Showing posts with label Indonesia. Show all posts
Showing posts with label Indonesia. Show all posts

Poverty in Indonesia

1. Poverty

Poverty is hunger, lack of shelter, being sick and not being able to see a doctor. Poverty is not being able to go to school and not knowing how to read. Poverty is not having a job, is fear for the future, living one day at a time. Poverty is losing a child to illness brought about by unclean water. Poverty is powerlessness, lack of representation and freedom.

The Republic of Indonesia is a country in Southeast Asia and Oceania. Indonesia comprises 17,508 islands with a population of around 230 million people; it is the world's fourth most populous country, with the world's largest population of Muslims.

In Indonesia, the “poverty line” refers to the daily minimum requirement of 2,100 kcal per capita plus the non-food minimum requirement, such as for living, clothing, schooling, transportation, household necessities, and other basic individual needs. The value of expenditure (in rupiahs) is needed for fulfilling the basic minimum requirement including food and non-food is called poverty line. A person who cannot afford to fulfill the basic minimum requirement is categorized as poor.

In 2007 23.6 million rural Indonesians were living below the national poverty line, 1 million less than in 1996. Poor people represent 20 per cent of the rural population and 11 per cent of the total population. But the overall national poverty rate masks the large number of ‘near-poor’ people who live just above the poverty line and are at risk of sliding below that line into poverty. In 2004 about 30 per cent of the population were living above the national poverty line, but they were subsisting on less than two dollars a day. For this reason poverty reduction strategies need to focus on increasing the incomes of both poor and near-poor people.

Increasingly, poverty is concentrated among rural households. The poorest people in rural areas tend to be farm labourers working on other people’s land, and smallholders farming on extremely small plots. There are a large proportion of women in the labour force, but they earn less than men. Poor women are often physically overworked because they have to attend to household work in addition to agricultural tasks. Often they are excluded from decisions that affect them.

The poorest areas of Indonesia are the remote eastern islands, where 95 per cent of people in rural communities are poor. Unsustainable livelihood systems and isolation make people vulnerable to external shocks and are the principal causes of poverty, mainly in the upland areas.

In many provinces in Eastern Indonesia farmers make their living by harvesting a single crop on dry land. They live in a subsistence economy and are not able to achieve food self-sufficiency through their farming activities. Many live in coastal areas that are environmentally degraded. Upland villages, which are the most disadvantaged, require development programmes adapted to their specific needs. Many of these remote areas are accessible only by boat, on foot or by small plane. The road network is in poor condition and requires major investment.

The eastern provinces are also home to many indigenous communities, which are often on the margins of development processes and programmes.


2.Poverty in Indonesia: The Economic Factor

Indonesia is still emerging from its devastating economic crisis of 1997-98. At the same time it must face the challenges posed by terrorism and areas of domestic insecurity as it continues its enormously challenging and fundamental transition to a decentralised, democratic and prosperous society.

Good progress is being made toward restoration of macroeconomic stability and fiscal sustainability, but at least half of the country's population remains affected by poverty. Since the key to growth and poverty reduction in Indonesia is increased investment in productive capacity, a key challenge for the Indonesian government is to improve the country's investment climate.

The tsunami which struck north-western Sumatra on 26 December 2004 illustrated dramatically and tragically Indonesia's vulnerability to natural disasters. Australia, a major donor of humanitarian assistance to Indonesia since the economic crisis of the late 1990s, responded immediately to this disaster including by agreeing with the government of Indonesia to form an Australia-Indonesia Partnership for Reconstruction and Development, a commitment of $1 billion over 5 years.

Poverty in Indonesia is heavily concentrated among those with little or no formal education. A major program in basic education is being implemented to assist the creation of a well-resourced mainstream education system.

An integrated approach to poverty reduction in eastern Indonesia is also being developed, with a focus in Nusa Tenggara Timur province. Initially this will include helping the Government of Indonesia develop new approaches to poverty reduction and better district level governance.

The geographic focus of the aid program remains eastern Indonesia, which includes some of Indonesia's poorest provinces. Various provincial indicators were analysed as the basis for selecting a group of eight provinces as the broad target for a substantial portion of the direct interventions at the sub-national level.


3. Social Factor (Health & education)

The effects the financial crisis on enrollment at the national level seems to have been limited. In the next year, all losses in enrollment were recovered. At the senior secondary level, enrollment has continued to rise steadily over the course of the crisis. There is, however, evidence of delayed enrollment as a result of the crisis. The average age of children by school type was decreasing up to 1997 and since then has risen continuously. The average age of children in primary school dropped from 9.75 to 9.59 from 1995 to 1997 and since then steadily increased to 9.60 in 1998 and to 9.61 in 1999. A similar trend can be observed for the transition from junior to senior secondary school. The average age of junior secondary students moved from 14.23 in 1995, to 14.18 in 1997, to 14.21 in 1998 to 14.27 in 1999.

Health indicators have been improving steadily during recent decades. Life expectancy at birth rose from 48 to 65 years over the same period. Despite these impressive achievements, Indonesia’s indicators still lag behind those of its neighbors. For example, life expectancy at birth in Malaysia stands at 72, 66 in the Philippines and 70 Thailand. The figures on child mortality tell a similar story. Infant mortality in 1996 was 11.4 in Malaysia, 37 in the Philippines and 34 in Thailand.

