(Editor's Note: In the original version of this article, published earlier today, we misstated the rating on Medco Energi Internasional Tbk. PT in chart 1. A corrected version follows.)
Key Takeaways
- Most of the 13 oil and gas producers we rate in Asia-Pacific have investment-grade profiles, indicating strong cash flow and low debt and time to adapt to the energy transition.
- Strong cash flow from hydrocarbon assets provides capacity to invest in decarbonization. However, long-dated debt profiles create inherent exposure for investors to the energy transition.
- Technological, regulatory, and refinancing risks could shorten deadlines, and issuers' current capital expenditure plans pose a risk--albeit remote for now--of stranded assets.
Strong cash flow, low leverage, capital expenditure, and an abatement strategy. These attributes mean the 13 oil and gas producers we rate in Asia-Pacific are well placed to preserve their creditworthiness during the transition to a world of net-zero emissions. Demand for their products will persist for the foreseeable future.
How they adapt to the transition is not without risks--regulatory, technological, and refinancing. Abatement strategies are not final; there is potential for stranded assets; and the volume of long-dated debt is high. These factors could bite if the transition takes unforeseen turns.
Long-Dated Debt Exposes Investors To Risks From Changes In Business Models
The transition to a low-carbon economy creates challenges for the business models of Asia-Pacific oil and gas companies. Much of the substantial debt issued by them is very long-dated. And while positive for the issuers because it reduces refinancing risks, it nevertheless creates inherent exposure to the energy transition for debt investors (see chart 1).
At the extreme, Thailand-based producer PTT Public Co. Ltd. has a US$700 million issue maturing in 2070 and a US$100 million tranche maturing in 2110. Other oil and gas issuers in Asia-Pacific have debt maturing in the 2040s and 2060s whereas they have set their Scope 1 and 2 net-zero targets at 2050 or 2060.
Chart 1
Investment-Grade Credit Profiles Imply Resilience And Support
Low leverage and strong cash flow mean we consider these companies to be well placed to sustain creditworthiness and manage the long-dated refinancing risks embedded in their capital structures.
Eleven of the 13 issuers have stand-alone credit profiles that are investment grade. These credit profiles incorporate our view of the resilience of these businesses to manage economic challenges, including the energy transition. Healthy balance sheets will also support these issuers as they invest to decarbonize and defend their market competitiveness in the net-zero world.
This group includes 10 national oil companies (NOCs), all of which have investment-grade issuer credit ratings. The ratings factor in extraordinary credit support from their governments, as measured by adjustment of 1-8 notches from their stand-alone credit profiles (see table 5 in the Appendix). Independent of government support, most of the NOCs have stand-alone credit profiles that are typically investment grade.
Also investment grade are the two investor-owned Australian companies Woodside Energy Group Ltd. and Santos Ltd., which sell mostly into Asia, contributing to regional energy security.
As the energy transition unfolds, the role these companies play in their respective economies could evolve. For example, a NOC that fails to adapt to the net-zero world might lose its market advantage and competitiveness; consequently, diminished relevance to the country's energy policies could lead to changes in the level of extraordinary government support.
Crucial Role Of Issuers Gives Them Time To Adapt
Material demand for oil and gas in Asia will persist. S&P Global Commodities Insights projects that substantial demand for hydrocarbons is likely to exist up to 2050.
Chart 2
Apart from power, another demand-factor that suggests oil and gas issuers have time to adapt is their role in providing feedstocks for the petrochemical industries. For example, Malaysian NOC Petroliam Nasional Bhd. (Petronas), Thai NOC PTT, and China National Petroleum Corp. (CNPC) have vertically integrated operations that provide feedstock for their petrochemical businesses. PTT sells about 12% of its natural gas and byproducts as petrochemical feedstocks.
Robust Balance Sheets Equal Capacity To Adapt
Several balance-sheet factors underpin the credit strength of Asia-Pacific oil and gas producers we rate. These include:
- Their underlying size;
- Production profiles;
- Reserve base;
- Robust cash flow; and
- Ability to maintain relatively low leverage.
