PT. Jawa Power owns a 1,220 MW coal fired power station located at the Paiton power generation complex in East Java, Indonesia. Jawa Power is one of the largest IPPs in Indonesia with a 30-year power purchase agreement with PT. PLN (Persero), the state-owned electric utility company. The power station supplies electricity into the Java-Bali 500 kV grid, which is owned and operated by PLN.

The power station began construction in 1996 and entered commercial operation in 2000.

Jawa Power is owned by Siemens of Germany (50 %), YTL Power International and Marubeni Corporation (35%), and PT. Bumipertiwi Tatapradipta of Indonesia (15%). The design, Engineering, Procurement, Construction (EPC) and commissioning start-up of the power station was undertaken by a consortium led by Siemens. YTL Power International's wholly-owned subsidiary, PT YTL Jawa Timur, is the O&M operator for Jawa Power.


Summitmas Tower II, Floor 20
Jl. Jend. Sudirman Kav. 61-62
Jakarta 12190
Tel. +62 21 252 1870
Fax. +62 21 252 1848

The Management

Board of Commissioners

  • President Commissioner

    Anton Conradie
  • Commissioners

    Steffen Grosse
    Josef Karl Winter
  • Dato' Yeoh Seok Hong
    Katsumi Miyamoto
    Bambang Wibowo

Board of Directors

  • President Director

    Wichard von Harrach
  • Vice President Director

    Tan Choong Min
  • Directors

    Roger Carsten Ernst
    Jochen Schiminski
    Moroo Shino
    Jongkie D. Sugiarto



Paiton Power Generation Complex is located 140 km east of Surabaya, in the district of Paiton Probolinggo regency, East Java.

The complex is located on the coast and designed for an ultimate coal-fired capacity of 4,000 MW. The site has been designed to accommodate eight (8) power generation units.

Units 1 & 2 (2x400 MW) are owned by PT. Pembangkitan Jawa Bali, Units 5 & 6 (2x610 MW) are owned by PT. Jawa Power, and Units 7 & 8 (2x610 MW) are owned by PT. Paiton Energy. The area for Units 3 & 4 is now occupied by a single unit 800 MW supercritical power station owned by Paiton Energy.

Production Process

The power station is a two (2) unit coal fired steam plant with each unit having a net electrical output of 610 MW. The power generation of the power station is based on the following major systems :

Heat Generation
Coal delivered by ship is unloaded at a jetty and transferred by conveyor belts to the coal storage area. Coal is further supplied by conveyor belts into the coal bunkers (1) adjacent to the steam generator. Coal mills (2) grind the coal from the coal silos in order to reduce the coal particle size. The ground coal is then injected through the burners into the furnace where the burning coal generates the heat necessary for steam generation. Air is supplied by combustion air fans (5) via a flue gas air heater (4). The flue gas air heater transfers heat from the exhaust gas of the steam generator to the combustion air, improving the efficiency of the plant.
Steam Generation

Water under high pressure enters the steam generator (3) and is heated in a preheating section. The preheated water is further heated in a steam generator section. In this section, water is circulated through the heating sections and a large vessel (steam drum) where steam is separated from water (19). The steam is heated further in a superheating section. The steam enters the steam turbine at a temperature of 538 °C and at a pressure of 167 bar.

Electricity Generation
Steam enters the turbine through valves (11) which control the flow of steam. Within the turbine, high pressure steam expands stage by stage, building up flow of energy which is then transformed into mechanical energy. The steam turbine is divided into a high pressure module, an intermediate pressure module and two (2) low pressure modules to accommodate the wide range of steam conditions during expansion of the steam. In order to improve efficiency, exhaust steam from the high pressure module is routed again through the steam generator (3) and reheated before it enters the intermediate pressure module at a temperature of 538 °C and a pressure of 39 bar. The mechanical energy of the turbine is transformed in the generator (12) into electrical power. The electrical power is converted by the generator transformer (13) to the necessary voltage and supplied into the Java-Bali 500kV grid.
Condenser and Cooling Systems

In order to provide a closed cycle, exhaust steam from the turbine is condensed in the condenser (14) and cooled by sea water from the Java Sea. The seawater is cleaned by the cooling water cleaning system (20) and circulated by cooling water pumps (21) through the condenser to the seal pit (22) before it is returned to the sea through the outlet culvert (23). The condensed steam then flows through some preheaters (16) and is conveyed by the feedwater pump (18) through further preheaters (16) to the steam generator.