On the whole, health outcomes across Indonesia’s provinces track education outcomes fairly closely. Once again, the impression is of considerable geographic variation. While Indonesia as a whole has fairly encouraging education and health indicators, this hides the fact that there exist pockets of considerable hardship. In Sumatra, the provinces face high infant mortality, but surprisingly, not so much malnutrition (meas ured in terms of weight for height for children under 5). Malnutrition is a significant problem in Aceh, the most northern province. Almost 50 percent of the children in this province are malnourished. In rural West Java infant mortality is also quite high – 75 per 1000 live births. The malnutrition indicators are very similar across Java, with children in rural areas facing a slightly higher probability of being malnourished. Within the Eastern provinces, rural West Nusa Tengara is the only region in all of Indonesia with an infant mortality rate over 100. In these provinces, around 38 percent of the children in rural areas are malnourished. In Kalimantan, ,malnourishment is also quite high. Particularly striking is the high – 93 per 1000 births – infant mortality rate recorded in rural South Kalimantan. A similarly high infant mortality rate (84 per 1000) is observed in rural Central Sulawesi. In this region, other health indicators are similar to the national averages.

Improvement of education and health outcomes is sought because of their intrinsic value in raising capabilities and individual freedoms. They also have an instrumental value in contributing to higher incomes, and in reinforcing each other.

The main asset of the poor is their labor. Education and health are critical to preserving and enhancing the quality of this asset, and for this reason investment in health and education is especially important for the poor. The 1990 World Development Report (1990), as well as the forthcoming World Development 2000/1, conclude that investments in basic health and education are an important element of a poverty reduction strategy. In this section we review the empirical evidence for this claim for Indonesia. Increasingly it is recognized that health and education investments are choice variables and cannot be treated as exogenous. Recent articles dealt with this problem explicitly when estimating returns to education and health for Indonesia.


4. Poverty in Indonesia: The Environment Factor

Natural capital constitutes about one quarter of total wealth in Indonesia—an even higher share than produced capital. This underlines the importance of sustainable management of natural resources as well as the need to off set depletion of natural capital with increased savings of human and produced capital.

Climate change will result in a number of negative impacts on Indonesia, including reduced crop production, sea-level rise, greater risks of flooding, coral reef bleaching, and further spread of vector-borne diseases. The economic costs of these impacts are projected to reach 2.5-7.0 percent of GDP by 2100.

The major health, water, tourism and other welfare costs associated with poor sanitation have been estimated more than $6 billion in 2005, or more than 2 percent of GDP that year.

The health impacts of outdoor and indoor air pollution have been estimated to about $5.5 billion per annum. With respect to forestry, the rate of deforestation from 1990 to 2000 has been estimated to about 21 million ha, but with some 12 million ha as a balance by way of re-growth and plantations. Natural growth in standing forests contributes further to an increase in volume.

It is widely known that the poor suffer the greatest consequences from environmental degradation for a variety of reasons:

  • Livelihoods of many rural poor are directly tied to the quality and productivity of natural resources (water, soil, forests, and fisheries)
  • Poor families have the lowest rate of access to environmental services and benefits such as drinking water, sanitation and clean energy
  • Low-income households are more vulnerable to natural and anthropogenic disasters because they are often located in higher-risk areas
  • Poor people cannot afford to cope with environmental degradation as effectively as can wealthier segments of society.

For example, the livelihoods of 10 million of Indonesia’s 36 million poor are linked to the country’s forests; forest loss undermines these livelihoods, ecosystem services and the ability to meet poverty alleviation goals. As another example, the effects of climate change will be felt most by the poorest Indonesians who are more likely to be: living in marginal areas that are susceptible to drought, flooding and/or landslides; dependent on climate-sensitive agriculture or fisheries for their livelihoods; and have fewer assets to cope with the impacts of a changing climate. This will only cause the poor to remain in a state of poverty.


5. Rural poverty in Indonesia

In 2007 23.6 million rural Indonesians were living below the national poverty line, 1 million less than in 1996. Poor people represent 20 per cent of the rural population and 11 per cent of the total population. But the overall national poverty rate masks the large number of ‘near-poor’ people who live just above the poverty line and are at risk of sliding below that line into poverty. In 2004 about 30 per cent of the population was living above the national poverty line, but they were subsisting on less than two dollars a day. For this reason poverty reduction strategies need to focus on increasing the incomes of both poor and near-poor people.

Who are the country’s poor rural people?
Increasingly, poverty is concentrated among rural households. The poorest people in rural areas tend to be farm laborers working on other people’s land, and smallholders farming on extremely small plots of less than 0.5 ha. There are a large proportion of women in the labor force, but they earn less than men. Poor women are often physically overworked because they have to attend to household work in addition to agricultural tasks. Often they are excluded from decisions that affect them.

Where are Indonesia's rural poor people?
The poorest areas of Indonesia are the remote eastern islands, where 95 per cent of people in rural communities are poor. Unsustainable livelihood systems and isolation make people vulnerable to external shocks and are the principal causes of poverty, mainly in the upland areas.
In many provinces in Eastern Indonesia farmers make their living by harvesting a single crop on dry land. They live in a subsistence economy and are not able to achieve food self-sufficiency through their farming activities. Many live in coastal areas that are environmentally degraded. Upland villages, which are the most disadvantaged, require development programmes adapted to their specific needs. Many of these remote areas are accessible only by boat, on foot or by small plane. The road network is in poor condition and requires major investment.
The eastern provinces are also home to many indigenous communities, which are often on the margins of development processes and programmes.

-09S08

Air pollution at alarming level in Indonesia

JAKARTA, Nov. 11 (Xinhua) -- Activists have warned that air pollution in Indonesian cities has reached alarming levels, a local media reported here Wednesday.
They said that the case was mainly caused by poor transportation management.
A group of activists and government officials from the State Ministry for the Environment and the Transportation Ministry established a Forum for Indonesian Clean Air as part of its mission to push for sustainable transportation management to minimize air pollution.
"The air quality has frequently been dangerously unhealthy. The country needs extra efforts to clean the air through sustainable transport management," Ahmad Safruddin, who initiated the forum quoted by the Jakarta Post as saying.
He said that poor quality of fuels, gas emissions and poor law enforcement were exacerbating the country's transport system problems.
Ahmad added that all air pollutant parameters exceeded tolerable limits set by environmental authorities.
Motor vehicles are a major source of air pollutants in Indonesia's major cities.
Deputy assistant for pollution emissions control at the State Ministry for the Environment, Ade Palguna, concurred and said air pollution in big cities had reached critical levels.
He said his office also faced difficulties with a limited number of air quality monitoring devices outside the big cities.