Additionally, issuers have used the strong oil prices of the past two years or so to deleverage. Some have repaid large amounts of debt. Cumulative adjusted debt in the Asia-Pacific oil and gas sector has declined by about US$65 billion from 2019 to US$125 billion in 2023. China National Offshore Oil Corp. (CNOOC) and Petronas essentially operate with net cash. Consequently, for most issuers across the region we see debt-to-EBITDA ratios averaging at about 2.5x
Chart 3
Additionally, rated issuers' strong cash flow generation and relatively low leverage will provide some buffer as the producers invest to address the energy transition and navigate the consequent changes in their business models. At the same time, they will fulfill their debt and interest payment obligations, and distribute shareholders returns. This strong cash flow means that issuers could potentially repay their outstanding debt.
Chart 4
Chart 5
In the case of NOCs, their ability to generate strong cash flow is a key attribute of their stand-alone credit profiles. This is because, compared with privately owned companies, NOCs have less flexibility in how they use cash, in our view. It's somewhat of a juggling act. NOCs are expected to allocate capital according to the multiple objectives set out by their respective governments. These include:
- Ensuring energy security;
- Ensuring steady dividend payments to fund government programs; and
- Ensuring contribution to national decarbonization and energy transition plans.
Another factor that supports our view of the creditworthiness of rated NOCs is their steady sales volume. This is backed by dominant market share in their respective countries, ranging from 30% to more than 50%. Such steady sales will support aggregate operating cash flow generation of about US$150 billion-US$160 billion annually from 2024 to 2026.
Exceptions To The Deleveraging Trend
The exception to the deleveraging trend is Woodside, which reflects the impact of the merger with BHP Petroleum in 2022. That said, we expect the company to delever once major projects come on stream over the next two years.
On the other hand, speculative-grade Indonesia-based PT Medco Energi Internasional Tbk. is likely to continue to maintain relatively higher leverage, given its business model of acquiring pre-established assets and undergoing brownfield development of existing reserves discarded by the majors.
Korea National Energy Corporation (KNOC) is another exception. Its past government-mandated acquisitions have kept its leverage level close to 10x. It reached 8.5x debt-to-EBITDA in 2023 and is ranked the highest for leverage among other rated companies.
The Pace of Decarbonization Also Depends On Shareholders
Notwithstanding the primacy of energy security and reliability, NOCs in Asia-Pacific will play a crucial role in helping their respective countries meet net-zero targets in the next 25-35 years. We note that all the rated entities, including the NOCs, are committed to Scope 1 and Scope 2 decarbonization targets, albeit with varying degrees of ambition (see table 1).
However, the commitment to reduce Scope 3 emissions seems to be pale in comparison across all rated entities and their sovereign states.
Table 1
Net-zero targets of Asia-Pacific oil and gas producers and respective sovereigns | ||||||||
---|---|---|---|---|---|---|---|---|
Issuer | Scope 1 and 2 net-zero target | Sovereign | Net-zero target | |||||
China National Offshore Oil Corp. | 2050 | China | 2060 | |||||
China National Petroleum Corp. | 2060 | China | 2060 | |||||
China Petrochemical Corporation | 2060 | China | 2060 | |||||
INPEX Corporation | 2050 | Japan | 2050 | |||||
Korea National Oil Corp. | 2050 | Korea | 2050 | |||||
Medco Energi Internasional Tbk. PT | 2038 | Indonesia | 2060 | |||||
Oil and Natural Gas Corporation Ltd. | 2050 | India | 2070 | |||||
Pertamina (Persero) PT | 2050 | Indonesia | 2060 | |||||
Petroliam Nasional Berhad | 2060 | Malaysia | 2050 | |||||
PTT Exploration and Production Public Co. Ltd. | 2050 | Thailand | 2065 | |||||
PTT Public Co. Ltd. | 2050 | Thailand | 2065 | |||||
Santos Ltd. | 2040 | Australia | 2050 | |||||
Woodside Energy Group Ltd. | 2050 | Australia | 2050 | |||||
Source: S&P Global Ratings. |
The decarbonization goals of rated NOCs vary from being in line with to being slightly more aggressive than their respective countries' net-zero commitments (see table 1). Among the factors that will determine each country's pace of and willingness for decarbonization are:
- Energy security;
- Meeting domestic energy demand; and
- The availability of fossil energy in their home countries.
