NON-CONVENTIONAL ENERGY
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NON-CONVENTIONAL ENERGY

INTRODUCTION | RURAL ENERGY | SOLAR ENERGY | WIND ENERGY | BIOMASS POWER/COGENERATION | SMALL HYDRO POWER | POWER FROM WASTES | OTHER EMERGING TECHNOLOGIES


INTRODUCTION

India has developed one of the world’s largest programmes for renewable energy, covering the entire gamut of technologies including biogas, biomass, solar energy, wind energy, small hydro power, geothermal energy and other emerging technologies. A variety of renewable energy systems and products are now commercially available which are also economically viable.

The new and renewable energy technologies are making a great revolution mainly in isolated areas, where it is difficult to provide electrical energy through the national grid. The biogas technology, improved biomass stoves, biomass gasifers etc. have provided a new life style to villagers. Street lights and domestic lighting systems energised by Solar Photo Voltaic (SPV), pump sets powered by solar power, and biomass gasifers for power generation have given new hope to those living in isolated areas and small islands. The wind farms are feeding thousands of units of power everyday into the grid. A total power generating capacity of over 1300 MW has so far been added from renewable energy sources energy sources, which constitutes 1.5% of the total installed capacity in the country.

Estimated Potential for Renewable

 

Sources/Systems

Potential

Biogas Plants (Nos)

12 million

Improved Chulhas (Nos)

120 million

Biomass

19,500 MW

Solar Energy

20 MW/sq.km

Wind Energy

20,000 MW

Small Hydro power

10,000 MW

Ocean Thermal Energy

50,000 MW

Urban and Industrial Wastes

1,700 MW

Various policy and support measures initiated from time to time in the country have given a big boost to the spread of a number of renewable energy technologies. India is the only country in the world with an exclusive Ministry to deal with this sector. The Ministry of Non-Conventional Energy was created in 1992 as the nodal agency of the Government of India. Indian Renewable Energy Development Agency (IREDA) was established as the only agency of its kind in the world dedicated to promotion and financing of renewable energy projects.

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RURAL ENERGY

A major achievement has been in the area of cooking energy in rural areas with the establishment of 3 million family size biogas plants and 32 million improved wood stoves. India possesses the second largest numbers of biogas plants in the world. The biogas plants and improved wood stoves presently in use are resulting in a saving of over 13 million tonnes of fuelwood every year, besides producing 45 million tonnes of enriched organic manure.

To propagate large-scale use of biogas technologies, financial subsidy is provided for installation of biogas plants on a turnkey basis with free maintenance for first three years. Against a potential setting up of about 12 million biogas plants based on cattle dung, about 3 million plants have been set up, thus covering 25% of the potential. These programmes were initiated with the setting up of the National project on Biogas Development (NPBD) in 1981-82.

The National Programme on Improved Chulha (NPIC) launched in 1986-87, plans to replace traditional stoves with thermal efficient ones. The Programme aims at conservation of fuel, reduction of smoke in kitchens and check on deforestation. A total of 32 million thermal efficient Chulhas have been installed, covering about 27% of the estimated potential of 120 million households. These are expected to save 10 million tonne of fuel wood per annum.

India has the largest number of biomass gasifier systems in the world, producing 34 MW electricity. A biomass gasifier is a device which converts fuelwood and agricultural residues into a producer gas through thermo-chemical process. Fuelwood based biomass gasifier systems upto 500KW capacities have been developed indigenously and are manufactured in the country. Similarly technology for making biomass briquettes from agricultural residues and forest litter at both household and industrial levels has been developed.

Energy Park scheme under Special Area Demonstration Programme (SADP) helps to create awareness about the benefits of rural energy devices.

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SOLAR ENERGY

India receives solar energy equivalent to 5,000 trillion KWH/year (20 MW/sq.km per annum). There are 250-300 sunny days in most parts of the country. Research and development efforts to harness solar energy were initiated at the National Physical Laboratory in 1957.Today, India is the third largest producer of solar cells and modules in the world. Presently, solar energy is being utilised through two different routes – solar thermal and solar photovoltaic route.

Solar energy can be converted into thermal energy with the help of solar collectors and receivers. The solar thermal devices are being utilised for water heating, space heating, cooking, drying, water desalination, industrial process heat, refrigeration systems etc. Box type solar cookers are quite common in India. Over 4,87,000 box type solar cookers have been sold till date. Under the solar thermal power programme., a 140 MW integrated solar combined cycle power plant and 35 MW solar steam power generating system with a 105 MW conventional power system has been approved. Over 500,000 square meters of collector area has so far been installed ranging from domestic water heaters of 50-100 litre capacity in about 50,000 homes to industrial and commercial systems of upto 2,40,000 litres of hot water per day.

Solar Photovoltaic (SPV) Technology enables conversion of solar radiation into electricity through photovoltaic systems based on single crystal cells of silicon. Sagar Island in West Bengal, has become a solar island capable of meeting all energy needs from solar energy.. Large number of solar lanterns and solar pumps, aerogenerators, solar water pumps are operating in the country. A scheme has been launched to install SPV power projects of capacity 25 to 100 kW for two niche applications namely roof top systems on public building and distributed grid T&D support systems in remote rural areas.

Over 700,000 solar PV systems aggregating to about 57 MW are operational in the country, which makes this the largest such deployment in the world. They involve around 30 different types of systems for rural, remote area and commercial applications, including home and street lighting, water pumping and rural telecommunication systems. Solar lighting systems are now being used in 380,000 homes, contributing to substantial savings in kerosene. About 1,90,000 rural radio telephones are also being powered by solar energy.

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WIND ENERGY

Wind power has been recognised as one of the ‘crowning achievements’ of renewable energy in India. India has now become the fourth largest wind power user in the world with a accumulative capacity of 970 MW. According to the state of the world report 1998 brought out by the World Watch Institute, USA, India has been recognised as a new wind superpower. A number of wind energy estates have been established.

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BIOMASS POWER/COGENERATION

Biomass power/Cogeneration Programme aims at the optimum utilisation of a variety of biomass materials for power generation through the adoption of efficient and state-of-the-art conversion technologies. So far a total capacity of 222 MW biomass power generating systems have been installed in the country. Projects of capacity of 332 MW are under installation.

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SMALL HYDRO POWER

India has the potential to produce nearly 10,000 M.V.from small hydro power projects. So far 271 projects in 25 States, aggregating 217 MW have been completed and 131 projects in 22 States with 133.18 MW are under construction

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POWER FROM WASTES

It is estimated that there is a potential to generate 1000 MW of power from urban and commercial waste, and 700 MW from industrial wastes in the country. It has been estimated that, Every year about 27 million tonnes of solid waste and about 4400 million cum. of liquid waste are generated by municipal and urban sector in the country. Projects with an aggregate capacity of about 15 MW equivalent have been installed utilising wastes such as distillery effluent, black liquor, wastes from tanneries and abattoir houses.