Reasons for Indonesia to adopt clean energy projects

Indonesia can't afford to stop paddling to new shores.

It's not all smooth going when it comes to the international renewable energy transition, but commitment is a must. Indonesia is one example of an important country in transition where we're looking at all the positive and negative signals to find investment angles.

Made up of over 17,000 islands in the
Indian Ocean, this archipelago nation owes its modern existence to integration and access.

But local observers are worried that Indonesia's progress toward its own presidential renewable energy goals is moving too slow.

Only 64% of Indonesian households have access to electricity, and with Asia-Pacific nations all around it ramping up RE development, Indonesia's economy could end up between islands without an oar.

Indonesia has been Southeast Asia's leading oil producer, but like many of its petroleum peers, production is in steady decline.

The U.S. Department of Energy's international supply statistics show Indonesia with only 1 million barrels per day of output in 2008, compared to 1.6 million bpd in 1992.

Indonesia's oil consumption, though, rocketed from about 700,000 bpd to 1.16 million bpd over the same sixteen years!

That put it in the awkward position of being an OPEC member that actually dipped into net importer status in 2008. Indonesia withdrew its membership that same year, but it likely would have been forced out if it hadn't.

Indonesia has no time to lick its wounds after having to exit the world's most exclusive price club. Estimated average GDP growth of about 4.6% over the next five years means there's no rest for the weary when it comes to finding new energy resources.

35% of the Population Now "Excluded from Development"

President Susilo Bambang Yudhoyono must address the fact that 36% of Indonesians have no electricity, according to economist Terry Lacey in the August 24th edition of the online Asia Sentinel.

Not only is it a question of access to electricity. . . On the heels of two July bombings in the capital city Jakarta, Lacey points out an uncomfortable energy link for this rapidly developing country with the world's largest Muslim population (over 237 million):

"Without electricity, a third of Indonesians are excluded from development, which is a precondition for defeating terrorism."

In the Jakarta Post on August 12, National Development and Planning Agency Director Monty Girianna proffered the government's latest plan while copping to an amazing fact:

Though 91% of Indonesia's 70,000 villages have access to either grid-connected or stand-alone electricity resources, only two-thirds of residences can tap local supplies.

GEOTHERMAL

Indonesia's largest listed oil and gas company, PT Medco, is about to break ground on a 330 MW geothermal plant in Northern Sumatra. That project will cost about $800 million to be split with Ormat Technologies (NYSE:ORA) and Japan's Itochu. For Ormat, geothermal is a normal day's work. For Medco, this marks a major reality check for its regional energy ambitions.

I first found out about PT Medco because of its exploration projects in faraway
Libya. Medco is all over the Indian Ocean and the oil-producing world, inking deals from the main Indonesian island of Sumatra all the way to North Africa
.

As
Indonesia
is the world's largest Islamic nation by population, and a country with a long history of controlling important trade routes, it only seems natural that Medco has acted as a petroleum-oriented arm of its outgoing home state.

Nevertheless, as Medco generally looks to the
Arab Gulf and North African oil producers for its fossil fuel linkups, it may have overlooked a bigger opportunity — that the Pacific Rim region may be a more important group of nations in which Indonesia
could play a part.

Now, Medco may be selling its stake in
Libya
and switching focus to the Indonesian domestic market, even if that means moving away from petroleum.

The Pacific Rim is about to become a major clean energy success story, just as much as the Persian Gulf's oil traps were for the fossil fuel industry.

Medco is currently engaged in a pricing dispute over the N. Sumatra geothermal project, and the dominant Indonesian utility, Persero, is trying to quash it.

With 27,000 MW in potential geothermal resources, PT PLN (Persero) and the government shouldn't have to nudge Medco into a deal — it's a lifeline to future viability for the aging oil and gas firm.

More than anything, though,
geothermal energy can combine with greater energy efficiency to bring
Indonesia into better balance with its own growth and global energy pricing.

And yet again, our international geothermal standby Ormat is in the best position as a pure play to pounce on
Indonesia's tectonic shift away from oil and towards geothermal powe

Solar energy in Indonesia

The Indonesian government is planning to build 33,000 more solar power generators for 33,000 households living in remote areas, an Energy and Mineral Resources Ministry official said.

Demand for solar power generators is currently rising, the ministry's director general of electricity and energy utilization J Purwono said on Thursday, refuting an allegation that the government's solar power development program had failed.

"The program is considered successful. A number of district heads and governors have asked for more solar power generators," he said.

Solar power generators with a capacity of 50 watts each were considered suitable for use in the country's remote villages, he said.

He said it was very easy for villagers to use solar power generators because their storage batteries only needed refilling once a year.

Solar power generators have an economic life of up to 20 years.

"So, as long as the sun still shines, they can be used," he said.

ELECTRICITY GENERATION
Indonesia has installed electrical generating capacity estimated at 21.4 gigawatts, with 87.0% coming from thermal (oil, gas, and coal) sources, 10.5% from hydropower, and 2.5% from geothermal. Prior to the Asian financial crisis, Indonesia had plans for a rapid expansion of power generation, based mainly on opening up Indonesia's power market to Independent Power Producers (IPPs). The crisis led to severe financial strains on state-utility Perusahaan Listrik Negara (PLN), which made it difficult to pay for all of the power for which it had signed contracts with IPPs. PLN has over $5 billion in debt, which has grown markedly in terms of local currency due to the decline in the value of the rupiah. The Indonesian government has been unwilling to take over the commercial debts of PLN.