CNPC and Indonesia-based Pertamina (Persero) PT, for example, set their net-zero target as 2060--about a decade later than that of their regional peers. For both entities, this reflects the Chinese and Indonesian governments' priority of national energy security; in the case of Pertamina, it also incorporates the company's public service obligation in providing subsidized fuel in Indonesia.
Non-NOCs such as Woodside and Santos are under more pressure from shareholders and investors to decarbonize their operations, in our view. We note that these two Australian issuers are at a more advanced stage than their regional peers when it comes to decarbonization projects.
Stranded Assets Become Front-of-mind Risk For Many Producers
The decarbonization goals of the issuers and their respective sovereign governments may put carbon-intensive projects at risk of becoming stranded assets. More aggressive decarbonization-related regulations and policies could heighten this risk.
Incorporating decarbonization plans into the development of their fossil resources will be a key focus of oil and gas companies, in our view. We believe this is likely the first strategy most producers will pursue on their decarbonization journey, given that any delay may reduce the prospect of these assets being monetized.
Table 2
Major oil and gas projects in Asia-Pacific | ||||||||
---|---|---|---|---|---|---|---|---|
Issuer | Traditional business projects | Estimated spend over 2024-2026 (mil. US$) | Comment | |||||
China National Offshore Oil Corp. | China: Shenhai-1 phase II natural gas; Suizhong 36-1/Luda 5-2 Oilfield; Overseas: Guyana & Brazil |
54,600.0 |
S&P Global Ratings estimates | |||||
China National Petroleum Corp. | Key domestic basins such as Songliao, Ordos, Junggar, Tarim, Sichuan and Bohai Bay |
111,000.0 |
S&P Global Ratings estimates | |||||
China Petrochemical Corp. | Tahe and Shengli Offshore, Shunbei, Western Sichuan, Fuling and Weirong, Shengli Jiyang shale oil |
35,400.0 |
S&P Global Ratings estimates | |||||
INPEX Corporation | Ichthys LNG Project: Naoetsu LNG Terminal; Minami-Nagaoka Gas Field |
9,500.0 |
S&P Global Ratings estimates | |||||
Korea National Oil Corp. | Dana Petroleum plc related projects (U.K.), KADOC (UAE), etc | about 1,500 | S&P Global Ratings estimates | |||||
Medco Energi Internasional Tbk. PT | Corridor Block; Tomori; South Natuna Sea Block B; Oman 60 | 256.0 | S&P Global Ratings estimates | |||||
Oil and Natural Gas Corporation Ltd. | KG-DWN-98/2 development; | 3,600.0 | S&P Global Ratings estimates | |||||
Pertamina (Persero) PT | Upstream: Sizable development drilling on existing and surrounding blocks incl. Rokan, OPLL-3B Offshore (Mahakam), B-11, ABG-GTR Stage 1 and 2, OPLL Sanga Sanga Pahase 2, Jambaran-Tiung Biru. Dowstream: Cilacap, Balongan, and Balikpapan refinery upgrades. |
>16,000.0 |
S&P Global Ratings estimates; 90%-93% capex allocated to hydrocarbons (upstream, refining products, downstream infrastructure) | |||||
Petroliam Nasional Berhad | ~13 greenfield projects and ~15 brownfield projects incl. Kasawari, Jerun, Rosmari-Marjoram and Lang Lebah in Sarawak, Gumusut-Kakap Redev and Belud Clusters in Sabah, and Bekok Oil Redev, Tabu Redev and Seligi Redevelopment |
29,700 |
RMB300 billion (US$63.5 billion) budgeted over five years; of which 80% will be allocated to hydrocarbons | |||||
PTT Exploration and Production Public Co. Ltd. | Drilling and ramp-up of G1/61 (Erawan); Pre-sanction development projects: Mozambique LNG, SK410B (Malaysia), Abu Dhabi offshore 2, Southwest Vietnam | 16,100.0 | S&P Global Ratings estimates | |||||
PTT Public Co. Ltd. | 7th and 8th Gas separation plant, new onshore transmission pipeline, LNG terminal, and other small initiatives in the trading business | 1,204.0 | Estimated capex on a stand-alone basis, excluding projects at PTTEP and other subsidiaries | |||||
Santos Ltd. | Barossa (LNG), Pikka Phase 1 (Alaska) | 3,700.0 | S&P Global Ratings estimates | |||||
Woodside Energy Group Ltd. | Sangomar (Senegal), Scarborough (Carnarvon Basin), Trion (GoM) | 17,300.0 | S&P Global Ratings estimates | |||||
RMB--Chinese renminbi. Sources: S&P Global Ratings |