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OTHER EMERGING TECHNOLOGIES

During the last few decades, several new technologies have been projected as the potential energy sources to meet the energy requirements of different sectors. These include energy from hydrogen and fuel cells, geo-thermal sources and ocean. Hydrogen energy has proven to be the most important power source for the future for meeting the emergency requirements of various sectors, including transport sector.

 

Non-Conventional Energy Scenario


 

 

Industry Sector Analysis [ISA]

ID: 114577

 Regions:  ANESA;Asia;South Asia;ADB

 Country:  India


 Industries:  Energy & Mining;Environmental Technologies


by: Savio Gonslaves
approver: Eric Hsu

Report Date: 08/27/2003
Expires: 
03/30/2005


INTERNATIONAL COPYRIGHT, U.S. & FOREIGN COMMERCIAL SERVICE AND U.S. DEPARTMENT OF STATE, 2004. ALL RIGHTS RESERVED OUTSIDE OF THE UNITED STATES.

 

This report provides in-depth information on India's non-conventional energy source (NES) sector. In addition, it will briefly discuss the strategies and guidelines that the Government of India (GOI) has adopted, to develop this sector.

A major indicator of national economic prosperity and industrial development is energy consumption. The per capita power consumption in
India is one of the lowest in the world. Current growth rates have raised demand for energy exponentially. Conventional energy sources form the bulwark of India's power system of which imported fossil fuels is a major component.

The scope for generating power and thermal applications using solar energy is huge. Only a fraction of the aggregate potential in renewable and in particularly solar energy is being used so far. The current focus in the renewable energy (RE) sector is to accelerate commercialization of various technologies. The Indian Ministry of Non-Conventional Energy Source (MNES) initiated the shift in 1992 when it announced a new strategy and action plan that emphasized financial soft loans to encourage enterprises.

Several renewable energy technologies (RET) such as wind solar thermal, solar photovoltaic (SPV) and small hydro projects (SHP) are now promoted on a commercial scale. Yet not much has been achieved due to inadequate focus and support from the government.

Today,
India has the largest decentralized solar energy program, the second largest biogass and improved stove programs and the fifth largest wind power program in the world. A substantial manufacturing base has been created in a variety of RETs, placing India in a position not only to export technologies but also to offer technical expertise to other countries.

The Indian renewable energy industry is not confined only to the organized sector. While the large sector dominates the manufacturing of solar cells, photovoltaic modules, wind turbines and other equipment, small scale and medium sectors cater to the rural requirement of energy devices like biogas plants, biomass briquettes, fuel wood based biomass gasifier systems, biogas burners, portable metallic cooking stoves, solar cookers and others.

 

I.               SUMMARY
 
This report provides in-depth information on
India's non-conventional energy source (NES) sector. In addition, it will briefly discuss the strategies and guidelines that the Government of India (GOI) has adopted, to develop this sector. 
 
A major indicator of national economic prosperity and industrial development is energy consumption. The per capita power consumption in
India is one of the lowest in the world. Current growth rates have raised demand for energy exponentially. Conventional energy sources form the bulwark of India's power system of which imported fossil fuels is a major component.
 
The scope for generating power and thermal applications using solar energy is huge. Only a fraction of the aggregate potential in renewable and in particularly solar energy is being used so far. The current focus in the renewable energy (RE) sector is to accelerate commercialization of various technologies. The Indian Ministry of Non-Conventional Energy Source (MNES) initiated the shift in 1992 when it announced a new strategy and action plan that emphasized financial soft loans to encourage enterprises.
 
Several renewable energy technologies (RET) such as wind solar thermal, solar photovoltaic (SPV) and small hydro projects (SHP) are now promoted on a commercial scale. Yet not much has been achieved due to inadequate focus and support from the government. 
 
Today,
India has the largest decentralized solar energy program, the second largest biogass and improved stove programs and the fifth largest wind power program in the world. A substantial manufacturing base has been created in a variety of RETs, placing India in a position not only to export technologies but also to offer technical expertise to other countries.
 
The Indian renewable energy industry is not confined only to the organized sector. While the large sector dominates the manufacturing of solar cells, photovoltaic modules, wind turbines and other equipment, small scale and medium sectors cater to the rural requirement of energy devices like biogas plants, biomass briquettes, fuel wood based biomass gasifier systems, biogas burners, portable metallic cooking stoves, solar cookers and others.
 
A.  MARKET HIGHLIGHTS AND BEST PROSPECTS:
 
MARKET PROFILE:
 
India has the world's largest program in renewable energy (RE) products and systems.  The Indian Ministry of Non-Conventional Energy Sources (MNES) formulates and implements the RE program across the country and the federal Indian Renewable Energy Development Agency (IREDA) provides finance for commercial programs.  The program covers all major RE source like solar thermal, solar photovoltaic (PV), biogas, biomass, wind, small hydro power, urban waste and other emerging technologies. 
 
The investment in RE is estimated to be about US billion.  Of the estimated potential of 100,000 MW from RE only about 3500 MW has been exploited to-date.  The federal government has set a medium scale goal of electrification of 18,000 remote villages and meeting 10% of the country's power supply through renewable energy by the year 2012. These targets are in addition to those fixed for other renewable energy devices or programmes
.
 
The manufacturing base for certain RE devices like solar cookers, solar water heaters, medium capacity gasifiers, biogas plants, etc. is fairly good in
India. Tremendous potential for high quality, sophisticated and high value products exist.  Processed raw material for solar cells, large capacity SPV modules, their film solar cells, SPV roof tiles, inverters, charge controllers, etc. have good market potential in India. 
 
On the solar thermal side, advanced solar water heaters (heat pipe, evacuated tube) roof integrated solar air heaters, solar concentrators for power generation (above 100 kW) and others are highly demanded in India.  The potential for stand-alone and grid interfaced wind power systems are expected to grow in the coming years to meet the targets.
 
Proven and cost effective technologies for producing power from the large amount of wastes generated and surplus biomass would be in demand to meet the increasing power needs and to manage the waste.
 
India offers multiple opportunities for investors in renewable energy technologies (RET). India has an advantage owing to the vast potential of its natural resources of sunny and windy areas besides significant quantities of biomass materials, urban and industrial wastes and small hydro resources.
 