Indonesia is facing an electricity supply crisis, with some observers predicting that PLN may be unable to take on any new customers by 2005. Intermittent blackouts are already an issue across Java. Demand for electrical power is expected to grow by approximately 10% per year for the next ten years. The majority of Indonesia's electricity generation is currently fueled by oil, but efforts are underway to shift generation to lower-cost coal and gas-powered facilities. Geothermal energy and hydropower are also being investigated.

In January 2003, the World Bank announced that it was planning to build three micro-hydropower plants in the Indonesian province of Papua (Irian Jaya). A feasibility study on all of the area's water sources has already been conducted by the Bank, and the results are being studied. By building these facilities, the World Bank hopes to improve services to the local population as well as to encourage development activities in the province.

In October 2003, the World Bank approved a $141 million loan to Indonesia for the purpose of improving the power sector on Java-Bali, which uses approximately 80% of Indonesia's power generation capacity. The project includes support for a corporate and financial restructuring plan for PLN and technical assistance for a restructuring program for state gas company, Perusahaan Gas Negara (PGN), that will provide for increased natural gas supplies for electricity generation. The restructuring plan requires that PLN must restructure two of its subsidiaries, PT Indonesia Power and PT Pembangkit Jawa Bali (PJB). The two together supply about 80% of the power supply for Java and Bali, according to reports.

Also in 2003, the government renegotiated 26 power plant projects with the IPPs. Of those, five projects will be assumed by the government, in cooperation with PLN and Pertamina. The government foresees inviting private investors to participate in some electricity generation development projects, according to the U.S. Embassy.

Competition for power generation will be open on the islands of Batam, Java, and Bali by 2007. In 2008, retail competition in the electricity market will begin under the terms of the nation's new electricity law, approved in September 2002. The law requires an end to PLN's monopoly on electricity distribution within five years, after which time private companies (both foreign and domestic) will be permitted to sell electricity directly to consumers. However, all companies will need to use PLN's existing transmission network.

Geothermal in Indonesia

JAKARTA - Tenders will be held soon for development of 15 geothermal fields expected to generate a total of 1,500 megawatt of electricity, the Indonesian energy and mineral resources ministry said.

The projects will cost around US$4.5 billion, Bambang Setiawan, the director general of mineral, coal and geothermal said.

The tenders will be organized by regions where the projects are located, Bambang was quoted as saying by The Jakarta Post.

The 15 fields in Aceh, East Java, Central Java, West Sumatra, West Nusatenggara, North Sumatra, Central Sulawesi, East Nusatenggara, Gorontalo and Banten, are among 20 geothermal fields to be offered to investors this year.

The five other fields are located in Maluku, West Java and in East Nusatengga

Pricey oil making geothermal projects more attractive

Faced with looming energy crises in their developing economies, power-hungry countries like Indonesia and the Philippines are looking deep into the earth for solutions.

Both are in the so-called Pacific Ring of Fire, an area peppered with volcanoes and home to the world’s biggest reservoir of geothermal power.

”When I think of Indonesia and energy, I think geothermal,” Lester Brown, president of the Earth Policy Institute, said during a speech this month to the brokerage house CLSA Asia-Pacific Markets. ”Indonesia has more than 500 volcanoes, of which 130 are active.”

”Indonesia could run its economy entirely on geothermal energy and has not come close to tapping the full potential,” he told the investment group.

That might be changing, though, as soaring oil prices, surging demand and creaking infrastructure in the power sector make it all the more urgent for Indonesia and the Philippines to find ways to exploit their geothermal reserves.

But unlocking the potential is proving difficult.

Geothermal projects involve drilling wells deep into the earth to tap steam or hot water than can power turbines. Not all of the challenges are terrestrial in nature. This is a capital-intensive process complicated by bureaucracy and other stumbling blocks.

The Indonesian Bedugul project, set among volcanoes in Bali, aims to develop up to 175 megawatts of power, or roughly half of what the resort island needs. But the project is on hold because local residents fear it could damage a sacred area and affect water supplies from the nearby lakes.

Most of the power supply in Bali comes from the neighboring island, Java, via an undersea cable. Supporters say that the Bali project is essential to meet growing electricity demand in Bali, which is at the heart of the Indonesian tourism industry.

”We hope that the project will run, not just because of the investors but for Bali’s future,” said Ni Made Widiasari of Bali Energy, the firm behind the project. She denied that the project would be damaging.

In the Philippines, which is the world’s second-biggest geothermal producer behind the United States, one of the main obstacles to developing the reserves is the high, pipe-corroding acidity associated with active volcanoes.

”There are many fields that are still acidic, meaning the dead volcanoes underlying them are not really dead,” said Paul Aquino, president of PNOC-Energy Development which operates nine steam fields with a capacity of 1,199 megawatts, or about 60 percent of the country’s geothermal capacity.

That would make it difficult for the Philippines to achieve its goal of raising geothermal capacity from an existing 1,931 megawatts to 3,131 by 2013, and overtaking the United States as top global geothermal producer, he added.

Geothermal power accounts for around 18 percent of the energy needs in the Philippines.

”We have already exploited those areas with the biggest geothermal resource,” Aquino said, adding that many of the most attractive untapped sites in the Philippines are located in natural parks or protected by the Indigenous Peoples Rights Act.

Catherine Maceda, spokeswoman for the Renewable Energy Coalition, a group promoting the use of alternative energy, also warned that the Philippines needed to push through a renewable energy bill to provide greater incentives and clarity.

While President Gloria Macapagal Arroyo has earmarked the bill as urgent, political bickering is holding up its passage.

”Right now there is no predictability,” Maceda said.