Exhaust Gas Treatment and Ash Handling
Ash from the exhaust gas of the steam generator is filtered in electrostatic precipitators (6) and transferred together with ash from the furnace of the steam generator by ash handling equipment (10) to the ash disposal area. The Pulverised Fly Ash (PFA) is delivered to the ash disposal area by a pneumatic piping system while the Furnace Bottom Ash (FBA) is transported by skip lorries. Sulphur dioxide is removed from the exhaust gas in a flue gas desulphurisation plant (8). The exhaust gas is forwarded by the flue gas fan (7) and leaves the plant through a 220-m high stack (9).
NOx Control
SOx Control
Particulate Control

The Environment

Our Environmental Policy can be viewed here

The combination of pollution abatement technologies applied at this plant coupled with the carefully selected range of domestic coals ensure the plant's compliance with the more stringent Indonesian legislative limits on nitrogen oxide (NOx), sulfur oxide (SOx) and particulate emissions which came into force in the year 2000.

Environmental Monitoring Report No. 72 (Status 16 Mei 2014, Annual Report)

NOx Control

The Indonesian sub-bituminous coals contracted for supply to Paiton II are characterised by high volatility and low nitrogen content. These two characteristics ensure excellent 'low NOx' combustion performance is achievable from the multi-layer overfire system installed. NOx emissions are maintained below 370mg/Nm3.

SOx Control

Sulfur dioxide (SO2) emissions are a function of the sulphur content of the fuel since, effectively, all the sulphur contained in the coal is emitted in the flue gas, with the exception of a very small proportion which is retained in the ash. For each tonne of sulphur contained in the fuel, two tonnes of SO2 are formed. SO2 may be removed before the flue gas is discharged to the atmosphere by a process called Flue Gas Desulphurisation (FGD).

The seawater washing process represents a relatively recent development of FGD technology, combining the benefits of high sulphur removal efficiency at lower costs than more conventional limestone-gypsum based alternatives. The process relies on the natural alkalinity of raw seawater to remove the SO2 and Sulfur trioxide (SO3) from the gases, producing predominantly sulphite ions in solution. Air passed through the liquor subsequently serves to oxidise the sulphites to the sulphate form. Seawater is then added downstream of the absorber to increase the pH of the solution prior to discharge to the sea. The process does not require the quarrying, supply and transport of a solid reagent or the transport and disposal of a by-product.

The seawater washing FGD plant installed at Paiton II is one of the largest in the world. The FGD plant is designed to remove approximately 94% of the SO2 contained within the flue gases, ensuring the ability to meet the EPC contract specified limits, equivalent to 130mg/Nm3, when firing coals containing up to 0.69% sulphur.

Particulate Control

Unless controlled, a significant proportion of the inert components of coal would be discharged to the atmosphere as particulate. There are a number of processes applicable to utility plant for limiting particulate emissions to very low levels prior to discharge of the flue-gas to the atmosphere. Of these, Electrostatic Precipitation (ESP) offers competitive advantages through life cost, high reliability, low pressure drop and high removal efficiency and represents the largest share of the utility market.

In the electrostatic precipitation process the dust laden gases are passed between collection plates and discharge electrodes. The discharge electrodes are centred between adjacent plates and provide a negative charge to the surrounding dust particles. The negatively charged dust particles are then collected on the positively earthed collector plates. The dust collected on the plates is periodically dislodged with the assistance of a rapping system and collected in hoppers below the plates.