Renewable resources have not yet been fully assessed or adequately tapped. The estimated renewable energy (RE) potential in
India and its current market size in some key sectors are:
 
 
 
 

Sources / Technology

Units*

Potential

Approx. Achieve-ments

Wind Power

MW  

45,000

1,617
 

Small Hydro Power(Up to 25 MW)

MW

15,000

1,423
 

Biomass Power
 

MW


 
19,500
 
 
 
 
 
 


358
 
 
 
 
 

Biomass Gasifiers

MW

16,000

51
 

Biomass Cogeneration

MW

3,500

381
 

Urban & industrial
Waste-based power

MW  

1,700

17
 

Solar Photovoltaics

MW/Sq KM

20

82 MW

Solar water heating

Million sq miles collector area

140

600,00 Sq km

Biogas plants

million

12  

3.3
 

Improved Biomass
Chulhas (cooking stoves)
 
 

million  

120 

34
 

           &n bsp; 
Note = MW - Mega Watt, M - Meter, Sq KM - Square Kilometer, Sq M - Square Meter
 
·        Source: MNES Annual report 2000-01 and 2001-02
 
India's total installed power generation capacity of 100,000 MW includes thermal, hydel, nuclear and renewable. The total installed capacity of power generated from renewable energy is about 3% of the total installed capacity of power generated from all sources. Of this wind power accounts for a major share. Unofficial sources at the Ministry of Non-Conventional Energy Source (MNES) estimate
India to spend USD 179 million by 2020 on power generation through the non-conventional means.
 
BEST SALES PROSPECTS:
 
Equipment used by the Non-Conventional Energy Sector (MNES) are listed below:
 
HS Code       Item
 
8412298075    Hydraulic Power Engines and motors
8413810020    Turbine pumps
8419190040    Solar water heaters
8441406030    Solar cells not assembled into modules
8483          Transmission shafts, bearings, gears
8483401000    Torque converters
8483407000    Speed changers
8502          &nbs p;                           &n bsp;            &nbs p; Electric generating sets and rotary converters
8502310000    generating sets, electric wind powered
8502400000    Electric rotary converters
8504409550    Rectifiers and rectifying apparatus
8541406020    Solar Cells assembled into modules
 
The best market potential for a foreign company operating in this sector is at present available in the wind energy sector.
 
Wind turbines are environment friendly alternatives to conventional power stations. Wind farms are regular power plants capable of competing on equal terms with conventional energy segment. A wind power project has a short installation period, and is a fast and local solution to the growing energy demand.
 
The returns on capital investment are almost immediate. The raw material is abundant. The power supply is continuous. Low operational and maintenance costs freeze the production costs in the long run. For the power consuming industry sector, wind energy is the sensible option, permanent solution and sure-fire insurance against inflation.
 
B.  COMPETITIVE SITUATION:
 
1.   Domestic Production:
 
The renewable energy industry is not confined to the large organized sector. There are a number of units in the small scale and medium sectors catering mainly to the requirements of rural energy devices like bio gas plants, biomass briquettes, fuel wood based biomass gasifier systems, biogas burners, portable metallic cooking stoves, solar cookers and other requirements.
 
Indian manufacturers of wind turbine equipment not only meet the local demand but also export. The annual production capacity of the domestic wind turbine industry is about 500 MW that may increase to 750 MW depending on domestic requirement. In addition to wind turbines of 1 MW size, blades and some components of wind turbine controller are also manufactured in
India.
 
A brief on activities connected to RE sector is mentioned below:
 
·              &n bsp;      Wind Power Industry:
Since the 1970s, Indian government has accorded priority status to wind power. It is the fastest growing electricity-generating technology in the world, having an annual power generating growth averaging around 25% in the past five years. During 2001-2002, the Ministry for Non-Conventional Energy Source (MNES) took initiatives for revitalizing the international cooperation in renewable energy in close coordination with:
 
·        State Renewable Energy Development Agencies (SREDA)
·        Research and Development (R&D) institutions
·        Industrial institutions
·        Indian Renewable Energy Development Agency (IREDA)
·        Other Central Ministries including the Department of Science and Technology (DST)
·        Ministry of Environment and Forest
·        Ministry of Commerce
·        Ministry of External Affairs
·        Department of Economics Affairs.
 
Initially, large-scale Indian companies in the corporate sector were keen to set up wind farms. In order to encourage small investor that were being squeezed out, the Ministry for Non-Conventional Energy Source (MNES) introduced a concept of joint sector "wind energy estates".
 
This was meant to reduce gestation period, provide infrastructure facilities and bring down the costs for these investors. Few equipment such as turbines, photovoltaic cells, and other equipments are imported, while many other equipments are locally available.
 
Well known companies are supplying and servicing wind turbines generators in the Indian market include Suzlon Energy limited and Asian Wind Turbines, Alstom Power India. Each of these companies has established its expertise in the Indian market.
 
Imports of Photovolataic and other equipment have reduced considerably since past two years.
Denmark, Germany and USA have been major suppliers.
 
·              &n bsp;      Solar Energy Industry:
More than 50 Indian companies manufacture solar flat plate collectors with BIS (Bureau of Indian Standards) specification. These manufacturers cover an estimated area of 70,000 Sq. M. (Square meters) collector area. There are many other units around
India who purchase collectors and assemble solar water heating systems. Most of these units have a well developed sales and service network through out India. As for solar cookers, there are around 30 units in small-scale sector manufacturing and supplying box solar cookers. Out of these, more than 10 companies manufacture these types of cookers with an electrical back up as per the BIS specifications.  In addition, there are manufacturers of dish cookers, indoor type community cookers. Companies manufacturing Solar cells and PV modules do exist in the Indian market. The production during 2001-02 of Solar cells increased from 14 MW to 19 MW while that of PV modules increased from 17 MW to 20 MW. 
 
·              &n bsp;      Small Hydro Industry:
The hydropower projects involve various types of items of civil works, electrical and electronic instruments and mechanical equipment.
India has a strong base of manufacturing facilities. At least ten Indian companies are well established in manufacturing, design and supply of the main equipment for small, hydel projects such as turbine, governor and generator. Most of these firms are either joint ventured or have tied up with international companies for transfer of the latest technologies developed in this sector.
 