While stranded asset risks may emerge in the future, with at least two decades away from their carbon emissions reduction goals and the need to ensure their countries' energy security, the primary capex focus of Asia-Pacific issuers remains their traditional hydrocarbon businesses. We project annual spending of US$110 billion over the next three years. The three Chinese entities account for about 70% of this amount. Examples of major projects include CNPC's projects to develop domestic basins in Songliao, Tarim, and Sichuan; and Japan-based Inpex Corp.'s Ichthys liquefied natural gas (LNG) terminal project in Australia.
A key strategy to decarbonize the carbon-intensive assets is carbon capture and storage (CCS), and carbon capture utilization and storage (CCUS) technology. While all rated producers are exploring commercial arrangements and suitability of projects, some are further ahead. Santos's development of its Moomba CCS project is well advanced, and the company expects a first injection in the third quarter of 2024.
Evolution To Decarbonization Begins With Non-Hydrocarbon-Related Capex
Aside from investment to develop traditional assets, companies are investing 10%-15% of their committed capex, on average, in new net zero carbon emission or renewable projects on low-carbon energy projects over the next five years.
Chart 6
Table 3
Major new energy and renewables projects in Asia-Pacific | ||||||||
---|---|---|---|---|---|---|---|---|
Issuer | New energy and renewables projects | Estimated spend (mil. US$) | Comment | |||||
China National Offshore Oil Corp. | Offshore wind power, onshore wind and solar PV project |
4,500.0 |
S&P Global Ratings estimates | |||||
China National Petroleum Corp. | Clean energy substuition in production process: geothermal energy, wind and solar power, hydrogen energy. Battery charging (swapping) stations |
4,500.0 |
S&P Global Ratings estimates | |||||
China Petrochemical Corp. | Green hydrogen refining and hydrogen refuelling station; geothermal energy; biomass energy. |
4,100.0 |
S&P Global Ratings estimates | |||||
INPEX Corporation | Kashiwazaki demo project (hydrogen); Goto City offshore wind project; Oyasu Geothermal Project; Muara Laboh Geothermal Project |
1,900.0 |
S&P Global Ratings estimates | |||||
Medco Energi Internasional Tbk. PT | Sumbawa Solar PV Project; Cibalapulang and Pusaka Parahiangan Mini Hydropower; | 220.0 | S&P Global Ratings estimates | |||||
Pertamina (Persero) PT | About 5% of capex budget historically allocated to new and renewable businesses. Preliminary early-stage MOUs signed initiated to develop CCUS/CCS strategy. Pipeline of internal development opportunities to be pursued via by Pertamina Geothermal Energy. |
>938 |
2024 target as the company does not disclose capex breakdowns beyond 12 months. Pertamina aims to allocate 15% of total capex to energy transition intiatives | |||||
Petroliam Nasional Berhad | Kasawari Carbon Capture project; new and renewable energy investments led by its new segment, Gentari. 49% equity stake in 403MW Peak Power project in India; multiple MOUs signed for potential development of renewable assets and EV infrastructure and charging stations. |
7,600.0 |
20% of RMB300 billion five-year capex budget 2024-2029 to be allocated to decarbonisation and expansion into cleaner energy solutions | |||||
PTT Exploration and Production Public Co. Ltd. | Seagreen offshore windfarm (Scotland), Green hydrogen (Oman), Arthit CCS (Eastern Thai CCS hub) |
1,600.0 |
10% of $20.8 billion five-year capex budget to be allocated to Beyond E&P | |||||
PTT Public Co. Ltd. | EV value chain. Battery business. Investment in non-petroleum businesses such as life science and pharmaceuticals. | 820.9 | Estimated capex on a stand-alone basis, excluding projects at PTTEP and other subsidiaries | |||||
Santos Ltd. | Moomba CCS | 220.0 | S&P Global Ratings estimates | |||||
Woodside Energy Group Ltd. | Targeting hydrogen, ammonia and emerging fuels production; Developing carbon credits, CCS and carbon utilisation solutions to reduce emissions. Spend targeted to 2030 | 5,000.0 | Company targeted to spend to 2030 | |||||
CCS--Carbon capture and storage. MG--Megawatt. PV--Photovoltaic. RMB--Chinese renminbi. MOU--Memorandum of understanding. Sources: S&P Global Ratings. |
We note that the current estimated spend among rated issuers for new and renewable projects can vary widely and that generally the current committed capex to such projects remains considerably lower than each respective company's budgeted spend.
