Posted inEnergy Transition

bp, ADNOC and Masdar to form strategic partnership to provide clean energy solutions for UK and UAE

bp and ADNOC intend to continue decarbonizing existing oil and gas operations through the use of methane detection, CCUS and pioneering digital technologies

by Carla Sertin
Sustainability, reducing greenhouse gas emissions, and the energy transition have been hot button issues for the oil and gas industry as the sector looks to build back from the COVID-19 pandemic. Policy makers around the world have been examining methods to encourage companies to reduce carbon emissions. Among these, instituting carbon pricing, a term referring to a policy that would put a dollar cost on emissions that emitters would have to pay, has emerged as a popular topic of discussion. A new report from multinational professional services firm Pricewaterhouse Coopers (PwC) has found that an international carbon price floor (ICPF) for carbon dioxide and other greenhouse gas emissions could reduce global greenhouse gas emissions by 12.3 percent. Encouragingly, the firm found that the cost of implementing the policy would be equal to less than one percent of GDP, and, more importantly, that this cost would effectively pay for itself by avoiding economic losses associated with global warming. “We found that introducing an ICPF could be done without severe economic damage to livelihoods and business, although the effects would be somewhat uneven across the world. The costs to society and business of failing to act are far greater,” says Robert Moritz, global chairman of the PwC network. PwC analysed a proposal from the International Monetary Fund announced in June to set an ICPF of greenhouse gas emissions that by 2030 would reach $75 per tonne for high-income countries, $50 per tonne for middle-income countries, and $25 per tonne for low-income countries. Importantly, this policy is designed to encourage greenhouse gas emissions to be lowered everywhere, rather than emitters simply moving operations to countries were the cost of greenhouse gas emissions would are lower. Today, carbon is priced anywhere between $0 and $130 per tonne of CO2 equivalent in different territories around the world. As such, countries have been reluctant to place onerous costs on the production of carbon due to the risk of decreasing their international competitiveness. By implementing a global policy, this problem is greatly reduced – along with reducing the possibility businesses shifting carbon production from one area to another in a bid to avoid additional costs, a dynamic referred to as carbon leakage. PwC’s scenario found that an ICPF would not lead to major carbon leakage, but also found that its impact would be uneven across territories and sectors, with lower-income countries that rely heavily on coal for energy being harder hit, for example. As such, PwC noted that examining the use of the revenue gained from carbon pricing would be key to understanding the efficacy of the policy. “The political and technical challenges remain very significant, but we hope the research will encourage countries to consider pricing carbon in such a way that it scales up effort to reach net zero in time to limit the worst effects of climate change on people and our planet,” Moritz says. Revenues that would be raised from a carbon pricing policy would be significant, which could then be used to help ease the transition. In some regions, PwC found that revenues from an ICPF could be as high as three percent of GDP. In the firm’s scenario, these funds are collected and then redistributed to all regions where the revenues were collected, creating, in effect, a carbon dividend which would help households that have been hit by the additional costs caused by the introduction of the ICPF. Additionally, these revenues could be used to supplement innovation research, create jobs, or lower taxes. PwC estimates that for low-income economies, only 13 percent of revenues raised by the ICPF in high-income economies would be needed to compensate for GDP losses caused by the policy. In particular, the firm points to the South African Customs Union and China as regions which would be most heavily impacted by the ICPF. In these regions, PwC believes carbon pricing revenues could reach 2.8 percent and 1.7 percent of GDP, respectively. “The results of analysis of the ICPF are extremely positive. Public-private cooperation will be key for next steps and to accelerate efforts for a more sustainable and inclusive recovery,” Børge Brende, President at the World Economic Forum says. The firm also analysed the differences between the application of an ICPF if it were limited only to high-income countries versus middle-income countries as well. PwC found that if only high-income countries were included, the global emission drop would reach just 1.9 percent, compared to estimated 2030 figures without an ICPF. However, if middle-income countries, particularly China, are included then the drop in emissions would jump to eight percent. For the 12.3 percent figure to be hit, an ICPF would need to be applied to all countries globally. If the ICPF were implemented globally, and when combined with countries’ existing pledges for emission reductions, global warming could be limited to 2C, the firm said. While this figure is still significantly higher than the 1.5C limit that scientists have previously pointed to as essential to prevent catastrophic climate damage, PwC believes that an ICPF, combined with additional climate ambition and action, would give the world a much greater chance of adhering to 1.5C.
Carbon