·              &n bsp;      Bio mass Power Industry:
Six bio mass gasifier manufacturers continued their efforts to improve the various capacity gasifier systems for mechanical, electrical and thermal applications as a commercial product. Technological developments in the area of bio mass gasification have started to yield fruits through the establishment of manufacturing infrastructure. The state of the art technology and current manufacturing infrastructure has put the country in the forefront on global market as evidenced by the inquiries and demand for Indian gasification systems. The whole industry by itself has gone through an improvement process that has resulted in becoming extremely dependable in all fields of installation. Continuous uninterrupted operation of 800 - 1000 hours has also been achieved in some cases. This system installed in a wide spectrum of industries like ceramics, rice mills, cold storage, textile mills, tube manufacturing, abrasive manufacturing, carbon dioxide and other items.
 
2.          &nb sp;   3rd country imports:
 
India has not been successful in keeping pace in this sector, despite a high-demand and supply gap with respect to energy requirements and ample wind resource availability. Several international players such as GE Power Systems (GEPS) and Asian Wind Turbines Limited (AWTL) are active suppliers in
India. Asian Wind Turbines (AWT) a wholly owned subsidiary of NEG Micon Denmark has played a major role in the Indian market for wind turbines.
 
The company has changed its large capacity wind turbines in line with worldwide trends; and they have proved to be highly efficient as compared to small capacity turbines. In view of the growth potential, the company plans to introduce much larger wind turbines in the near future.  Over the last one and half year, it has supplied about 40 wind turbines with a rating of 750 KW each at six different Indian sites. Asian Wind Turbines concentrates more on turnkey solutions for major wind energy projects. It specializes in high capacity wind turbine gen-sets manufacturing and marketing the 600 to 750 KW ranges.
 
Alstom Power India (API) has created a niche for its boilers in the Indian market. Like other equipment suppliers, Alstom placed its bets on IPP projects. It got a good start by securing two major contracts: GVK Reddy promoted 235 MW combined cycle fast track project at Jegurupada and the ongoing ST-CMS 250 MW Neyveli Lignite project.
 
3.   U.S Market Position:
 
The
USA is the pioneer in this sector. Though exact figures are not available, American companies have a great opportunity to export solarphotovoltaic (SPV) systems. Local Indian companies do manufacture and supply solar cookers, lighting systems. However, American companies will find the market potential for the latest developed solar lanterns, solar home lighting systems, stand alone as well as street lighting systems.
 
A few American companies (mentioned below) have set up their bases in
India either directly or through joint ventures with Indian companies. To name a few:
 
Ø      SOLARWALL a New York based company has a joint venture with Kotak Urhja limited based at Bangalore in Southern India. The company manufactures solar air heaters for drying and room heating. further information on the company's activity is available at www.solarwall.com
 
Ø      NRG Systems, based at Hinesburg
USA is a leading supplier of wind monitoring and wind power system, control instruments to India.  For details on the company, visit www.nrgsystems.com
 
Ø      ALSTOM Power Conversion has many years of experience to provide sophisticated electrical engineering solutions in hundreds of wind turbines, from a few hundred KiloWatt (KW) up to the Mega Watt (MW) range. Alstom manufactures wind turbines up to 5 MW capacity For more information on the company's activities is available at: www.powerconv.alstom.com
 
Ø      Based at Pune in Maharashtra, Suzlon Energy limited is a joint venture between Sudwind a German company and Suzlon USA based at Houston.
 

Ø      SHELL Renewable India Private Limited.  Promoted by SHELL, this company located at Bangalore markets SPVs in India


Though a few American companies have made their presence in
India, Industry experts feel that the USA has played a minimum role in tapping opportunities in this sector.  There are projects for development that American companies should consider if they are keen to enter the Indian markets. 
 
C.    END USER ANALYSIS:
 
There are very few independent users of these resources. Most of the users are those that fall under various federal or state government-sponsored schemes to promote alternative energy sources. Hence, the main users would be the various state governments and the federal agencies engaged in developing renewable energy sources.
 
The Indian RE program is formulated and steered by the federal government's Ministry of Non-Conventional Energy Source. The targets set by the Ministry are achieved through its own efforts and through programs financed by the private and multinational organizations. Direct financial support and fiscal incentives are provided by the Ministry to achieve its goals. The ministry has set ambitious targets for the period 2002 to 2012.
 
Besides this, to assist MNES and to promote RE, each state government has its own state nodal agencies. Currently there are thirty-one state nodal agencies that are financially supported by MNES and their respective state governments. These agencies plan and implement RE programs relevant to their states. Besides MNES targets, states also have their individual targets that are region specific.
 
In order to provide adequate and exclusive finance for RE, the Government of India (GOI) has established the Indian Renewable Energy Development Agency (IREDA). This agency provides loans to procure, manufacture or establish enterprise in the RE field. In order to exhibit and make RE products easily available to consumer, MNES has helped establish 29 Aditya (SUN) shops in various part of the country. More such shops are being opened. Through these exclusive RE shops in prime commercial centers, manufacturers are able to exhibit and market their RE products.
 
Customers for various RE devices may be classified as follows:
 

RE devices

Potential customer

Solar PV
 
Ø      Portable light & home lights
 
Ø      Standalone power packs
 
Ø      Solar water pumps
 


 
Rural and urban households
 
 
Industries
 
Rural and urban farmers

Solar Thermal
 
Ø      Box cooker
 
Ø      Solar water pumps (small size)
 
 
Ø      Solar water heaters
 
 
 
Ø      Solar dryers
 
 
Ø      Grid interfaced power system
 


 
Urban and rural households
 
Urban and rural households
 
 
 
Industries, hotels (large size), hospitals, community housing and others
 
Medium scale industries farmers, traders and others
 
State electricity utilities large industrial houses and other large power consumers

Bio mass
 
Ø      Anaerobic fermentation
 
 
Ø      Bio gasification
 
 
Ø      Power from bio mass and waste
 


 
Farmers, industries, residential communities
 
Small and large scale
industries
 
State
electricity utilities, large industries

Wind energy
Ø      Water pumping wind mills
 
Ø      Stand alone power systems
 
 
Ø      Grid connected power systems


Farmers
 
Small rural communities and institutions
 
State Electricity utility,
large industries and other


D.  MARKET ACCESS:
 
Import Climate:
 
Several promotional incentives are available in various States in addition to the federal incentives of tax holiday, 100% accelerated depreciation, concession in custom duty and other incentives. The Indian income tax, import and excise duty regimes are also constantly being reviewed to allow induction, development and deployment of the latest technologies and to provide a healthy competition. MNES has issued guidelines to all states on the general policies and facilities to be offered for banking or purchase of power from such projects.
 
