO2
Copyright © 2003 Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

Nuclear Power, Fuel Cycle, CO2
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

Nuclear Power, Fuel Cycle, CO2, efficiency
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

Nuclear Power, Fuel Cycle, CO2, efficiency
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

Nuclear Power, Fuel Cycle, CO2, efficiency
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

Nuclear Power, Fuel Cycle, CO2, efficiency, uranium
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

energy, environment, AGS, fuel cells
© 2003 Massachusetts Institute of Technology, MIT Energy Initiative, Mark Anthony de Figueiredo
Sequestration

carbon dioxide, sequestration, CO2
© 2003 Massachusetts Institute of Technology, MIT Energy Initiative, Christine Bik-Kay Ng
Fuel Substitution

EPA, diesel, fuel
© 2003 Massachusetts Institute of Technology, MIT Energy Initiative, Omid K. Kassiri
Energy (renewable)

electricity, renewable energy, CDM
© 2003 Massachusetts Institute of Technology, MIT Energy Initiative, Gemma Aymonne Heddle
Wind Directive

carbon, sequestration, wind, PVC, environment
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Demand

China, power plant, energy, electricity
© 2003 Massachusetts Institute of Technology, MIT Energy Initiative, Mark Anthony de Figueiredo
Sequestration

carbon, sequestration, CO2 dumping'
Massachusetts Institute of Technology, MIT Energy Initiative
Fugitive emissions from fuels

vehicle, fuel, automobiles, gasoline
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

energy, environment, AGS, fuel cells
Massachusetts Institute of Technology, MIT Energy Initiative, Weiss, Malcolm A., Heywood, John B., Schafer,Andreas, Natarajan, Vinod K.
Fugitive emissions from fuels

fuel cell, life-cycle, consumption
Massachusetts Institute of Technology, MIT Energy Initiative
Climate Protection

MIT, Mexico, pollution, emissions
Massachusetts Institute of Technology, MIT Energy Initiative, Robert Slott
Kyoto Protocol

Kyoto, CO2, Non-CO2, emissions
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

energy, environment, AGS, MIT
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

airborne organics, spark ignited, engines
Massachusetts Institute of Technology, MIT Energy Initiative
Sequestration

carbon, sequestration, CO2, oil gas, emissions
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Demand

AGS, air quality, Mexico, China
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Demand

China, energy, MIT
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Demand

AGS, China, Guangzhou, Urban, sustainability
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

MIT, mobility, fuel, vehicles
Massachusetts Institute of Technology, MIT Energy Initiative
Climate Protection

air pollution, transport, vehicles
Massachusetts Institute of Technology, MIT Energy Initiative
Climate Change

LFEE, energy, environment, climate change
Massachusetts Institute of Technology, MIT Energy Initiative
Sequestration

P-STEP, carbon, sequestration, fossil fuel, environment
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

efficient, Demand Management, Electricity Markets, Load Serving Entity, Load Control
Massachusetts Institute of Technology, MIT Energy Initiative, Jagat Adhiya, Sallie W. Chisholm
Sequestration

CO2, sequestration, emission, GHG emission
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

MIT, Nuclear energy, environment, energy
Massachusetts Institute of Technology, MIT Energy Initiative, Poonsaeng Visudhiphan, Petter Skantze, Marija Ilic
Energy (renewable)

electricity, supply, investment
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Demand

electric power, price, price caps
Massachusetts Institute of Technology, MIT Energy Initiative, Ozge Nadia Gozum, Marija Ilic
Energy Demand

Power Transmission, Complex Systems, Reliability Analysis, Dynamic Programming, Stochastic Modeling
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Demand

AGS, China, CETP, sustainability
Massachusetts Institute of Technology, MIT Energy Initiative, Santosh Raikar, Marija Ilić
Energy Industry

transmission, electricity, market, California, ISO
Massachusetts Institute of Technology, MIT Energy Initiative, Santosh Raikar, Marija Ilić
EU Carbon Credits Mechanisms

transmission, congestion management, mechanism
Massachusetts Institute of Technology, MIT Energy Initiative, Yong Yoon, Marija Ilic
Energy Industry

Price-Cap, transmission, tariffs
Massachusetts Institute of Technology, MIT Energy Initiative, Yong Yoon, Marija Ilic
Energy Industry

transmission, infrastructures, ITC, TP
Massachusetts Institute of Technology, MIT Energy Initiative, Yong Yoon, Marija Ilic, Kenneth Collison
Energy Industry

transmission, tariff, market
Massachusetts Institute of Technology, MIT Energy Initiative, K. Charles Chalermkraivuth, Marija Ilic
Energy Industry

electric power, market, calculation
Massachusetts Institute of Technology, MIT Energy Initiative
Energy (renewable)

Summer Air, Symposium, Diesel, Air Pollution
Massachusetts Institute of Technology, MIT Energy Initiative, Jason W. Black, Marija Ilic
Energy Industry

AMR, electricity, cost, estimate
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

Diesel, Climate Change, Auto, Norway, energy
Massachusetts Institute of Technology, MIT Energy Initiative, Jose Arcé, Marija Ilic
Energy Industry