bp, ADNOC and Masdar have signed three agreements with the potential to lead to billions of dollars of investment into clean and low carbon energy, creating potentially thousands of energy jobs. 

The first agreement would see the companies collaborate to initially develop 2GW of low carbon hydrogen across hubs in the UK and UAE, with the intention to expand as the project progresses. Access to clean hydrogen – a critical fuel in the decarbonization of hard-to-abate industries – can reduce emissions, ‎enable new, low carbon products, and unlock future fuels. Today’s announcement could enable a significant contribution towards the UK Government’s target to develop 5GW of hydrogen production by 2030.  

It could also lead to the first international investment in the low carbon hydrogen facility in Teesside (H2Teesside), which aims to produce 1GW of blue hydrogen starting in 2027. H2Teesside would capture and store up to two million tonnes of carbon dioxide (CO2) a year through the Northern Endurance Partnership (NEP). The investment is expected to support thousands of jobs and stimulate economic growth. It is also expected to diversify and bolster local supply chains in both the UK and UAE. 

As part of the first agreement, bp, ADNOC and Masdar also intend to pioneer decarbonized air corridors between the UK and UAE – one of the busiest global air travel routes – further strengthening the commercial and cultural ties between the two countries in a sustainable way. 
 
Bernard Looney, bp’s chief executive officer, said: “The UK and UAE governments have bold plans for decarbonization. The UK is our home and we have worked in the UAE for nearly a century. By partnering with the visionary leaders of ADNOC and Masdar, we see massive business opportunity to generate the clean energy the world wants and needs – and at the same time revitalise local economies and create the jobs of the future.” 
  
Prime Minister Boris Johnson said: “This is a fantastic investment in the industries of the future, creating high value jobs across the UK as we build back better and greener. It is clear indication that businesses in the energy sector are taking the transition to cleaner solutions seriously, and a major boost to the UK’s own ambitious net zero goals. Our Global Investment Summit later this year will attract more exciting investment like this to the UK, demonstrating that economic growth, technological advancement and fighting climate change go hand-in-hand.” 

H.E. Dr. Sultan Ahmed Al Jaber, Minister of Industry and Advanced Technology, Managing Director and Group CEO, ADNOC and Chairman, Masdar added: “The UK and UAE have enjoyed decades of strong economic ties and the agreements signed today between ADNOC, Masdar and bp will serve to deepen the strategic relationship between our countries. We look forward to building upon this legacy to strengthen both countries’ ambitions to generate economic growth through low-carbon initiatives.” 
 
bp and Masdar have also agreed to explore opportunities to develop, build and operate sustainable energy and mobility solutions for cities – in the UK, UAE and beyond – on the road to net zero. The two companies will initially focus on the application of energy efficiency and storage, cleaner fuels and distributed renewables generation.  
 
Finally, bp and ADNOC plan to deepen their collaboration to decarbonize oil and gas operations in Abu Dhabi, including the potential development of Carbon Capture Use and Storage (CCUS) hubs. The two companies would also harness advanced methane emission detection and reduction technologies and create Smart Decision Centres in the UAE, where digital and AI technology would then be used to accelerate operational efficiency. 
 
The expected areas of collaboration align with the key areas of both the UK government’s 10-point plan for a green industrial revolution and the UAE Government’s ‘Principles of the 50’, which includes the development of a dynamic domestic economy through scientific and technical excellence.