Designing Effective National Programs to Improve Industrial Energy Efficiency
This guidance note, about Industrial energy efficiency is closely linked to the economic competitiveness of countries with significant manufacturing bases and to the energy security of countries that rely heavily on imported energy. For individual...
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World Bank, Washington, DC
2016
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| Online Access: | http://documents.worldbank.org/curated/en/2016/03/26066127/designing-effective-national-programs-improve-industrial-energy-efficiency http://hdl.handle.net/10986/23947 |
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okr-10986-239472021-05-25T10:54:43Z Designing Effective National Programs to Improve Industrial Energy Efficiency Liu, Feng Tromop, Robert WASTE EMPLOYMENT ENERGY EFFICIENCY INVESTMENTS ENERGY INTENSIVE BASES ECONOMIC GROWTH ALKALI OIL EQUIVALENT CARBON DIOXIDE ENERGY REDUCTION ALUMINUM CARBON BARRIERS TO ENERGY EFFICIENCY INTERNATIONAL ENERGY AGENCY EMISSIONS PORTFOLIO INVESTMENTS IN ENERGY INCENTIVES ELECTRIC MOTORS ENERGY AUDITS PRICE PEAK DEMAND INVESTMENT IN ENERGY EFFICIENCY AIR MARKET BARRIERS BOILERS CO2 EFFICIENCY IMPROVEMENTS IRON OIL EFFICIENCY GAINS ECONOMIC BENEFITS SUSTAINABLE ENERGY ACCESS TO FINANCING RAW MATERIALS CAPACITY ENERGY INTENSITY OPTIONS IMPROVING ENERGY EFFICIENCY FINANCIAL INSTITUTIONS MARKETS EFFICIENCY INVESTMENTS FINANCIAL PRODUCTS ENERGY USERS INVESTMENT OPPORTUNITIES WORLD ENERGY OUTLOOK ENERGY POLICY THERMAL POWER DEMAND-SIDE MANAGEMENT FINANCE INTERNATIONAL FINANCIAL INSTITUTIONS INVESTMENT DECISIONS MARKET ECONOMY ENERGY SAVINGS ENERGY CONSUMPTION ACCESS TO ENERGY CONSUMPTION ENERGY SECURITY EFFICIENT EQUIPMENT CHEMICALS HEAT POLICIES MEMBER STATES ENERGY EFFICIENCY IMPROVEMENTS CLIMATE CHANGE IPCC ELECTRICITY DEMAND MARKET FAILURES UTILITIES DEMAND FOR ENERGY VALUE PETROCHEMICALS POWER ELECTRICITY CEMENT CLIMATE ENERGY SERVICE GLOBAL ENVIRONMENTAL CONCERNS ENERGY EFFICIENCY FINANCE DEMAND WORLD ENERGY OIL REFINING ENERGY USE TRANSACTION COSTS ENVIRONMENT MARKET ENERGY EFFICIENCY PROGRAMS ENERGY PRICES INVESTMENTS IN ENERGY EFFICIENCY POLICY ENERGY EFFICIENCY ENERGY DEMAND ENERGY OUTLOOK HUMAN HEALTH ENERGY BILL ENERGY CONSERVATION INVESTMENT CONSERVATION FINANCIAL RISKS ENERGY MANAGEMENT SUPPLY FUEL FACILITIES BOTTOM LINE INVESTMENTS ENERGY SERVICE COMPANY FINANCIAL EXPERTISE EFFICIENCY POTENTIAL UTILITY PROGRAMS RATIONAL USE OF ENERGY RISK AVERSION IMPROVEMENTS IN ENERGY EFFICIENCY ENERGY COSTS CAPITAL COSTS COMPRESSED AIR FUEL COST PRICES ENERGY PRICE BENEFITS INDUSTRIAL EMISSIONS ENERGY This guidance note, about Industrial energy efficiency is closely linked to the economic competitiveness of countries with significant manufacturing bases and to the energy security of countries that rely heavily on imported energy. For individual enterprises, improving energy efficiency strengthens the bottom line, often reducing direct energy costs by 10 to 30 percent Industry accounts for approximately 30 percent of global final energy consumption and a similar share of carbon dioxide (CO2) emissions. Its total energy intensity could be reduced by about 25 percent by modernizing technology, particularly in developing countries. The main barriers to achieving broad energy efficiency gains are insufficient information; difficulty obtaining financing; and, in many developing countries, insufficient capacity for identifying, preparing, and delivering projects. A welldesigned national industrial energy efficiency program should include clear policy goals linked to tangible targets; a range of policy instruments to guide and encourage action; and measures to build implementation capacity and facilitate financing. The role of the government is to facilitate or even to mandate the removal of impediments to