The electrostatic precipitators installed at Paiton II have a design dust removal efficiency of approximately 99.5%, sufficient to ensure that dust emissions are maintained below 50mg/Nm3 even when firing the highest ash content coals.

The table below compares the Indonesian emissions standards for coal-fired plants with the Paiton II power plant environmental performance.

Emissions Indonesian Standards Since Year 2000 Paiton II
Power Station Specification
NOx 850 mg/Nm3 370 mg/Nm3 -56%
SOx 750 mg/Nm3 130 mg/Nm3 -83%
Dust 150 mg/Nm3 50 mg/Nm3 -67%



PROPER is an environmental performance rating program organised by the Indonesian Ministry of Living Environment (KLH) which is aimed at improving compliance and awareness of companies in environmental management. The mechanism of PROPER is to distribute information regarding levels of environmental compliance and performance of companies to society and stakeholders (public information disclosure).

There are five (5) rating categories under PROPER, namely: Black, Red, Blue, Green and Gold with Gold being the highest award. Red and Black Ratings are given to companies which do not comply with the prevailing environmental laws and legislation. Green and Gold Ratings are awarded to companies which are fully compliant with the applicable laws and legislation, and also demonstrate their commitment to community development and Corporate Social Responsibility (CSR).

In 2013, Jawa Power received a Gold award and currently the only coal-fired power station in Indonesia which is classified under the Gold Rating.

Our Community

Jawa Power is aware of the importance of sustaining the surrounding community. We therefore place priority on developing the education sector, empowering the community and improving health and the quality of life.

In line with those principles, Jawa Power founded two schools in the Probolinggo regency, East Java. The Bhakti Pertiwi junior high and Tunas Luhur senior high school were established in 2003 and 2006 respectively, as part of our commitment to nurture future generations. Jawa Power also involves in establishment of cooperatives to empower local people in developing their own small business. Development of alternative energy is also a main focus in Jawa Power's efforts to improve the community quality of life. The Company's support on community development activities is made through Yayasan Bakti Energi.

Corporate Social Responsibility

Jawa Power aims to improve its environmental performance by promoting social responsibility and development programs to the community surrounding the project area.

The Corporate Social Responsibility (CSR) activities are focused on Education Quality Improvement, Community Empowerment, Health & Environment Improvement and Development of Alternative Energy.

 Education Quality Improvement

The survey carried out in the early days of Jawa Power operation reveals that the community expected improvement in educational facilities. This is why the community development efforts have been concentrated in education so that more children can receive formal education. As an early step, the Company supported renovation of school buildings within the Paiton sub-regency, conducted trainings for the teachers and provided scholarships for students from less fortunate families.

In 2003, Jawa Power in cooperation with the community founded SMP Bhakti Pertiwi (Junior High School), the first full day school in Paiton. There were only 12 students in the first year, but number of students had been increasing every year since then, especially after the school has received “A” accreditation from the Indonesian Ministry of Education. Now the school is among the top ten ranks in East Java in graduation marks. The school received Nasional Adiwiyata Award in 2014.

In 2006, Jawa Power founded SMA Tunas Luhur (Senior High School) so that SMP Bhakti Pertiwi graduates could continue their study. The SMA has also received “A” accreditation and many of its graduates are now studying at well respected universities in Surabaya and Malang. The SMA also received Mandiri Adiwiyata Award from Ministry of Living Environment in 2014. This award is a recognition for schools with good environmental management.

In establishment of the two schools, Jawa Power has the support from the Government of Probolinggo Regency and always maintains close coordination with its Educational Agency (Dinas Pendidikan) in all activities carried out by the schools.

Jawa Power, with the support of Dinas Pendidikan dan Badan Lingkungan Hidup Probolinggo dan Situbondo, established "Adiwayata Forum" in 2013.  The Forum aims to provide guidance to the schools within the regions to achieve Adiwiyata Awards. Up to now, there are 90 schools which have been awarded with Adiwiyata. In 2014, there are 3 schools achieved Nasional Adiwiyata and 2 shools awarded with Mandiri Adiwiyata.