Electricity networks in the Philippines and Indonesia, with a combined population of 316 million, are already under strain.

Philippine power demand is estimated to be growing at an average rate of 4.8 percent a year, while Indonesia has suffered power blackouts because of a razor-thin supply cushion when demand peaks.

Indonesia supplies just 850 megawatts of an estimated 27,000 megawatt potential from geothermal sources, or about 3 percent of its current power output.

While the government wants to focus on using more coal-powered stations to meet energy needs, Energy Minister Purnomo Yusgiantoro has said that power from geothermal could reach 9,500 megawatts by 2025.

Despite the setbacks and stalled projects, high energy prices are providing the spur for firms to look at geothermal again, and several are eager to expand their existing operations, or to bid for fresh projects in Indonesia under a new government framework.

The Indonesian energy firms Medco Energi Internasional and Star Energy, are looking at making new investments, while Chevron, the world’s largest private producer of geothermal energy, plans to double its geothermal business in Indonesia and the Philippines by 2020 despite the heavy capital outlays.

It takes about eight years for a geothermal plant to move from exploration to production. Aside from drilling and plant costs, there are often additional expenses like the need to build access roads in remote and mountainous areas.

Geothermal plants require high capital investment for exploration, drilling wells and plant installation compared to other alternatives. But operation and maintenance costs are relatively low.

Chevron is looking at further expansion of its existing fields in West Java and is considering 10 of 256 other sites identified by Indonesia as having geothermal potential.

”You have to spend all your capital up front to develop these fields, you know, put in the wells and power plants, but with current prices of oil, gas and coal, geothermal is becoming competitive” said Barry Andrews, the president of geothermal power operations for Chevron.

Eligibility for carbon credits could make such investments more attractive, he said, as they might offset some of the hefty start-up costs.

The Chevron plant in Darajat, in West Java, has been registered with the United Nations as being eligible for 650,000 certified emissions credits per year.

Indonesia is putting the finishing touches on new regulations for the geothermal sector, after many projects collapsed because of the 1997-98 Asian financial crisis.

”I think we’re virtually on the cusp of seeing all of that come together in the next year or so,” Andrews of Chevron said.

Brown, the environmentalist from the Earth Policy Institute, said that this followed a global trend in localizing energy policies as oil prices prod countries to find cost-effective alternatives.

”In Indonesia that means geothermal is going to loom large in the energy economy of the future, and that development could come very quickly once the leadership begins to see the potential,” Brown added.

U.S. HELPS INVESTORS TARGET CLEAN ENERGY OPPORTUNITIES IN INDONESIA

Jakarta – Opportunities to finance clean energy projects drew more than 100 industry experts and investors to today’s Indonesia Clean Energy Investor Forum. The forum showcased projects from a competition sponsored by the U.S. Agency for International Development (USAID) and the Private Finance Advisory Network (PFAN). PFAN is a multi-lateral public-private partnership that was established by the International Energy Agency’s Climate Technology Initiative and is managed by USAID in Asia.

The PFAN Indonesia Clean Energy Investor Forum serves as a platform for Indonesian energy entrepreneurs to showcase their ideas to investors. Nine finalists were chosen by PFAN in the run-up to the Indonesian Business Plan competition. Each of the companies received mentoring and one-on-one coaching before formally making their investment pitch at the forum.

The total value of investments for the nine finalist projects is more than US$370 million, comprising both debt and equity financing. In addition to offering promising investments, these projects have the potential to reduce greenhouse gas emissions by more than 1 million metric tons of carbon dioxide per year, according to USAID. Based on today’s presentations, a panel of judges will select two Clean Energy Financing Award winners for Indonesia.

“By bringing together clean energy entrepreneurs and investors, the PFAN Indonesia Clean Energy Investor Forum is helping to address the barriers that clean energy businesses face in seeking financing,” said Walter North, USAID Indonesia Mission Director. “There are many creative, viable clean energy solutions in Indonesia. The objective of the Forum is to make it easier for investors to identify and fund the best projects.” USAID believes this is a necessary first step to scale up investments to create a mature clean energy market in Indonesia.

Some Q & A discussed includes:

Q : What stage is the company now in securing contracts and what made

you so sure that the company will eventually win all the rights to mine,

develop and provide geothermal energy?

A : BGS is a Banten provincial government-owned company that has spent

significant amount of resources to carry out initial feasibility study and

obtain exploration studies carried out by Pertamina and the Ministry of

Energy and Mineral Resources. This type of close relationship has enabled

the company to secure all the necessary legal documents and formal

permissions to carry out mining/exploration activities.

Q : What is the project payback period and do you think it is a sensible

figure?

A : The payback period is 10 years including the exploration period of

approximately 1 to 1.5 years and the considering all the costs and the

purchase price supported with high demand the 10 year payback period can

be considered as sensible figure.

Q : How did you finance earlier ventures?

A : We have earlier received funding from Government of Indonesia, several

grants and private funding.

Q : What stage are you now?

A : Selo Kencana has completed all legal documentation and permits, and is

in the process of obtaining a power purchase agreement with PLN which

consists of two parts. The first one is the Head Agreement which we will

hopefully obtain next month, followed by the full contract agreement in two

months time.

More information can be found at:

1) Indonesia Clean Energy Investor Forum

http://indonesia.usaid.gov/en/Article.370.aspx

2) Forum report

http://www.resourcesaver.org/file/toolmanager/CustomO105C399F99745.pdf

Harnessing the Earth's Power to Light Cities

An environment-friendly geothermal plant quietly provides eco-friendly energy to the residents of the capital city of North Sulawesi.

It’s not often that a community can live untroubled with a giant power plant in its midst, belching white, smoke-like clouds into the atmosphere.