To encourage development of this sector, MNES has declared incentives as well as some exemptions from certain duties.
Renewable energy devices and systems exempted from excise duty are:
 
 
 
 
 

Flat plate solar collectors

Black, continuously-plated solar selective coating sheets (in cut length or in coils and fins and tubes)

Concentrating and pipe type solar collectors

Solar cookers

Solar water heaters and systems

Solar air heating  systems

Solar low pressure steam systems

Solar stills and desalination systems

Solar pumps based on solar thermal and Solar Photovoltaic conversion

Solar power generating systems

SPV modules and panels for water pumping and other applications

Solar crop dryers and systems

Wind operated electricity generators, their components and parts thereof

Water pumping windmills and aero-genertros and battery chargers

Biogas plants and biogas engines

Agricultural, forestry, agro-industrial, industrial, municipal and urban waste conversion devices producing energy

Equipment for utilizing ocean waves energy

Solar lantern

Ocean thermal energy conversion systems

Parts consumed within the factory of production of such parts for the manufacture of goods specified at SI nos 1-19 as above

Solar PV cells


 
In addition, MNES has constituted a high level consultative group that suggests measures to accelerate the development of wind power in
India. Their recommendations cover aspects relating to policy, fiscal and financial incentives, financing, technology development as well as developing local manufacturing bases.
 
Comments:  In view of the increasing pollution problems in the conventional energy sector and its high costs, increase in demand with supply constraints, the non-conventional energy sector has a lot of scope for development.
India's coastline has been favorable site for setting up of wind power generating units. Availability of in-land wastes, large quantity of cattle dung for recycling and various institutions willing to assist for setting up biogas plants and providing fuel for generating motive power and electricity.
 
India offers an excellent opportunity for US Industries to do business.  Fully owned companies, joint ventures, trading, technology transfer and others have good potential in India. For further information on this sector, interested American companies should visit the website: http://www.mnes.nic.in

 

For additional information regarding market research specific to your products and services, ask about our Flexible Market Research and Customized Market Analysis programs by contacting us at 1-800-USA-TRAD(E) or www.export.gov or www.buyusa.com. Both reports provide timely, customized, reliable answers to your inquiries about a market and its receptivity to your products and services.

To the best of our knowledge, the information contained in this report is accurate as of the date published. However, The Department of Commerce does not take responsibility for actions readers may take based on the information contained herein. Readers should always conduct their own due diligence before entering into business ventures or other commercial arrangements. The Department of Commerce can assist companies in these endeavors.

 

 

 

 

 

 

 


Philippines

The Philippines is important to world energy markets because it is a growing consumer of energy, particularly electric power, and a potential market for foreign energy firms. It also may become a significant producer of natural gas.

Note: Information contained in this report is the best available as of August 2003 and can change.

 

 

BACKGROUND

Under the leadership of President Gloria Macapagal-Arroyo, the Philippines has undertaken an economic transformation, deregulating its energy sector and offering new incentives for foreign investment.  President Macapagal-Arroyo, a trained economist, came into power when former President Joseph Estrada was forced to resign in 2001. But while a certain degree of success has been achieved, the country’s fiscal deficit and declining currency value are still problematic.

Real gross domestic product (GDP) grew by 4.4% in 2002.  This increase exceeded both Philippine and international expectations.  Much of the country's renewed economic vibrancy results from improved agricultural yields, as well as from an increase in domestic consumption brought about by reduced inflation, even though exports of consumer electronics have still been relatively weak. Real GDP growth for 2003 is projected at 3.7%.

U.S. troops have been invited into the Philippines to work with local armed forces on the Southern island of Basilan.  Basilan is home to the Abu Sayyaf, a violent Philippine rebel group.  As of mid-2003, approximately 2,000 American military personnel were stationed in the Philippines.

The Philippines is one of the claimants, along with China, Taiwan, Malaysia, and Vietnam, to the Spratly Islands, located in the South China Sea.  Potential oil and natural gas reserves surrounding the islands have sparked the interest of all the littoral states, though no exploratory drilling has been carried out due to the dispute.

OIL
The Philippines began 2001 producing an average of only 1,000 barrels per day (bbl/d) of crude oil. In 2002, however, crude oil production averaged 23,512 bbl/d.  This dramatic increase was due primarily to the development of new deep-sea oil deposits beneath the natural gas-bearing structures in the Malampaya field. The increased production volume is still modest, however, in relation to the country's needs. The
Philippines consumed 342,000 bbl/d on average in 2002, resulting in net oil imports of 318,488 bbl/d.
 
This dependence on imported oil makes the Philippine economy vulnerable to sudden spikes in world oil prices. Oil consumption is expected to increase by over 5% annually over the next several years as economic growth increases demand in most sectors.  Oil demand for power generation, however, is expected is declining sharply, as many aging oil-fired electric power plants are shut down or converted to burn natural gas.

Despite small proven oil reserves, the Philippines has enjoyed a recent wave of optimism amongst domestic and foreign drillers.  In October 2001, exploration underneath the Malampaya gas field  revealed an estimated 85 million barrels of oil condensate. Shell Philippines Exploration (SPEX) has committed about billion to the upstream components of the combined oil/natural gas project and currently operates the joint venture with partners Texaco Philippines and the Philippines National Oil Company. Production currently is around 25,000 bbl/d. In addition, six new offshore exploration projects have commenced in the Malampaya basin, led by Nido Petroleum, Philippines National Oil Company Exploration Corp., Trans-Asia Oil, Unocal Corp., and Philodril. Also, Trans-Asia has conducted exploratory drilling at the San Isidro well in the East Visayan Basin. The Philippine government issued a solicitation for bids in early August 2003 under a new licensing system, the First Petroleum Public Contract Round (PCR-1), covering 46 additional exploration blocks. The closing date is March 2, 2004. PCR-1 replaces the old system of negotiations with individual companies.

Refining & Downstream
The Philippines' downstream oil industry is dominated by three companies: Petron; Pilipinas Shell (Royal Dutch/Shell's Philippine subsidiary); and Caltex (
Philippines). Petron is the Philippines' largest oil refining and marketing company. The company was a wholly owned subsidiary of the state-owned Philippine National Oil Company (PNOC) until 1994.  Currently, the Philippine government and Saudi Aramco each own 40% of the company, with the remaining 20% held by portfolio and institutional investors, making it the only publicly listed firm amongst the three oil majors.  Petron's Limay, Bataan refinery has a crude processing capacity of 180,000 bbl/d. Petron's market share as of mid-2003 is around 39%. Caltex (Philippines), a subsidiary of Caltex, the Texaco-Chevron joint venture based in Singapore, operates a 86,500-bbl/d refinery, two import terminals, and more than 1,000 retail gasoline stations throughout the Philippines. Pilipinas Shell has a 153,000-bbl/d refinery, one of the largest foreign investments in the Philippines, and operates some 1,000 Shell gasoline stations. Overall, Philippine refineries run at around 80% of capacity, and there is not a great deal of demand for new refinery construction.  