Diverting away from the petroleum and energy business is another strategy that oil and gas producers are considering to adapt to the transition. Some producers--especially those with integrated downstream business--have entered the electric vehicle (EVs) sector. In a more extreme case, a few producers aspire to expand into entirely different industries. PTT, for example, has invested in life science and pharmaceutical businesses in the past three years to reduce its reliance on petroleum-based revenue over the next decade.
Rated Companies And Hydrogen Initiatives
Petronas has about 200 kilotons per annum of hydrogen opportunities through seven key partnerships, which have progressed beyond the feasibility stage.
Woodside has been establishing its H2OK hydrogen project in the U.S. targeting the heavy transport sector.
Commercializing Renewable Energy
Another Way To Gain Exposure To The Non-Petroleum Business
Inpex, for example, is pursuing several renewable projects domestically and globally, ranging from wind projects in Europe to geothermal projects in Indonesia.
PTT has tripled its renewable energy portfolio to 6.3 gigawatts (GW) as of March 2024 from 2.7GW in 2021. Its portfolio spans Thailand, Laos, Taiwan, and India.
Petronas to date has 2.9GW of renewable energy capacity installed and under construction both domestically and internationally. This includes acquisition of a 49% stake in the major Hai Long project offshore wind project in Asia, and the acquisition of WIRSOL Energy, a solar renewable renewable energy company in Australia.
Pertamina via Pertamina Geothermal Energy Tbk (PGE) and its power and renewable energy division manages 15 geothermal working areas, with a total installed capacity of about 1.9GW, of which 672.5MW capacity, which is operated independently, and 1.2GW capacity is handled through joint operations with other parties.
ONGC has announced plans to invest anywhere between Indian rupee (INR)30,000-INR35,000 crore to develop 5GW of solar and wind capacity by 2030.
Medco operates one geothermal independent power producer (IPP), two mini hydro IPP, and one solar photovoltaic (PV) plant in Indonesia. Medco holds 0.8GW of installed renewable energy capacity based on its share. It is also expanding and will develop a 2000 megawatt peak solar PV plant and a 500 megawatt battery storage project in Indonesia alongside other partners. It expects to complete these projects by 2028.
Investment In Electric Vehicles
A Way For Oil And Gas Majors' To Protect Their Role In The Consumer Transport Energy Business
Given the increasing transition to EVs replacing internal combustion engine vehicles in the next decade, a few Asia-Pacific producers have been expanding into the EV industry. These producers generally have retailing networks and infrastructure that could facilitate the rapid development of the EVs value chain.
Most notably, PTT has been investing in EV businesses, from battery to manufacturing and charging stations. PTT's rapid expansion of EV charging stations from 41 stations in 2021 to 705 stations by the end of 2023 was supported by its nationwide network of 2,262 gas stations. This strategy entrenches its downstream position in the energy supply chain.
Petronas is also stepping up investments as it looks to expand green mobility in Malaysia, India, and Thailand. It has installed close to 570 charging points and deployed more than 2,500 EVs under its vehicle-as-a-service offering.