But in Manado, the capital city of Indonesian's North Sulawesi province, residents are not worried about the plant’s plume. The clouds are nothing more than environmentally-friendly steam, generated by the Asian Development Bank-supported Lahendong Geothermal Plant, which harnesses earth's power to provide clean, sustainable energy for Manado's residents.

Manado lies along the Pacific "Ring of Fire", an area of frequent volcanic eruptions and seismic activity. There is much to be gained from keeping the city clean and green: it is a renowned international scuba diving destination, and in May 2009, it will host the World Ocean Conference.

Eco-friendly Plant

Plant manager Johanis Ajoni Kalalo knows the value of geothermal energy. “[It is] eco-friendly with a miniscule carbon footprint," he says. "By making use of the earth's steam we don't pollute the air and environment."

Around the plant site, several wells have been drilled 2 kilometers (1.24 miles) into the earth's crust. Searing steam seeps through rocks and is piped to the main station, where it powers giant turbines, each providing 20 megawatts of power.

The churning turbines roar, creating a discernable vibration beneath one’s feet, but beyond the plant's gates, the impact of the operations is almost imperceptible.

"The plant is quiet, clean, and it doesn't bother nearby communities," says Sri Wahyuni, a young chemical analyst at the plant. "The older diesel plants around Manado were noisy, dirty, and generated a lot of community complaints."

"The only real impact from this plant is that it produces jobs, and more reliable electricity," says ADB Project Implementation Consultant Peter Geoghegan.

Abundant Geothermal Energy

ADB is currently supporting the construction of a second geothermal plant in Manado that will be operational by 2011. Along with two other plants financed by other sources, the four geothermal plants will provide most of Manado's base load energy capacity.

"With the abundance of geothermal in this area, we should think about more plants like this," says Mr. Kalalo. "It's more expensive up front, but cheaper and cleaner in the long run."

Manado has long struggled to keep up with growing energy demand, and rolling blackouts still occur across the city each evening.

"A lot of businesses have to have their own diesel generators for blackouts, which costs a lot more, and is worse for the environment," says ADB’s Geoghegan.

With each 20-megawatt plant now providing reliable base load capacity for the city, the power deficit is being reduced.

"Because of ADB's support for this project, 60,000 homes can receive electricity," says Mr. Geoghegan.

For more information, you may go to these websites:

ADB Media Center:

http://www.adb.org/News/manadogeothermal.asp

Youtube Video - Harnessing the Earth's Power to Light Cities - ADB

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Chevron Expands Geothermal Operations in Indonesia

110-MW Darajat III Unit to Provide Renewable Energy for Approximately 700,000 Additional Homes

Chevron Corporation today announced the start of commercial production at its 110- megawatt (MW) Darajat III geothermal power plant in Garut, West Java, Indonesia.

Production from the Darajat III unit, operated by Chevron’s subsidiary Chevron Geothermal Indonesia, Ltd., increases the total capacity at the Darajat geothermal facility to 259 MW. The combined output from Chevron’s Darajat and Salak geothermal operations now produces sufficient renewable energy to supply approximately 3.9 million homes in Indonesia.

“Chevron is proud to be involved in the development of this significant renewable energy project, which builds on our position as the largest geothermal energy producer in the world,” said John Watson, president of Chevron International Exploration and Production. “Over the past 30 years, Chevron has been working with countries such as Indonesia to harness their geothermal resources to meet growing energy demand and sustainable development objectives.”

Through its geothermal operations in Indonesia and the Philippines, Chevron is a leader in developing the world’s geothermal fields. Chevron’s global geothermal operations have installed capacity to produce a total of 1,273 MW of geothermal energy, accounting for more than half of all privately developed capacity.

Chris Prattini, managing director of Chevron’s IndoAsia Business Unit said, “We extend our gratitude to the government and community for their ongoing support of our geothermal operations. Chevron has had a presence in Indonesia for more than 80 years, and we are pleased to be able to bring our leading-edge technology, reservoir management skill and drilling capabilities to help develop the country’s geothermal resources for the people of Indonesia.”

The Darajat III unit has been approved by the United Nations as a Clean Development Mechanism (CDM) project, a market-based instrument of the UN’s Kyoto Protocol to encourage implementation of cost-effective greenhouse gas reductions. Darajat III is the largest geothermal energy project to be registered under the CDM program.

Chevron operates four geothermal facilities in the Asia-Pacific region. In the early 1970s, the company made two discoveries in the Philippines, which led to the development of the Tiwi and Mak-Ban geothermal resources. Commercial production from two further discoveries, Salak and Darajat in West Java, Indonesia, began in the 1990s. Darajat Units II and III were developed in conjunction with local Indonesian partner PT. Darajat Geothermal Indonesia under a Joint Operation Contract with Pertamina.

Chevron is one of the world’s leading integrated energy companies. The company has about 56,000 employees, and Chevron’s subsidiaries conduct business in approximately 180 countries. Chevron operates across the entire energy spectrum-exploring for, producing and transporting crude oil and natural gas; refining, marketing and distributing fuels and other energy products; generating power; designing and marketing large-scale energy efficiency solutions; and commercializing the energy resources of the future, including biofuels and other renewables. Chevron is based in San Ramon, Calif. More information on Chevron is available at http://www.chevron.com.

Cautionary Statement Relevant to Forward-Looking Information for the Purpose of “Safe Harbor” Provisions of the Private Securities Litigation Reform Act of 1995.