LOLP, reliability, short term
Massachusetts Institute of Technology, MIT Energy Initiative, Marija D. Ilic, José R. Arce, Yong T. Yoon, Elena M. Fumagalli
Energy Industry

electric power, reliability, LOLP, transmission
Massachusetts Institute of Technology, MIT Energy Initiative, Petter Skantze, Andrej Gubina, Marija Ilic
Energy Demand

electtricity, market, price
Massachusetts Institute of Technology, MIT Energy Initiative, Petter Skantze, Andrej Gubina, Marija Ilic
Energy Industry

electricity, price, market, model
Massachusetts Institute of Technology, MIT Energy Initiative, Petter Skantze, Marija Ilic
Energy Demand

electricity, market, LSE
Massachusetts Institute of Technology, MIT Energy Initiative, Petter Skantze, Poonsaeng Visudhiphan, Marija Ilic
Energy Demand

fuel, price, DP, electric
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Demand

energy, environment, MIT
Massachusetts Institute of Technology, MIT Energy Initiative, Malcolm A. Weiss, John B. Heywood, Elisabeth M. Drake, Andreas Schafer, Felix F. AuYeung
Energy Industry

life cycle, analysis, fuel, vehicles, emissions
Massachusetts Institute of Technology, MIT Energy Initiative
Kyoto Protocol

kyoto Protocol, fuel cells, energy
Massachusetts Institute of Technology, MIT Energy Initiative, Yong Yoon, Marija Ilic, Ken Collison, Jose Arce
Energy Industry

CMS, Transmission, congestion
Massachusetts Institute of Technology, MIT Energy Initiative, Yong Yoon, Ken Collison, Jose Arce, Marija D. Ilic
Energy Industry

CMS, Congestion, transmission, energy market, nodal pricing
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

diesels, chemical, combustion, fuels
Massachusetts Institute of Technology, MIT Energy Initiative, Tobias Muster
Fuel Substitution

US, fuels, heavy duty trucks, reductions
Massachusetts Institute of Technology, MIT Energy Initiative, Yong T. Yoon, Jose R. Arce, Ken K. Collison, Marija D. Ilic
Energy Industry

Transmission congestion, Nodal pricing, Zonal pricing, Congestion cluster pricing, Congestion
Distribution Factors (CDFs)
Massachusetts Institute of Technology, MIT Energy Initiative, Yong T. Yoon, Marija D. Ilic
Energy Industry

transmission, environment, electricity
Massachusetts Institute of Technology, MIT Energy Initiative, Yong T. Yoon
Energy Industry

electricity, market, hedging, mean variance, cost function
Massachusetts Institute of Technology, MIT Energy Initiative, Yong T. Yoon, Santosh G. Raikar, Marija D. Ilic
Energy Industry

MIT, congestion, large power
Massachusetts Institute of Technology, MIT Energy Initiative, Anuradha Saxena, Marija D. Ilic
Energy Efficiency

voltage, reactive power, monopolistic, transmission, energy
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

energy, environment, AGS, foresting
Massachusetts Institute of Technology, MIT Energy Initiative, Jefferson W. Tester
Energy Efficiency

energy, sustainable, Climate Change
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

Energy, Fuel, Vehicles
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

Mexico, Air Pollution, MIT
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

EPA, air toxic, symposium
Massachusetts Institute of Technology, MIT Energy Initiative
Carbon Emissions Trading

carbon dioxide, emission, CO2, trading, OECD
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

China, automobile, environment, green
Massachusetts Institute of Technology, MIT Energy Initiative, José Fernando Prada
Energy Demand

power, pricing, MIT, energy
Massachusetts Institute of Technology, MIT Energy Initiative, José Fernando Prada, Marija D. Ilic
Energy Efficiency

Operating reserve, spinning, power outages, energy, electric
Massachusetts Institute of Technology, MIT Energy Initiative
Carbon Finance

mechanical, materials, budget allocation
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

energy, environment, China, coal-fired
Massachusetts Institute of Technology, MIT Energy Initiative
Carbon Emissions Trading

electric, power emissions, Kyoto, CO2 emissions
Massachusetts Institute of Technology, MIT Energy Initiative, Jean Pierre Leotard
Energy Industry

transmission, power, industry
Massachusetts Institute of Technology, MIT Energy Initiative
Energy (renewable)

Pakistan, straw-based, MDI, heating, energy
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

energy, CEC, MIT, environment
Massachusetts Institute of Technology, MIT Energy Initiative
Energy (renewable)

coal-mining, nuclear power, plants
Massachusetts Institute of Technology, MIT Energy Initiative, Darian Unger, Howard Herzog
Industrial Gas Substitution

gas turbines, cycle power plant, natural gas, R&D
Massachusetts Institute of Technology, MIT Energy Initiative, Stephen R. Connors
Greenhouse Gas Emissions (GHG Emissions)

energy, economy, CO2 gas, GHG emissions
Massachusetts Institute of Technology, MIT Energy Initiative
Kyoto Protocol