Oil market deregulation, beginning in 1998, continues to have a significant effect on the industry.  Since deregulation started, 62 new firms, including TotalfinaElf, Flying V, SeaOil (Philippines), Eastern Petroleum, Trans-Asia Energy and Unioil Petroleum Philippines Inc., have invested heavily and built several hundred new retail stations.  While the three original companies still dominate the market, these firms have captured a steadily growing share of the petroleum products market, rising from around 10% in 2000 to 17% by mid-2003. These new entrants have organized the "New Players Petroleum Association of the Philippines" (NPPAP), and have been credited with putting significant downward pressure on retail fuel prices in the country.  Currently, the Philippines enjoys the lowest fuel prices of any non oil-exporting Asian country. However, price swings associated with deregulation and higher world oil prices  have angered many Filipinos. Despite recurring public calls for price controls, the government has remained committed to deregulation .  In December 1999, the Supreme Court upheld the constitutionality of the country's deregulation program.

NATURAL GAS
The Philippines has 3.8 trillion cubic feet (Tcf) of proven natural gas reserves, but had no significant production until late 2001. While in the past the country's natural gas sector has not been developed extensively, the government has made expanding gas use a priority, particularly for electric power generation, in an effort to cut oil import expenses.

The impetus for the dramatic change in the country's natural gas sector is the Malampaya offshore field. Malampaya is the largest natural gas development project in Philippine history, and one of the largest-ever foreign investments in the country.  Shell Philippines Exploration (SPEX, operator, with a 45% stake), Texaco (45%), and the PNOC (10%) have come together to form the .5 billion Malampaya Deepwater Gas-to-Power Project.  The Malampaya field is located in the South China Sea, off the northern island of Palawan, and contains an estimated 2.6 Tcf of natural gas.  A 312-mile (504-kilometer) pipeline links the field to three power plants in Batangas. The pipeline is among the longest deep-water pipelines in the world, with half of its length more than 600 feet deep. With completion of the sub-sea pipeline and conversion of the first of three power stations, (San Rita, operated by British Gas and Philippines 1st Gas Corp.), the Malampaya project was officially inaugurated on October 16, 2001. Natural gas from Malampaya eventually will fuel three power plants with a combined 2,700-megawatt (MW) capacity for the next twenty years and will displace 26 million barrels of fuel oil, according to the Philippine government.  The BG/Philippines 1st Gas Corporation partnership has announced that it expects to have a second station, the San Lorenzo facility, converted for natural gas use by 2003.  The government has publicly considered selling its10% share in the Malampaya project to the public; however no date has yet been set for the IPO.

A million expansion pipeline from Batangas to Metro Manila ("Bat-Man") has been considered by numerous investors including PNOC, Shell, Brunei's Mashor Group, First Gas, and Sumitomo.  This pipeline would supply gas to additional power plants as well as the industrial and commercial sectors. Negotiations on the financial aspects of the project are ongoing, and construction is expected to begin in 2004, with the pipeline commencing operation in 2006.

Exploration continues is other parts of the country, but no major discoveries have been reported. Three small natural gas fields were closed down in 2001.   Fields in the Tukankuden and the Cotabato Basin were shut down due to security problems, while another field in Victoria, Tarlac, was closed because the natural gas discovered was too saturated with water for commercial production.   

The Philippine government is developing a policy framework for the emerging natural gas industry that foresees the government's role as that of facilitator while attempting to ensure competition. Domestic development is to be encouraged, but competition from imported gas also is to be allowed. Gas supply to wholesale markets will have market-set prices, while prices for captive markets and small consumers will be regulated.

Liquefied natural gas (LNG) has begun to receive added attention as a potential source of natural gas supplies. PNOC has been considering the construction of an LNG regasification terminal in Bataan, which would serve the Manila area. A letter of intent has been signed for natural gas imports into the Philippines from BP's Tangguh LNG project in Indonesia.

COAL
Development of new natural gas projects in the Philippines has come largely at the expense of the country's struggling coal industry.  PNOC's coal mining subsidiary produced 1.5 million short tons of coal in 2001.  While coal is a declining share of the Philippines fuel mix, there are still new small coal mines under development, mainly on the southern island of Mindanao. The country has decided to restructure the use of its 366 million short tons of estimated coal reserves, which is mostly low-rank lignite, for processing in smaller "clean coal" plants, for eventual end-use as household fuel, and briqueting.

The Philippines consumed 9.3 million short tons of coal in 2001, 7.8 million short tons of which were imported.  Indonesia, China, and Australia are major exporters of coal to the Philippines.

World Trade Organization (WTO) regulations require that the Philippines lift import restrictions on coal. Since the 1970s, when the National Coal Authority was created, Philippine coal importers have been required to obtain a government certificate of compliance before importing coal, allowing the authorities to force importers to buy domestic coal each time they purchased coal from abroad. President Macapagal Arroyo has committed to honoring the international coal supply contracts approved by the previous government.

ELECTRICITY
Energy production in the
Philippines is concentrated in the electricity sector. Geothermal power accounts for the country's largest share of indigenous energy production, followed by hydropower, natural gas, coal, and oil. The Philippine government has made shifting from reliance on imported oil a major goal, and is pushing the current boom in natural gas-fired electricity development.

The most significant event in the Philippine energy industry in recent years was the Power Industry Reform Act (PIRA) of 2001. After seven years of congressional debate and litigation, the Act came into force on June 26, 2001.  The act has three main objectives: 1) to develop indigenous resources; 2) to cut the high cost of electric power in the Philippines; and 3) to encourage foreign investment.  Passage of the Act set into motion the deregulation of the power industry and the breakup and eventual privatization of state-owned enterprises.

PIRA required the state-owned utility National Power Corporation (Napocor) to break up its vertically integrated assets into smaller sub-sectors such as generation, transmission, distribution and supply in order to prepare for eventual privatization.   The result will be a system in which privatized generators would sell directly to private distribution companies. Working with consultants from the law firm of Hunton and Williams (U.S.), the government has designated two new entities designed solely for the eventual privatization of state assets.  These two concerns, Transco and PSALMcorp, will entail the state's high voltage transmission infrastructure, and power plants, respectively.  The government also will sell off its share of Meralco, a vital distribution utility on the island of Luzon that serves Manila and the immediate surrounding area by buying power from various Independent Power Producers (IPPs).