Some of the items discussed in this press release are forward-looking statements about Chevron’s geothermal development activities. Words such as “anticipates,” “expects,” “intends,” “plans,” “targets,” “projects,” “believes,” “seeks,” “estimates,” “budgets” and similar expressions are intended to identify such forward-looking statements. The statements are based upon management’s current expectations, estimates and projections; are not guarantees of future performance; and are subject to certain risks, uncertainties and other factors, some of which are beyond the company’s control and are difficult to predict. You should not place undue reliance on these forward-looking statements, which speak only as of the date of this press release. Unless legally required, Chevron undertakes no obligation to update publicly any forward-looking statements, whether as a result of new information, future events or otherwise.
Source: CNNMoney.com, 13 Aug 2007

110-MW Darajat III Unit to Provide Renewable Energy for Approximately 700,000 Additional Homes

Chevron Corporation today announced the start of commercial production at its 110- megawatt (MW) Darajat III geothermal power plant in Garut, West Java, Indonesia.

Production from the Darajat III unit, operated by Chevron’s subsidiary Chevron Geothermal Indonesia, Ltd., increases the total capacity at the Darajat geothermal facility to 259 MW. The combined output from Chevron’s Darajat and Salak geothermal operations now produces sufficient renewable energy to supply approximately 3.9 million homes in Indonesia.

“Chevron is proud to be involved in the development of this significant renewable energy project, which builds on our position as the largest geothermal energy producer in the world,” said John Watson, president of Chevron International Exploration and Production. “Over the past 30 years, Chevron has been working with countries such as Indonesia to harness their geothermal resources to meet growing energy demand and sustainable development objectives.”

Through its geothermal operations in Indonesia and the Philippines, Chevron is a leader in developing the world’s geothermal fields. Chevron’s global geothermal operations have installed capacity to produce a total of 1,273 MW of geothermal energy, accounting for more than half of all privately developed capacity.

Chris Prattini, managing director of Chevron’s IndoAsia Business Unit said, “We extend our gratitude to the government and community for their ongoing support of our geothermal operations. Chevron has had a presence in Indonesia for more than 80 years, and we are pleased to be able to bring our leading-edge technology, reservoir management skill and drilling capabilities to help develop the country’s geothermal resources for the people of Indonesia.”

The Darajat III unit has been approved by the United Nations as a Clean Development Mechanism (CDM) project, a market-based instrument of the UN’s Kyoto Protocol to encourage implementation of cost-effective greenhouse gas reductions. Darajat III is the largest geothermal energy project to be registered under the CDM program.

Chevron operates four geothermal facilities in the Asia-Pacific region. In the early 1970s, the company made two discoveries in the Philippines, which led to the development of the Tiwi and Mak-Ban geothermal resources. Commercial production from two further discoveries, Salak and Darajat in West Java, Indonesia, began in the 1990s. Darajat Units II and III were developed in conjunction with local Indonesian partner PT. Darajat Geothermal Indonesia under a Joint Operation Contract with Pertamina.

Chevron is one of the world’s leading integrated energy companies. The company has about 56,000 employees, and Chevron’s subsidiaries conduct business in approximately 180 countries. Chevron operates across the entire energy spectrum-exploring for, producing and transporting crude oil and natural gas; refining, marketing and distributing fuels and other energy products; generating power; designing and marketing large-scale energy efficiency solutions; and commercializing the energy resources of the future, including biofuels and other renewables. Chevron is based in San Ramon, Calif. More information on Chevron is available at http://www.chevron.com.

Cautionary Statement Relevant to Forward-Looking Information for the Purpose of “Safe Harbor” Provisions of the Private Securities Litigation Reform Act of 1995.

Some of the items discussed in this press release are forward-looking statements about Chevron’s geothermal development activities. Words such as “anticipates,” “expects,” “intends,” “plans,” “targets,” “projects,” “believes,” “seeks,” “estimates,” “budgets” and similar expressions are intended to identify such forward-looking statements. The statements are based upon management’s current expectations, estimates and projections; are not guarantees of future performance; and are subject to certain risks, uncertainties and other factors, some of which are beyond the company’s control and are difficult to predict. You should not place undue reliance on these forward-looking statements, which speak only as of the date of this press release. Unless legally required, Chevron undertakes no obligation to update publicly any forward-looking statements, whether as a result of new information, future events or otherwise.

More information:

