The purpose of this paper is to construct the abatement cost curve for the Greek Energy and Industry sectors. To achieve our goal we present and analyze the abatement options available in the sector of energy and in the industrial subsectors of petroleum and gas refinery, cement and iron and steel. Next, we estimate and present the costs and abatement potentials for each abatement option in each sector. We also present the cost-effective options for individual energy and industrial sources. Finally, the marginal abatement cost curve is constructed and the policy implications are discussed. Our analysis reveals a promising potential for pollution reduction and a wide range of cost-effective abatement options
International audienceFor industry, and especially for large energy consuming industries, energy pri...
The overall goal of this study is to consider technology and policy options for the reduction of car...
This study assesses the prospects for presently available abatement technologies to achieve signific...
The purpose of this paper is to construct the abatement cost curve for the Greek Energy and Industry...
As many other industries, the chemical industry has to strongly reduce its' carbon emissions, for wh...
This paper outlines a methodological framework for the economic evaluation of carbon dioxide (CO 2 )...
Most of scientific research on Greenhouse Gases (GHG) focuses on CO2 emissions. But non-CO2 gases (m...
Marginal Abatement Cost (MAC) curves rank emission abatement options according to their marginal imp...
In the current technical report, we consider for the Greek road transport various policies of emissi...
The study aims to identify appropriate methods that can help organisations to reduce energy use and ...
This paper seeks to share the experience of the Ultra Low CO2 Steelmaking programme (ULCOS) establis...
This paper explores cost-effective greenhouse gas abatement options for the European Union Member St...
CO2 cap-and-trade mechanisms and CO2 emission taxes are becoming increasingly widespread. To assess ...
This study summarizes the available information on the technical characteristics and costs of those ...
The cement industry is among the top three industrial energy consumers in Switzerland with a share o...
International audienceFor industry, and especially for large energy consuming industries, energy pri...
The overall goal of this study is to consider technology and policy options for the reduction of car...
This study assesses the prospects for presently available abatement technologies to achieve signific...
The purpose of this paper is to construct the abatement cost curve for the Greek Energy and Industry...
As many other industries, the chemical industry has to strongly reduce its' carbon emissions, for wh...
This paper outlines a methodological framework for the economic evaluation of carbon dioxide (CO 2 )...
Most of scientific research on Greenhouse Gases (GHG) focuses on CO2 emissions. But non-CO2 gases (m...
Marginal Abatement Cost (MAC) curves rank emission abatement options according to their marginal imp...
In the current technical report, we consider for the Greek road transport various policies of emissi...
The study aims to identify appropriate methods that can help organisations to reduce energy use and ...
This paper seeks to share the experience of the Ultra Low CO2 Steelmaking programme (ULCOS) establis...
This paper explores cost-effective greenhouse gas abatement options for the European Union Member St...
CO2 cap-and-trade mechanisms and CO2 emission taxes are becoming increasingly widespread. To assess ...
This study summarizes the available information on the technical characteristics and costs of those ...
The cement industry is among the top three industrial energy consumers in Switzerland with a share o...
International audienceFor industry, and especially for large energy consuming industries, energy pri...
The overall goal of this study is to consider technology and policy options for the reduction of car...
This study assesses the prospects for presently available abatement technologies to achieve signific...