Pertamina plans to use its existing infrastructure, such as gas stations and LPG outlets across Indonesia, to support EV penetration. Pertamina NRE will develop two-wheeled EVs. The company has already collaborated with several ride-hailing companies in Indonesia. This collaboration involves fleet operator development, drivers, and charging infrastructure. The company will also focus on developing battery packs for two-wheeled vehicles.
Not All Green Projects Will Turn A Buck
The challenge rated producers face is simultaneously netting off their carbon emissions and incrementally transforming their business models while continuing to operate highly profitable fossil assets.
The flipside to pledging large amounts of capital to net-zero projects is the potential for lower returns. The case of Woodside is instructive. Its internal rate of return hurdle for oil projects is greater than 15% with a five-year payback. In contrast, the requirements for gas and new energy projects are, respectively, greater than 12% and seven years; and greater than 10% and 10 years.
Woodside is exploring non-hydrocarbon opportunities and has committed to spending US$5 billion on new energy projects by the end of the decade. However, even at these lower returns that reflect lower capital requirements and more stable returns, it has yet to commit material levels of capital to any major new energy projects.
Risks That May Hasten The Transition Deadline
Several evolving risks could shorten the adaptation period thereby affecting the business risk profiles of oil and gas companies we rate. Trends that may affect structural supply and demand for hydrocarbons and accelerate the energy transition in the region include:
Regulatory pressure on more ambitious climate policies in the region. They may align their decarbonization targets to the 2050 target of most of the developed economies.
Potential expansion of carbon tariffs such as a cross border adjustment mechanism. As nations with more aggressive decarbonization timelines increasingly progress, it is unclear to what extent they will impose more draconian carbon tariffs.
Technological risks. Any material structural cost differential that emerges between renewables and hydrocarbon-based energy sources may not only compress timelines for adaptation but spur more competition for oil and gas companies. For instance, we note the rapid evolution of battery companies with respect to energy density and cost and the convergence to price parity of EVs to internal combustion engine models.
In addition, increased use of storage to support renewable electricity could narrow the gas bridge between coal and renewable power. Accordingly, companies that trail in their evolution could lose share in energy-supply markets.
Refinancing and access to capital. While we see no immediate shortage of capital in Asia, including debt financing, some lenders are scaling back or are no longer willing to support the fossil fuel industry. Moreover, getting funding for industries that rely on fossil fuels is becoming more uneven across countries. This is because regions are moving toward net-zero goals at different speeds.
This trend is becoming more visible between developed and emerging markets. In our view, in coming years, an absence of a credible decarbonization strategy may attract a risk premium to debt funding--if not fewer willing lenders.
Since most climate-risk investments in the Asia-Pacific are still in the early stages, it's hard to predict which companies will succeed or fall behind in the next decade.
Creditworthiness is no guarantee of a smooth transition but it's a crucial building block.