AGS, Kyoto, consortium
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

aluminum, automobile, molten, solidification
Massachusetts Institute of Technology, MIT Energy Initiative, J. Cardell, M. Ilic, R. Tabors
Solar

small scale, market, power generating, turbines, photovoltaic
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

electric power, transmission, industry
Massachusetts Institute of Technology, MIT Energy Initiative
Carbon Emissions Markets

global warming, CO2, emissions
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

China, coal, cars, life-cycle
Massachusetts Institute of Technology, MIT Energy Initiative
Climate Protection

earthquake, California, Japan, peak ground
Massachusetts Institute of Technology, MIT Energy Initiative
Climate Change

sulfur dioxide, emission, climate change, SO2
Copyright © 2014 Massachusetts Institute of Technology, MIT Energy Initiative
Solar

bromine, battery, energy storage technology,
Copyright © 2013 Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

global carbon emissions, resource efficient, energy use, sustainability
© 2013 Massachusetts Institute of Technology, MIT Energy Initiative
Energy Distribution

Cyprus, natural gas development, technology, policy options
Massachusetts Institute of Technology, MIT Energy Initiative
Bio fuel Liquid Transportation

natural gas, biofuels, motor gasoline, LDV, bi-fuel vehicles
Copyright © 2013 Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

energy, efficient, carbon, emission
Copyright © 2013 Massachusetts Institute of Technology, MIT Energy Initiative, John Deutch, Edward Steinfeld
Solar

solar, energy, photovoltaic, PV
Copyright © 2012 Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

TE, efficiency, heat, thermal
Copyright © 2012 Massachusetts Institute of Technology, MIT Energy Initiative
Energy Efficiency

grid, wind power, energy
Massachusetts Institute of Technology, MIT Energy Initiative
Energy (renewable)

MIT, thermal, power plants, renewable
Massachusetts Institute of Technology, MIT Energy Initiative, Parisa Bastani, John B. Heywood, Chris Hope
Energy Efficiency

fuel, economy, GHG, MIT
Copyright © 2011 Massachusetts Institute of Technology, MIT Energy Initiative
Energy Distribution

transmission, electric grid, vehicles, energy, consumption
Copyright © 2011 Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

US, energy, CO2 emissions, solar cell
Massachusetts Institute of Technology, MIT Energy Initiative
Carbon Emissions Markets

US, natural gas, CO2 emissions, fuel, efficiency
Copyright © 2011 Massachusetts Institute of Technology, MIT Energy Initiative
Carbon Emissions Markets

US, natural gas, climate, infrastructure
Copyright © 2011 Massachusetts Institute of Technology, MIT Energy Initiative
Solar

photovoltaics, cell, efficient, PV, diode
Copyright © 2011 Massachusetts Institute of Technology, MIT Energy Initiative
Energy (non-renewable)

nuclear, fuel cycle, thorium, waste management
Copyright © 2010 Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

nanoscale, solar cell, carbon, energy, efficiency
Copyright © 2010 Massachusetts Institute of Technology, MIT Energy Initiative
Energy (non-renewable)

nuclear, fuel cycle, thorium, nuclear power
Massachusetts Institute of Technology, MIT Energy Initiative
Carbon Capture & Storage (CCS)

CO2 capture, CO2 emissions, CCS, CO2-EOR
Copyright © 2010 Massachusetts Institute of Technology, MIT Energy Initiative
Solar

photovoltaic, watts, energy, carbon
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Industry

CO2 emission, ECE, energy, mining
Massachusetts Institute of Technology, MIT Energy Initiative
Transport

electric, EV, vehicle, oil
© 2009 Massachusetts Institute of Technology, MIT Energy Initiative. John Heywood, Patricia Baptista, Irene Berry, Kandarp Bhatt, Lynette Cheah, Fernando de Sisternes, Valerie Karplus, David Keith, Michael Khusid, Donald MacKenzie, Jeff McAulay
Greenhouse Gas Emissions (GHG Emissions)

petroleum, GHG emission, US, vehicles, fuel
Copyright © 2009 Massachusetts Institute of Technology, MIT Energy Initiative
Bio Fuel Capture

CO2, capturing, CO, biofuels, vehicle
Massachusetts Institute of Technology, MIT Energy Initiative
Energy Distribution

electricity, natural gas, interdependency, United States
Jim McFarland, Howard Herzog, John Reilly, Henry Jacoby, Massachusetts Institute of Technology (MIT)
Carbon Capture & Storage (CCS)

climate change, carbon capture, sequestration technologies, atmospheric carbon, power generation technologies
Sean Biggs, Howard Herzog, John Reilly, Henry Jacoby, Massachusetts Institute of Technology (MIT)
Carbon Capture & Storage (CCS)

greenhouse gas emissions, sequestration technologies, gas, carbon, capture plant
Jim McFarland, Howard Herzog, John Reilly, Massachusetts Institute of Technology (MIT)
Carbon Capture & Storage (CCS)

greenhouse gas emissions, sequestration technologies, gas, carbon, coal gasification
© 2005 by the Massachusetts Institute of Technology, Jørgen Wettestad
EU Carbon Credits Trading

GHG, trading system, EU, ET, policy