Napocor will need to transfer its existing power purchase obligations to private distributors, and also to renegotiate high-priced contracts. The cost savings lie in the fact that private distributors will likely be unwilling to enter into agreements that are above market rates. There are other financial incentives for the government as well. Napocor's huge debt and billion in power purchase agreements are unsustainable, and the government must already contribute million per year to keep Napocor afloat.

In order to make the sale of Napocor more attractive to investors, the government has absorbed a significant amount of Napocor's debt.  In addition, the billion in power purchase agreements with IPPs also will be sold off. The transmission system is to be transferred to an independent company, Transco, which is to be privatized. According to deregulation laws, no single potential buyer will be allowed to own more than 30% of the Philippines' generating assets. Privatization of Transco has been delayed, though, due to the fact that only one offer was received during the first two rounds of bidding. It is possible that the Philippine government will pursue negotiated contract with Singapore Power, the lone bidder.

Electricity demand in the Philippines  is expected to grow by around 9% per year through the end of the decade, necessitating as much as 10,000 MW of new installed electric capacity. Current contracts will provide about half of that amount, with the remainder expected to be filled once the market deregulates. Medium-term increases in power demand are to be satisfied largely by the three gas-fired plants (Ilijan, Santa Rita, and San Lorenzo) that will be linked to the Malampaya natural gas field. The Korea Electric Power Corporation (KEPCO) began commercial operation of the 1,200-MW Ilijan plant in June 2002. KEPCO will run the plant under a build-operate-transfer scheme for 20 years, after which ownership will revert to Napocor. Minority stakeholders in the plant are Southern Energy of the United States (20%) plus Mitsubishi (21%) and Kyushu Power (8%) of Japan. First Gas Power completed its 1,020-MW plant at Santa Rita in August 2000, and it switched to natural gas as a fuel in January 2002.

There are two new projects in Luzon. The CE Casecnan Water and Energy Company (a subsidiary of California Energy International) is constructing a multipurpose irrigation and 150-MW hydroelectric facility.  Also, the Washington Group completed the 350-MW San Roque multipurpose hydro project, which began commercial operation in May 2003.   

Mirant is the Philippines' largest IPP, operating five power plants in the country. Mirant's coal-fired Sual plant began commercial operation in late 1999. The 1,218-MW plant is located about 130 miles north of Manila, and is the nation's largest and lowest-cost electricity producer. Napocor is the sole purchaser of power from Sual.

Several power-generating facilities also are under extensive rehabilitation. The 100-MW Binga hydroelectric plant in Itogon, Benguet has been under renovation since 1993 following damage from a 1990 earthquake. After years of delays, it resumed operation in July 2002. A larger project is the million contract with Argentine firm IMPSA (Industrias Metalurgicas Pescarmona Sociedad Anonima ) to rehabilitate and operate the 750-MW Caliray-Botocan-Kalayaan (CBK) power complex in Laguna, south of Manila. The CBK complex is the grid regulator in Luzon, and as such is able to transmit power to other plants on the grid in the event of breakdowns. IMPSA, in conjunction with new partner Edison Mission Energy of the United States, was able to get a performance undertaking guarantee despite Napocor's and some government officials' objections, facilitating long-delayed financing of the project.

The Philippines, due to its geography, has problems linking all of its larger islands together into one grid and ensuring availability of electric power in rural areas. The government has set a target date of 2006 for electrification of all these villages, and also is taking steps to link together the country's three major power grids (Luzon, Visayas, and Mindanao). Where it is not economical to link small islands' grids into the national grid, separate local systems are being established around small generating plants.

Renewables
The Philippines is the world's second largest producer of geothermal power, with an available capacity of 1,931 MW, according to the Philippine government.  The government would like to add another 990 MW, bringing capacity to 2,921MW, and exceeding the
U.S. capacity of 2,775 MW.  Geothermal power currently makes up around 16% of the Philippines' installed power generation capacity, most of which has been developed by the PNOC - Energy Development Corporation (PNOC-EDC). Privatization of PNOC-EDC is planned, though as with other generation assets, the process has progressed much slower than originally planned. Kyushu Electric company is in a joint venture with PNOC-EDC to develop a 40-MW geothermal plant in Sorsogon, Albay province, and Marubeni of Japan has expressed its intent to build the 100-MW Cabalian geothermal plant in Leyte.  California Energy's Philippine unit is working with PNOC to develop three new geothermal power plants in Leyte, producing a total of 540 MW of electricity.  Plans are underway to develop nine new facilities in Luzon, ranging from 20 MW to 120 MW, that will eventually bring a total of  440 MW of geothermal energy to the grid.  By 2005, the new 40-MW Mambucal and 40-MW Rangas power stations in Dauan, Negros Oriental are expected to come online. Financing for the projects was secured from the Development Bank of the Philippines (DBP) in June 2003. 

Besides geothermal, the Philippines also is exploring the use of other renewables for electricity generation, particularly in the country's unelectrified villages. In March 2001, the Philippine and Spanish governments, in conjunction with BP, agreed to a million contract to bring solar power to 150 villages.  BP and the government of Australia also have partnered with the Philippines to supply solar power to rural villages, bringing 1,145 solar-powered systems to 52 new municipalities.

The Philippines appears to have a strong potential for wind generation.  The United States Department of Energy wind mapping survey estimates that wind resources in the Philippines have a power generation potential of as much as 70,000 MW, seven times the country's current power demand. The 40-MW, PNOC-EDC, Northern Luzon project in Ilocos Norte began operation in late 2002. A contract for a second, 40-MW phase of the project was signed with Aboitiz Power in March 2003.

Sources for this report include: AFX News Limited; Asia Pulse; Business Wire; Business World; Coal Week International; CIA World Factbook; Dow Jones News Wire service; Economist Intelligence Unit Ltd.; Electric Utility Week; Financial Times; Global Insight Asia Economic Outlook; Oil and Gas Journal; Manila Standard; Philippine Daily Inquirer; Platts International Coal Report; Project Finance; U.S. Energy Information Administration.