Appendix
Table 4
Energy transition targets of Asia-Pacific oil and gas producers | ||||||||
---|---|---|---|---|---|---|---|---|
Issuer | 2025 | 2030 | 2050 | |||||
China National Offshore Oil Corp. | 1.5 million tCO2e cumulative emission reduction; Obtain 5-10GW of offshore wind power resources, and install 1.5GW | 2028: carbon peak | Net zero carbon emissions | |||||
China National Petroleum Corp. | Carbon peak; Boost new energy output proportion to 7%; Reduce methane intensity by 50% (2019 base year) to 0.25%. | 2035 - goal to achieve equal portfolio of new energies, oil, and natural gas; 2033 - PetroChina aims to use low-carbon energy production and procurement to meet 100% energy needs of its production facilities. | Low-carbon goal to achieve "near-zero" emissions; Renewables = 50% of the output | |||||
China Petrochemical Corporation | Maintain the largest green hydrogen capacity in China; Geothermal heating service in China covering more than 100 mil. square meters of areas | Carbon peaking by 2030 | 100% of hydrogen produced with non-fossil energy; 100% of the hydrogen used by refineries is blue hydrogen or produced with non-fossil energy | |||||
INPEX Corporation | 10% NCE intensity reduction | Net zero routine flaring; Reduce net carbon intensity by 30% or more | Net zero Scope 1 and 2 emissions | |||||
Korea National Oil Corp. | Reduce 4.8 million tons of carbon annually via carbon capture | Reduce 60 million tons of carbon annually via carbon capture | ||||||
Medco Energi Internasional Tbk. PT | Reduce Scope 1 and 2 emissions by 20%; Reduce methane emissions by 25%; Renewable energy capacity to 26% | Reduce Scope 1 and 2 emissions by 30%; Reduce methane emissions by 37%; Renewable energy capacity to 30% | Net zero Scope 1 and 2 emissions | |||||
Oil and Natural Gas Corporation Ltd. | Renewable energy capacity of 10GW; 50% of energy from renewable sources; USD$12b committed to green initiatives | Net zero Scope 1 and 2 by 2038 | ||||||
Pertamina (Persero) PT | 23% emission reduction | 32% emission reduction | ||||||
Petroliam Nasional Berhad | Emissions cap of 49.5 million tonnes of CO2e with 50% reduction in methane emissions from 2019 base | 25% reduction in emissions (from 2019); Up to 1.2m tonnes/annum of hydrogen production | Net zero carbon emissions | |||||
PTT Exploration and Production Public Co. Ltd. | 30% emission intensity reduction; 50% by 2040 (from 2020 base year) | Net zero carbon emissions | ||||||
PTT Public Co. Ltd. | 15% emission reduction | Net zero carbon emissions | ||||||
Santos Ltd. | Reduce emissions across Cooper Basin and Queensland by >5%; Grow LNG exports to >4.5 Mtpa | 30% reduction in Scope 1 and 2 emissions; 40% reduction in Scope 1 and 2 intensity; Reduce Scope 3 by 1.5 Mtpa of CO2e (Reductions are measured relative to company-defined baseline measure) | Net zero organization by 2040 | |||||
Woodside Energy Group Ltd. | Reduce Scope 1 and 2 emissions by 15% | US$5 billion investment in new energy products; Reduce Scope 1 and 2 emissions by 30% (Reductions are measured relative to company-defined baseline measure) | Net zero carbon emissions | |||||
GW--Gigawatts. tCO2e--tonnes of carbon dioxide equivalent. LNG--Liquefied natural gas. Mtpa--Metric tonnes per annum. NCE--Net carbon emissions. Sources: S&P Global Ratings |
Table 5
Government-related entities status | ||||||||
---|---|---|---|---|---|---|---|---|
Issuer | Stand-alone credit profile | Issuer credit rating | Likelihood of extraordinary government Support | |||||
CNOOC | a | A+ | Extremely high (+1 notch) | |||||
CNPC | a+ | A+ | Extremely high (no impact) | |||||
Sinopec | a | A+ | Extremely high (+1 notch) | |||||
INPEX | bbb+ | A | High (+2 notches) | |||||
KNOC | bb- | AA | Almost certain (+10 notches) | |||||
Medco | bb- | BB- | ||||||
ONGC | bbb+ | BBB- | Very high (-2 notches from SACP) | |||||
Pertamina | bbb- | BBB | Almost certain (+1 notch) | |||||
PETRONAS | aa | A- | Almost certain (-4 notches) | |||||
PTTEP | bbb | BBB+ | ||||||
PTT | bbb | BBB+ | Extremely high (+1 notch) | |||||
Santos | bbb- | BBB- | ||||||
Woodside | bbb+ | BBB+ | ||||||
Source: S&P Global Ratings |
Writer: Lex Hall
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This report does not constitute a rating action.
Primary Credit Analysts: | Pauline Tang, Singapore + 6562396390; pauline.tang@spglobal.com |
Richard P Creed, Melbourne + 61 3 9631 2045; richard.creed@spglobal.com | |
Secondary Contact: | Minh Hoang, Singapore + 65 6216 1130; minh.hoang@spglobal.com |
Research Assistant: | Harry Hingston, Melbourne |
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