Community Empowerment

Jawa Power in cooperation with community in Bhinor village founded KSU (Cooperative) Bhinor Jaya Abadi in 2005 . The cooperative currently has 200 members and provides assistance in the form of loans and coaching to the communities to run their small businesses. There are various businesses currently being run by the communities such as handcrafting and fisheries. To improve the credentials of the cooperative, Jawa Power also hires the cooperative as contractor to provide gardening and cleaning services at the power plant. The cooperative is now able to compete with others to get similar contracts from other power plants in Paiton.

Jawa Power is also providing quidance and support to wood crafters at Selobanteng village in business development and they have established a cooperative called Selobanteng Jati Makmur.

In 2014, Jawa Power has started providing guidance and support to the Koperasi Wanita Bhinor Lestari (Women Cooperative) in production of "Green" bags, catering business and local batik production.

Community Health Improvement

Jawa Power has established cooperation with USAID in Puskesmas Best Service program. The program includes improvement in the public service quality, reduction in maternity mortality rate and initiation of early breast feeding. Puskesmas Paiton and Puskesmas Sumberasih have been made as pilot projects for this program.

Development of Alternative Energy

Jawa Power is also focusing on development of alternative energy in order to improve the environment and health of the community. Most of the community members own cows. The biological waste from the cows can be put into a process to generate methane or biogas. The biogas can be utilized for cooking and fueling a lamp.  This way, the community can save money normally allocated for buying kerosene or elpiji (liquid petroleum gas).  Jawa Power built 70 biogas units in 2013. In 2014, Jawa Power is targeting to build another 100 units.

Jawa Power has been supporting Kelompok Tani Taman Lestari Organik at Taman village in developing facility to produce organic fertiliser using slurry collected from biogas units. The organic fertiliser has been named BIOTAMOR (Biogas Taman Organik). Laboratory test on this product confirms better parameters compared to ordinary fertiliser (kompos). The community has enjoyed income benefit from the sale of BIOTAMOR.

Microhydro is also one of the alternative sources of energy which Jawa Power continues developing, in addition to the biogas. Microhydro has been chosen because of its low investment cost and the continously available river flow. A microhydro pilot project has been constructed and handed over to the community in Kedung Sumur village at the end of August 2012.  Its power capacity of 1,900 watts is sufficient to light up 15 to 20 houses in the village. With this program, Jawa Power aims to support the community which have no access to electricity from the national grid. The Company built 10 microydro units within 2013 and plans to build another 10 in 2014.

The development and construction of microhydro plants are done by Jawa Power together with its plant operator, YTL Jawa Timur. The local community is participating by supplying construction materials, such as sand and bricks, whilst the Government of Probolinggo Regency constructed the outlet canal.

In 2014, Jawa Power and YTL Jawa Timur has developed Solar Power program for street lighting in 4 villages. The design of solar cell panel and lamp post was made in-house and manufacture and installation have been carried out by local stakeholders including students.

Revegetation of Paiton Coastal Lines

Jawa Power is also participating in mangrove and beach pine planting activity. This is in line with the initiatives to revegetate the Paiton coastal lines by the Government of Probolinggo and Ministry of Environment. The Company planted 5 thousands mangroves and 8 thousands beach pines (casuarina equisetifolia) in 2013.

In 2014, Jawa Power started providing guidance and support to Kelompok Tani Harapan 2 at RanduTatah village in developing a nursery for mangrove and beach pine. The area is being developed to become a center for nature conservation. Jawa Power has, from January to August 2014, planted 14 thousands mangrove and 5 thousands beach pine.



24 December 2014
FAQ - Shipping services RFQ (2)
18 December 2014
FAQ - Shipping services RFQ
01 December 2014
Tender Notice for Shipping Service
24 September 2014
Puskesmas Best Services Launching