Skip to main content

"Oil and Renewable Energy Collide: UAE Appoints Controversial Leader as President for Upcoming Climate Summit"


image source: (unsplash: zbynek Burival)

The United Arab Emirates has appointed Sultan al Jaber, the head of the national oil company ADNOC, as the president for the upcoming COP28 climate summit set to take place in Dubai later this year. 

Al Jaber is also the UAE's special envoy on climate change and plays a crucial role in the country's goal of reaching net-zero emissions by 2050, which makes him a highly controversial choice for the role. As the CEO of Abu Dhabi National Oil Co., Al Jaber oversees the pumping of nearly all the crude oil in the UAE, which produces about 3.2 million barrels of oil per day. 

However, it should be noted that Al Jaber is also the chairman of the UAE's largest renewable energy company, Masdar, which has the capacity to produce 20 gigawatts of clean power and plans to invest billions of dollars to increase its capacity to 100 gigawatts globally this decade, which is about double the renewable energy that the U.K. can produce today. 

The COP28 summit will take place from November 30 to December 12 and the president plays a crucial role in setting the agenda and forging a consensus among different nations.

What is Cop?

The COP (Conference of the Parties) climate summits are annual meetings organized by the United Nations Framework Convention on Climate Change (UNFCCC) to discuss and negotiate international agreements on climate change. 

The first COP summit was held in 1995 and since then, COP summits have been held annually, except for the years when a "review" summit is held, which occurs every five years. 

The main objective of these summits is to review progress in dealing with climate change and to negotiate and implement measures to reduce global greenhouse gas emissions. 

The summit's decisions are made by consensus among all participating countries. The outcome of each summit is a set of agreements, known as COP decisions, which lay out action plans and targets for reducing emissions and adapting to the impacts of climate change. 

The most notable agreement reached at COP21 was the Paris Agreement, which was adopted in 2015, and aims to limit global warming to well below 2 degrees Celsius above pre-industrial levels, and to pursue efforts to limit the temperature increase to 1.5 degrees Celsius.

source: (Bloomberg, world oil)
#UAE #Cop28 #ClimateChange #Oil #Renewableenergy

Comments

Hot Topics

Next-Generation Geothermal: Technologies, Simplified Policy, Financing, and Value Chain

Geothermal energy is poised to play a transformative role in the global shift toward renewable energy and sustainable development .  By:  Robert Buluma As the world races to meet ambitious decarbonization targets, the untapped heat beneath our feet offers a reliable, baseload power source that can complement intermittent wind and solar generation. However, unlocking this potential at scale requires not only cutting-edge geothermal future technologies but also streamlined policy frameworks , innovative financing models , and a reimagined geothermal value chain that reduces costs and accelerates deployment. This article explores the next generation of geothermal innovations technologies that are still on the drawing board alongside strategies to simplify regulations, attract capital, and integrate the value chain into fewer, disruptive steps. Throughout, we’ll highlight key aspects  such as enhanced geothermal systems, closed‑loop geothermal, AI-driven exploration, poli...

Revolutionizing Renewable Energy: Texas Paves the Way for Closed-Loop Geothermal Innovation

Pioneering the Future of Geothermal Energy: Texas Leads the Way with Closed-Loop Systems By: Robert Buluma Vallourec's closed loop concept North of Houston, a transformative geothermal initiative is reshaping the energy sector. NOV, a key player in drilling and completions technology, has successfully completed an 11,500-foot closed-loop geothermal test well, marking a significant step forward in renewable energy development. This project highlights the growing potential of closed-loop geothermal (CLG) systems to redefine energy production. Ejen it comes to Geothermal,Innovation and Technology is key and we have seen alot of new findings lately. Unlocking New Possibilities in Geothermal Energy Unlike conventional geothermal systems that rely on naturally occurring underground water sources, CLG technology operates using a sealed system. A specialized heat transfer fluid circulates through a continuous loop, absorbing heat from deep underground rock formations and transporting it to...

Innargi Secures First Geothermal Exploration License in Germany

A New Dawn for Renewable Energy in Kiel Transforming Kiel into a Geothermal Powerhouse By: Robert Buluma In a monumental move that marks a pivotal shift in Germany’s renewable energy trajectory, Innargi has secured its first geothermal exploration license in the country. The State Office for Mining, Energy and Geology (LBEG) has granted this exploration license, covering approximately 280 square kilometers in Kiel and its surrounding areas. This bold step not only expands Innargi’s footprint beyond Denmark and Poland but also positions Kiel as a future hotspot for geothermal energy production in Northern Europe. Who is Innargi? A Geothermal Powerhouse in the Making Founded with the mission to unlock deep geothermal energy across Europe, Innargi has rapidly established itself as a frontrunner in geothermal development . The company’s expertise spans large-scale district heating projects in Denmark , exploration initiatives in Poland , and now, an ambitious geothermal future ...

Panasonic Energy Taps into Geothermal Power to Double Renewable Energy Use and Cut CO₂ Emissions in Japan"

In an inspiring move that underscores its commitment to a carbon-neutral future, Panasonic Energy Co., Ltd.  has announced the introduction of geothermal energy through an off-site corporate Power Purchase Agreement (PPA) in Japan.  By:  Robert Buluma This strategic step, launched on April 1, 2025 , is expected to deliver approximately 50 GWh of geothermal electricity annually , reducing CO₂ emissions by an estimated 22,000 tons per year . This groundbreaking agreement was made possible through Panasonic Operational Excellence Co., Ltd. and executed in partnership with Kyuden Mirai Energy Co., Inc. , a leading provider of renewable energy solutions in Japan. Unlocking the Power Beneath: Why Geothermal? Unlike solar or wind, geothermal energy offers stable, weather-independent output . That makes it a crucial piece of the puzzle in achieving round-the-clock clean energy supply. Panasonic’s choice to tap into geothermal reflects a deeper strategy to diversify its renew...