COUNTRY OVERVIEW
President: Gloria Macapagal-Arroyo (sworn in January 20, 2001 after resignation of Joseph Estrada; next election May 2004)
Independence: July 4, 1946 (from United States)
Population (2003E): 84.6 million
Location/Size: Southeast Asia/115,830 sq. mi. (slightly larger than Arizona)
Major Cities: Manila (capital), Quezon City, Cebu, Davao
Languages: Pilipino (official; based on Tagalog), English (official)
Ethnic Groups: Christian Malay (91.5%), Muslim Malay (4%), Chinese (1.5%), other (3%)
Religions: Roman Catholic (83%), Protestant (9%), Muslim (5%), Buddhist and other (3%)
Defense (8/98): Army (74,500), Navy (25,900), Air Force (17,400), Reserves (131,000)

ECONOMIC OVERVIEW
Finance Secretary: Jose Camacho
Currency: Philippine peso
Market Exchange Rate (8/18/03): $1 = 55.15 pesos
Gross Domestic Product (GDP, 2002E): .0 billion  
Real GDP Growth Rate (2002E): 4.4% (2003E): 3.7%
Inflation Rate (consumer prices, 2002E): 4.9%  (2002F) 4.9%
Current Account Balance (2002E): .2 billion
Major Trading Partners: United States, Japan, EU, Singapore, Hong Kong
Merchandise Exports (2002E): .2 billion
Merchandise Imports (2002E): .4 billion
Major Export Products: Electronic equipment, machinery, garments, coconut oil
Major Import Products: Machinery and equipment, fuel products, textile yarns, chemicals
Total External Debt (2002E): .7 billion 

ENERGY OVERVIEW
Secretary of Energy: Vicente Perez
Proven Oil Reserves (1/1/03E): 178 million barrels (Oil and Gas Journal)
Oil Production (2002E): 23,512 bbl/d
Oil Consumption (2002E): 342,000 bbl/d
Net Oil Imports (2002E): 318,488 bbl/d   
Crude Oil Refining Capacity (1/01/03E)
: 419,500 bbl/d
Natural Gas Reserves (1/1/03E): 3.772 trillion cubic feet  
Natural Gas Production and Consumption: (2001E):
353 million cubic feet (negligible)
Recoverable Coal Reserves (2001E): 366 million short tons
Coal Production (2001E): 1.5 million short tons
Coal Consumption (2001E): 9.3 million short tons    
Electric Generation Capacity (2001E): 13 gigawatts (GW)
Electricity Generation (2001E): 45.2 billion kilowatthours (bkwh)  (55.4% thermal, 17.5% hydro, and 27.0% geothermal)
Electricity Consumption (2001E): 42.0 bkwh 

ENVIRONMENTAL OVERVIEW
Secretary of Environment & Natural Resources: Heherson Alvarez
Total Energy Consumption (2001E): 1.25 quadrillion Btu* (0.3% of world total energy consumption)
Energy-Related Carbon Emissions (2001E): 18.6  million metric tons of carbon (0.3% of world total energy-related carbon emissions)
Per Capita Energy Consumption (2001E): 16.3 million Btu (vs. U.S. value of 341.8 million Btu)
Per Capita Carbon Emissions (2001E): 0.2 metric tons of carbon (vs. U.S. value of 5.5 metric tons of carbon)
Energy Intensity (2001E): 13,748 Btu/ (vs U.S. value of 10,736 Btu/)**
Carbon Intensity (2001E): 0.20 metric tons of carbon/thousand (vs U.S. value of 0.17 metric tons/thousand )**
Fuel Share of Energy Consumption (2001E): Oil (56.8%), Coal (16.3%), Natural Gas (0.03%)
Fuel Share of Carbon Emissions (2001E): Oil (72.6%), Coal (27.4%), Natural Gas (0.03%)
Renewable Energy Consumption (2001E): 0.25 quadrillion Btu*
Status in Climate Change Negotiations: Non-Annex I country under the United Nations Framework Convention on Climate Change (ratified August 2nd, 1994). Signatory to the Kyoto Protocol (signed
April 15th, 1998).
Major Environmental Issues: Uncontrolled deforestation in watershed areas; soil erosion; air and water pollution in
Manila; increasing pollution of coastal mangrove swamps which are important fish breeding grounds.
Major International Environmental Agreements: A party to Conventions on Biodiversity, Climate Change, Endangered Species, Hazardous Wastes, Law of the Sea, Marine Dumping, Nuclear Test Ban, Ozone Layer Protection, Tropical Timber 83, Tropical Timber 94, Wetlands and Whaling.  Has signed, but not ratified, Desertification.

* The total energy consumption statistic includes petroleum, dry natural gas, coal, net hydro, nuclear, geothermal, solar and wind electric power. The renewable energy consumption statistic is based on EIA data and includes geothermal, solar, wind, wood and waste electric power consumption.. Sectoral shares of energy consumption and carbon emissions are also based on IEA data.
**GDP based on EIA International Energy Annual 2001

OIL AND GAS INDUSTRIES
Organization: The Philippine National Oil Company (PNOC) is the country's state-owned energy company responsible for oil and development of local energy resources. Petron, privatized in 1994, is considered to be the country's largest oil refining company, with Shell and Caltex also significant. National Power Corporation (NPC) is the state-owned electric company.
Major Foreign Energy Company Involvement: Caltex, Royal-Dutch Shell, Petroleum Authority of Thailand, TotalFinaElf
Major Natural Gas Fields: Malampaya-Camago
Major Oil Refineries (capacity - bbl/d): Petron -- Limay,
Bataan (180,000 bbl/d); Pilipinas Shell -- Tabangao (153,000) bbl/d); Caltex -- Batangas (86,500 bbl/d)


LINKS

For more information from EIA on the Philippines, please see:
EIA - Country Information on the Philippines
Philippines - U.S. Energy Data Exchange Home Page  

Links to other U.S. and state government sites:
CIA World Factbook - Philippines
U.S. Department of Energy's Office of Fossil Energy's International section - Philippines
U.S. State Department's Consular Information Sheet - Philippines
U.S. State Department's Country Commercial Guide - Philippines
U.S. State Department Background Notes - Philippines
Library of Congress Country Study - Philippines
State of Hawaii Country Profiles
U.S. Embassy in the Philippines

The following links are provided as a service to our customers and should not be construed as advocating or reflecting any position of the Energy Information Administration (EIA) or the United States Government. EIA does not guarantee the content or accuracy of linked sites.

Philippine National Oil Company (PNOC)
Petron
Pilipinas Shell
Caltex (Philippines)
Pancontinental Oil & Gas
Philippines' Department of Energy
Philippines' Department of Environment and Natural Resources
Philippines' Department of Trade and Industry
Philippines' National Economic Development Authority
World Bank - Philippines
Philippine Mission to the United Nations


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Malampaya is the largest natural gas development project in Philippine history, and one of the largest-ever foreign investments in the country.

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The Philippines is one of the claimants, along with China, Taiwan, Malaysia, and Vietnam, to the Spratly Islands, located in the South China Sea. Potential oil and natural gas reserves surrounding the islands have sparked the interest of all the littoral states, though no exploratory drilling has been carried out due to the dispute