successful investment in energy efficiency. Carefully calibrated interventions can address local and global environmental concerns while generating social and economic benefits. Governments should take a leadership role by analyzing how energy drives productivity and how improvements in energy efficiency can increase the bottom line. Further information about this note can be seen here in : http://www.iipnetwork.org/IEE. 2016-03-15T16:05:52Z 2016-03-15T16:05:52Z 2016-03 Brief http://documents.worldbank.org/curated/en/2016/03/26066127/designing-effective-national-programs-improve-industrial-energy-efficiency http://hdl.handle.net/10986/23947 English en_US Live wire knowledge note series,no. 2016/55; Live Wire;2016/55 CC BY 3.0 IGO http://creativecommons.org/licenses/by/3.0/igo/ World Bank World Bank, Washington, DC Publications & Research Publications & Research :: Brief |
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Digital Repository |
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Foreign Institution |
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Digital Repositories |
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World Bank Open Knowledge Repository |
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World Bank |
| language |
English en_US |
| topic |
WASTE EMPLOYMENT ENERGY EFFICIENCY INVESTMENTS ENERGY INTENSIVE BASES ECONOMIC GROWTH ALKALI OIL EQUIVALENT CARBON DIOXIDE ENERGY REDUCTION ALUMINUM CARBON BARRIERS TO ENERGY EFFICIENCY INTERNATIONAL ENERGY AGENCY EMISSIONS PORTFOLIO INVESTMENTS IN ENERGY INCENTIVES ELECTRIC MOTORS ENERGY AUDITS PRICE PEAK DEMAND INVESTMENT IN ENERGY EFFICIENCY AIR MARKET BARRIERS BOILERS CO2 EFFICIENCY IMPROVEMENTS IRON OIL EFFICIENCY GAINS ECONOMIC BENEFITS SUSTAINABLE ENERGY ACCESS TO FINANCING RAW MATERIALS CAPACITY ENERGY INTENSITY OPTIONS IMPROVING ENERGY EFFICIENCY FINANCIAL INSTITUTIONS MARKETS EFFICIENCY INVESTMENTS FINANCIAL PRODUCTS ENERGY USERS INVESTMENT OPPORTUNITIES WORLD ENERGY OUTLOOK ENERGY POLICY THERMAL POWER DEMAND-SIDE MANAGEMENT FINANCE INTERNATIONAL FINANCIAL INSTITUTIONS INVESTMENT DECISIONS MARKET ECONOMY ENERGY SAVINGS ENERGY CONSUMPTION ACCESS TO ENERGY CONSUMPTION ENERGY SECURITY EFFICIENT EQUIPMENT CHEMICALS HEAT POLICIES MEMBER STATES ENERGY EFFICIENCY IMPROVEMENTS CLIMATE CHANGE IPCC ELECTRICITY DEMAND MARKET FAILURES UTILITIES DEMAND FOR ENERGY VALUE PETROCHEMICALS POWER ELECTRICITY CEMENT CLIMATE ENERGY SERVICE GLOBAL ENVIRONMENTAL CONCERNS ENERGY EFFICIENCY FINANCE DEMAND WORLD ENERGY OIL REFINING ENERGY USE TRANSACTION COSTS ENVIRONMENT MARKET ENERGY EFFICIENCY PROGRAMS ENERGY PRICES INVESTMENTS IN ENERGY EFFICIENCY POLICY ENERGY EFFICIENCY ENERGY DEMAND ENERGY OUTLOOK HUMAN HEALTH ENERGY BILL ENERGY CONSERVATION INVESTMENT CONSERVATION FINANCIAL RISKS ENERGY MANAGEMENT SUPPLY FUEL FACILITIES BOTTOM LINE INVESTMENTS ENERGY SERVICE COMPANY FINANCIAL EXPERTISE EFFICIENCY POTENTIAL UTILITY PROGRAMS RATIONAL USE OF ENERGY RISK AVERSION IMPROVEMENTS IN ENERGY EFFICIENCY ENERGY COSTS CAPITAL COSTS COMPRESSED AIR FUEL COST PRICES ENERGY PRICE BENEFITS INDUSTRIAL EMISSIONS ENERGY |
| spellingShingle |
WASTE EMPLOYMENT ENERGY EFFICIENCY INVESTMENTS ENERGY INTENSIVE BASES ECONOMIC GROWTH ALKALI OIL EQUIVALENT CARBON DIOXIDE ENERGY REDUCTION ALUMINUM CARBON BARRIERS TO ENERGY EFFICIENCY INTERNATIONAL ENERGY AGENCY EMISSIONS PORTFOLIO INVESTMENTS IN ENERGY INCENTIVES ELECTRIC MOTORS ENERGY AUDITS PRICE PEAK DEMAND INVESTMENT IN ENERGY EFFICIENCY AIR MARKET BARRIERS BOILERS CO2 EFFICIENCY IMPROVEMENTS IRON OIL EFFICIENCY GAINS ECONOMIC BENEFITS SUSTAINABLE ENERGY ACCESS TO FINANCING RAW MATERIALS CAPACITY ENERGY INTENSITY OPTIONS IMPROVING ENERGY EFFICIENCY FINANCIAL INSTITUTIONS MARKETS EFFICIENCY INVESTMENTS FINANCIAL PRODUCTS ENERGY USERS INVESTMENT OPPORTUNITIES WORLD ENERGY OUTLOOK ENERGY POLICY THERMAL POWER DEMAND-SIDE MANAGEMENT