Google and Baseload Capital Forge Groundbreaking Geothermal Partnership in Taiwan

A Major Leap for Clean Energy and the Digital Economy By: Robert Buluma In a bold and inspiring move, Google has partnered with Baseload Capital Sweden AB , a renowned global geothermal energy developer, to reshape the future of sustainable energy in Asia. This historic agreement, announced on April 15, 2025 , marks the first-ever corporate power purchase agreement (CPPA) for geothermal energy in Taiwan  a monumental step toward 24/7 carbon-free energy for the tech industry. As digital infrastructure expands rapidly across the globe, fueled by artificial intelligence and hyperscale data centers, the demand for reliable and clean energy has never been more urgent. This partnership not only fulfills that demand but sets a compelling precedent for how tech giants can lead the transition toward sustainable innovation. Why This Deal Matters: Clean, Firm Power for a Greener Future At its core, this partnership between Baseload Capital and Google isn't just about energy it's about e...

Bedrock Energy to Utilize Geothermal Energy In Cooling Data Centers

Revolutionizing Cooling Systems:  Bedrock Energy's Geothermal Vision for Data Centers By:  Robert Buluma When we think of energy, we often picture massive solar farms, towering wind turbines, or roaring hydroelectric dams. But beneath our feet lies a largely untapped resource that could redefine how we heat and cool buildings: geothermal energy. Bedrock Energy , a trailblazing startup, is diving deep—literally—to show the world that geothermal systems can revolutionize cooling systems for data centers, offices, and more. Should you be new to this recent found love between geothermal and data centers dive into this article. Google just recently partnered up with NV Energy in a quest to power its data centers. The Challenge: Space and Efficiency    In most regions, geothermal wells stop at around 500 feet. While this shallow depth provides some energy benefits, the land required for these installations is vast—something most commercial buildings or data centers simply...

JOGMEC Calls for Proposals on Microseismic Technology for Geothermal Exploration

Advancing Geothermal Exploration Through Passive Seismic Techniques By: Robert Buluma The Japan Organization for Metals and Energy Security (JOGMEC) has launched a competitive tender inviting qualified firms to contribute to a groundbreaking technological development project. This initiative focuses on refining microseismic array technology to enhance geothermal exploration, providing a cost-effective and adaptable method for identifying potential geothermal resources. Interested applicants have until April 21, 2025 , to submit their proposals. This initiative is part of JOGMEC’s ongoing commitment to advancing geothermal energy through innovative exploration methods. The project, titled "High-Efficiency High-Density Geothermal Exploration Technology – Development of a New Exploration Method Using Elastic Waves," seeks to optimize the detection of geothermal reservoirs by leveraging passive seismic sources. The Role of Microseismic Technology in Geothermal Exploration Tr...

Tender For NRW Geothermal Research Well

A New Chapter for Geothermal Exploration in NRW: A Major Research Drilling Project The Geologischer Dienst Nordrhein-Westfalen (GD NRW) has just launched an exciting new phase in its mission to unlock the geothermal potential of the region. On September 9, 2024, the official announcement was made for the launch of a research drilling project, marking a significant milestone in NRW's efforts to tap into sustainable energy resources. This ambitious project is focused on exploring the geothermal capacity of the "Kohlenkalk" rock layer, with the aim of drilling up to 1,000 meters deep. The insights gained from this project could shape the future of renewable energy in the region and contribute to the ongoing transition towards clean, sustainable power. The seismically driven preliminary investigations have already indicated promising results, adding to the anticipation surrounding the upcoming drilling scheduled for March 2025. A Multi-Phase Approach to Innovation The researc...

"A $100 Million Journey to Revolutionize Energy: Australia and Germany Join Forces to Unleash the Potential of Renewable Hydrogen"

© shutterstock/Audio und werbung Australia and Germany have joined forces in a quest to revolutionize renewable hydrogen production through a $100 million funding initiative known as the German-Australian Hydrogen Innovation and Technology Incubator (HyGATE). This partnership, aimed at accelerating research and development in the field, will finance four joint projects, including the world's first solar methanol plant and a 10 MW hydrogen electrolyzer that will tap into Australia's first major solar thermal project in South Australia's Port Augusta. Two of the projects, the EGH2 and the Atco ScaleH2 initiatives, represent the final stage of what could become massive gigawatt-scale green hydrogen projects in Queensland and New South Wales, respectively. The EGH2 project, a collaboration between Edify Energy and Siemens Energy, will be deployed in Townsville, Queensland, and will employ a 17.5 MW Siemens Energy electrolyzer and 21 MW solar PV to produce renewable hydrogen. Th...

"Harnessing Earth’s Fiery Core: Supercritical Geothermal’s Power Unleashed"

The Future of Geothermal Energy: Unlocking the Potential of Supercritical Geothermal Resources By:  Robert Buluma In the deep underbelly of the Earth, where the heat is nearly unbearable, lies a force so powerful it could reshape our energy landscape forever. This is the story of supercritical geothermal resources—a frontier so ambitious, so untapped, that it promises not just to meet, but to exceed, our wildest dreams for sustainable energy. The Hidden Power Beneath Our Feet Imagine drilling into the Earth's crust, past boiling reservoirs and molten rock, into a realm where temperatures and pressures reach a critical point, transforming water into a supercritical fluid. Neither liquid nor gas, this supercritical fluid holds the potential to produce ten times more energy than conventional geothermal sources. It’s a resource that could power cities, industries, and entire nations with clean, renewable energy. But this isn't just a tale of boundless potential—it's a journey f...