ASEAN Energy News Service

http://aseanenergy.org/news/

Indonesia Jet Crash Kills All 234 Aboard; Haze Was a Possible Cause

An Indonesian Airbus A-300 that left Jakarta carrying 234 people crashed today as it approached an airport on the neighboring island of Sumatra, part of a vast region where thick smoke from forest fires has cut visibility.
Witnesses to the crash, near Medan, in northern Sumatra, 900 miles northwest of Jakarta, said the aircraft exploded as it crashed.
$(''All passengers and crew on board the plane that crashed were killed,'' the Communications Minister, Haryanto Danutirto, said Saturday, The Associated Press reported.$)
Rescue workers reported recovering 212 bodies in the first hours after the crash.
Officials of the Indonesian national carrier, Garuda Airlines, said 11 foreigners were aboard Flight 152, including two Americans, six Japanese, three Germans, a Malaysian and a Dutch citizen. The Taiwam Embassy said six of its citizens were also on board.
There was no official word on the cause of the crash, but a number of airports in Southeast Asia have been closed by the thick blanket of smoke caused by hundreds of forest fires burning in Indonesia.
''The weather conditions were O.K. for landing, but there was smoke and haze around Medan at the time,'' Communications Minister Haryanto Danutirto said.
Supandi, the president of Garuda, said at a news conference here that visibility was about one-third of a mile at the time of the crash, at 1:55 P.M. The airline canceled several flights into Medan after the crash, but airport officials said other carriers continued to use the airport.
Witnesses said the plane was flying low in the smoky haze in a hilly area 20 miles from the Medan airport when it hit a tree and crashed into a ravine, shattering.
Aviation experts said an investigation would be needed to determine the cause of the crash. But they said the haze could have been a factor.
''The people investigating this accident will certainly look at that among the other issues they will look at,'' said David Venz, a spokesman for Airbus Industrie, which makes the plane.
The Airbus A-300 is equipped with radar and guidance systems that allow it to land at night or in poor visibility, but airport officials would not say whether thy were in use. Nor was it immediately known whether the airport in Medan, the main city in northern Sumatra, is equipped with a simple beacon or the more advanced glide-slope indicator, which guides an incoming plane to the runway.
An accumulation of ash has been known to clog the engines of aircraft flying close to volcanic eruptions, but it was not clear whether ash from the forest fires could have been aloft in sufficient concentrations to have been a factor here.
Pilot error was also a possibility, an airline expert said, either related to the smoke or not. A plane still 20 miles from an airport would normally be several thousand feet in the air, and the witnesses made no mention of a sudden plunge that might indicate mechanical failure. It was also unclear whether the explosion that was reported came before or after the plane hit the ground.
Experts on airline safety have raised questions about the training and performance of Garuda personnel, and at one point the airline was banned from flying to airports in the United States. The ban was appealed and never went into effect.
Since 1982, Garuda has had six major crashes in which the planes were total wrecks. Although three of those crashes ended without fatalities, the total death toll in the other three was 56.
''They haven't had a lot of fatalities but they've trashed a lot of planes,'' said Darryl Jenkins, a professor of airline economics at George Washington University in Washington. ''They are one of the most poorly run airlines in the world.''
If the crash did result from the smoke, it adds urgency to an unfolding disaster. The pungent haze is spreading northward from Indonesia through Singapore, Malaysia, Brunei, the Philippines and Thailand, mingling with the smog of cities, darkening beach resorts, hampering agriculture and sending tens of thousands of people to hospitals with respiratory ailments.
''The sky in Southeast Asia has turned yellow, and people are dying,'' said Claude Martin, director general of the World Wide Fund for Nature in a statement released in Geneva. ''What we are witnessing is not just an environmental disaster but a tremendous health problem being imposed on millions.''
Indonesia has declared a state of emergency and issued an official apology to its neighbors.
Most of the smoke is coming from fires on the islands of Sumatra and Borneo. Many of the fires have been deliberately set as a cheap though illegal way of clearing land.
Much of the clearing is for palm-oil plantations as prices for the commodity rise. Slash-and-burn farmers are also setting fires, as they traditionally do during the dry season that begins in June.
The cyclical reappearance of El Nino, a warming of surface water temperatures in the South Pacific, is disrupting weather patterns over much of the globe this year, and in Southeast Asia it has delayed the onset of the monsoon, which usually douse the fires. Officials here said the prolonged dry season was also causing areas that have been stripped of their forest cover to burst into flame.
The hot, dry weather is causing a drought that has reportedly taken more than 200 lives on New Guinea, which is shared by Indonesia and Papua New Guinea.
Wildlife is also threatened. The president of the International Worldwide Fund for Nature, Syed Babar Ali, who is visiting here, called the fires ''an international catastrophe.''
Map of Sumatra showing location of Medan: The Indonesian Airbus A-300 crashed near the Medan airport.

Smoke From Indonesia Fires Again Threatens the Region

Hundreds of man-made fires are burning again in remote areas of Indonesia, blackening vast areas of rain forest and sending pungent smoke across several countries.
The fires, mostly set by owners of large plantations to clear land on Borneo and Sumatra, reached a peak two years ago, when thick smog dimmed the sun in Malaysia, Singapore, Brunei, Thailand and the Philippines, as well as Indonesia.
Now some environmental groups are warning that this could be another disaster year, and officials from 10 countries in the region met in Singapore today to press Indonesia to take action.
''Certainly we hope that it will not be worse than it was two years ago,'' said Dedi Jefri, an official of Indonesia's leading private environmental group, Walhi. ''But actually if the Government does not take preventive action, it could be at least as bad this year.''
In a report this month, Walhi said at least 441 fires were burning as the dry season got under way.
Though the smog is far thinner than at its peak two years ago, it has already caused some airlines to divert flights and is blamed for a collision of a barge and a tanker off Sumatra two weeks ago that cost 10 lives.
But there may be little anyone can do about it.
Under international pressure, Indonesia passed laws in 1997 forbidding the use of fire to clear land during the dry season, from July through October. Officials said 176 companies were suspected of using the method. But so far, not one has been successfully prosecuted.
With the Government weak and distracted by politics and continuing outbreaks of violence, a former official said, there was little hope of effective enforcement.
The companies involved are powerful and well connected, and the revenue from the plantations is desperately needed as Indonesia's economy continues to founder, said the official, who spoke on condition of anonymity.
A British environmental group, Down to Earth, said in a recent report, ''The forest fires are a symptom of the crisis in Indonesian politics, economics and forestry policy.''
Environmental groups estimated that the fires in 1997 destroyed 25 million acres of forest land and caused losses to Indonesia of nearly $9 billion.
In Singapore this week, Emmanuel Nabet, managing director of Spot Asia, an international supplier of geographic information, said nearby countries were losing patience.
''I think we are going to see a very interesting meeting because Indonesia's neighbors seem to be fed up with the situation,'' he said in a report by The Associated Press.
The smog has been most troublesome to Malaysia, where in 1997 it turned noon into dusk and forced residents of the capital, Kuala Lumpur, to wear surgical masks.
For fear of scaring off tourists, the response in Malaysia this year has been to declare that there is no smog. On Aug. 5 the Government there announced it would no longer publish regular updates of its pollution index. Malaysian officials blamed the smog for a 13 percent drop in tourists in 1997, to 6.2 million.
''There is nothing alarming,'' said the Environment Minister, Law Hieng Ding. ''Why do you all trust CNN? People can see for themselves.'' CNN and foreign newspapers and magazines have shown pictures of Kuala Lumpur's skyline blurred by smog.