FINANCE INTERNATIONAL FINANCIAL INSTITUTIONS INVESTMENT DECISIONS MARKET ECONOMY ENERGY SAVINGS ENERGY CONSUMPTION ACCESS TO ENERGY CONSUMPTION ENERGY SECURITY EFFICIENT EQUIPMENT CHEMICALS HEAT POLICIES MEMBER STATES ENERGY EFFICIENCY IMPROVEMENTS CLIMATE CHANGE IPCC ELECTRICITY DEMAND MARKET FAILURES UTILITIES DEMAND FOR ENERGY VALUE PETROCHEMICALS POWER ELECTRICITY CEMENT CLIMATE ENERGY SERVICE GLOBAL ENVIRONMENTAL CONCERNS ENERGY EFFICIENCY FINANCE DEMAND WORLD ENERGY OIL REFINING ENERGY USE TRANSACTION COSTS ENVIRONMENT MARKET ENERGY EFFICIENCY PROGRAMS ENERGY PRICES INVESTMENTS IN ENERGY EFFICIENCY POLICY ENERGY EFFICIENCY ENERGY DEMAND ENERGY OUTLOOK HUMAN HEALTH ENERGY BILL ENERGY CONSERVATION INVESTMENT CONSERVATION FINANCIAL RISKS ENERGY MANAGEMENT SUPPLY FUEL FACILITIES BOTTOM LINE INVESTMENTS ENERGY SERVICE COMPANY FINANCIAL EXPERTISE EFFICIENCY POTENTIAL UTILITY PROGRAMS RATIONAL USE OF ENERGY RISK AVERSION IMPROVEMENTS IN ENERGY EFFICIENCY ENERGY COSTS CAPITAL COSTS COMPRESSED AIR FUEL COST PRICES ENERGY PRICE BENEFITS INDUSTRIAL EMISSIONS ENERGY Liu, Feng Tromop, Robert Designing Effective National Programs to Improve Industrial Energy Efficiency |
| relation |
Live wire knowledge note series,no. 2016/55; |
| description |
This guidance note, about Industrial
energy efficiency is closely linked to the economic
competitiveness of countries with significant manufacturing
bases and to the energy security of countries that rely
heavily on imported energy. For individual enterprises,
improving energy efficiency strengthens the bottom line,
often reducing direct energy costs by 10 to 30 percent
Industry accounts for approximately 30 percent of global
final energy consumption and a similar share of carbon
dioxide (CO2) emissions. Its total energy intensity could be
reduced by about 25 percent by modernizing technology,
particularly in developing countries. The main barriers to
achieving broad energy efficiency gains are insufficient
information; difficulty obtaining financing; and, in many
developing countries, insufficient capacity for identifying,
preparing, and delivering projects. A welldesigned national
industrial energy efficiency program should include clear
policy goals linked to tangible targets; a range of policy
instruments to guide and encourage action; and measures to
build implementation capacity and facilitate financing. The
role of the government is to facilitate or even to mandate
the removal of impediments to successful investment in
energy efficiency. Carefully calibrated interventions can
address local and global environmental concerns while
generating social and economic benefits. Governments should
take a leadership role by analyzing how energy drives
productivity and how improvements in energy efficiency can
increase the bottom line. Further information about this
note can be seen here in : http://www.iipnetwork.org/IEE. |
| format |
Brief |
| author |
Liu, Feng Tromop, Robert |
| author_facet |
Liu, Feng Tromop, Robert |
| author_sort |
Liu, Feng |
| title |
Designing Effective National Programs to Improve Industrial Energy Efficiency |
| title_short |
Designing Effective National Programs to Improve Industrial Energy Efficiency |
| title_full |
Designing Effective National Programs to Improve Industrial Energy Efficiency |
| title_fullStr |
Designing Effective National Programs to Improve Industrial Energy Efficiency |
| title_full_unstemmed |
Designing Effective National Programs to Improve Industrial Energy Efficiency |
| title_sort |
designing effective national programs to improve industrial energy efficiency |
| publisher |
World Bank, Washington, DC |
| publishDate |
2016 |
| url |
http://documents.worldbank.org/curated/en/2016/03/26066127/designing-effective-national-programs-improve-industrial-energy-efficiency http://hdl.handle.net/10986/23947 |
| _version_ |
1764455241189687296 |