The U.S. faces a pressing waste crisis as global waste levels rise and recycling remains largely ineffective. Traditional landfills, responsible for massive methane emissions and water contamination, continue to grow, and the energy-intensive recycling process for plastics remains hotly debated. With artificial intelligence (AI) now revolutionizing landfill management and pushing energy companies like Exxon Mobil to address their role in plastic waste, the question is: can technology bring us closer to a sustainable future?

The rapid growth of natural gas production in the Permian Basin is pushing existing infrastructure to its limits, and additional pipeline projects are on the horizon to meet rising demand, according to East Daley Analytics. Despite ongoing price volatility—marked by repeated declines—demand for expanded energy markets continues to surge.

Dominion Energy has struck a major deal by selling half of its stake in the Coastal Virginia Offshore Wind (CVOW) project to Stonepeak, one of the world’s leading infrastructure investors, for $2.6 billion. While Dominion will retain full control over the project’s development and day-to-day operations, this partnership gives Stonepeak a non-controlling 50% interest.

Landfills are essential to America’s waste management system, yet they face several operational, environmental, and regulatory challenges. With over 2600 active municipal solid waste (MSW) landfills across the country, they occupy an average of more than 600 acres, which is roughly equivalent to 500 football fields. Methane emissions from landfills contribute significantly to global warming, accounting for 15.1% of U.S. methane emissions. As the waste sector is a major contributor to methane emissions, there is a growing emphasis on improved monitoring, reduction technologies, and the integration of renewable natural gas (RNG) solutions to mitigate the impacts of these emissions.

Agrivoltaics, a combination of agriculture and solar power generation on the same land, is quickly gaining traction across the United States as a solution to balancing the demand for renewable energy and the need to preserve farmland. As the country pushes toward its goal of achieving net-zero emissions, solar power is expected to play a significant role in this transition. However, concerns about the loss of agricultural land have led to the rise of agrivoltaics, where farming and solar energy production coexist.

California has long been at the forefront of renewable energy in the United States, from its vast solar farms to its growing battery storage capacities. But beneath the headlines of a "clean energy revolution" lies a complex reality—one shaped by ambitious targets, grid challenges, and the everyday experiences of Californians grappling with rising energy costs and increasing grid instability. As California pushes towards its 100% clean energy goal, the road is full of both promise and pitfalls.

Texas is taking bold steps toward a future powered by clean energy. Once known mainly for its oil and gas, the state is now a leader in wind, solar, and battery storage. But as electricity demand grows, so do the challenges of balancing energy needs with infrastructure limits. Here’s a look at how Texas is transforming and what hurdles lie ahead + find out who works with Facebook’s parent company Meta on new technology across the U.S.

Power Plants: 124955 MW Solar: 63726 MW Wind: 2204 MW Biodisel Plants: 1.5 Mmgal/yr capacity Source: Rextag Energy DataLink

The United States government has announced a significant investment of $7.3 billion from the 2022 Inflation Reduction Act (IRA) to support clean energy initiatives led by rural electric cooperatives. These projects aim to reduce energy costs, enhance reliability, and promote sustainability for rural communities, where energy costs tend to be higher than in urban areas. This investment marks a substantial effort toward decarbonizing rural America while supporting job creation and infrastructure improvements.

Solar energy is quickly becoming one of the most popular and sustainable ways to generate power. As more people and businesses turn to renewable energy, finding the best spots in the United States to build solar farms is crucial. This is where Geographic Information Systems (GIS) comes in. GIS technology helps us analyze the environment, land features, and land use to identify the best places for solar energy projects. By using GIS, we can boost energy production and reduce the environmental impact, all while helping the country meet its renewable energy goals.

Last year, a Pew Research Center survey revealed that 67% of Americans are in favor of developing alternative energy sources. Similarly, an Eligo Energy survey indicated that 65% of U.S. consumers are prepared to pay a premium for renewable energy. According to Mordor Intelligence, the U.S. renewable energy market is projected to reach 434.5 GW in 2024, with further growth expected at an annual rate of 10.01%, reaching 700.15 GW by 2029.

Last week, Exxon Mobil, Shell, BP, and ConocoPhillips all reported second-quarter earnings that exceeded analysts' expectations, while Chevron’s results fell short, largely due to challenges in its refining business. A significant portion of these multi-billion dollar earnings came from oil and gas production. The companies' executives have indicated that they plan to increase spending on new exploration projects moving forward. While this doesn't suggest that investors are ignoring climate goals at these major oil firms, it does show that they are focusing more on the profits generated from production.

The renewable natural gas (RNG) industry in the United States is showing promising signs of growth. As of 2019, the U.S. consumed 261 billion cubic feet (BCF) of RNG, primarily utilized by independent power producers, electric utilities, and various commercial and industrial entities. However, this figure represents only a small fraction of its potential. Research indicates that the U.S. could theoretically produce up to 2,200 BCF of RNG through anaerobic digestion alone, which would equate to about 11% of daily national natural gas consumption.

Recently, the progress toward an energy transition is hitting a snag. Sales of electric vehicles are decelerating, and the growth in wind and solar power needs to be keeping pace with expectations. To make matters more challenging, electricity prices are climbing when they were expected to fall. Amidst these setbacks, the oil and gas sectors are proving resilient. According to BP's latest energy outlook, not only are these energy mainstays here to stay, but their demand is expected to remain relatively high even after reaching a peak. Interestingly, BP forecasts that oil demand will reach its zenith next year, marking a critical moment in energy consumption trends. This isn't the first time BP has projected a peak in oil demand. Back in 2019, their review anticipated a decline in demand growth, but the prediction fell flat. Instead, oil demand surged to unprecedented levels following the end of the global pandemic lockdowns, defying previous forecasts and underscoring the enduring dominance of traditional energy sources in the global market.

Texas energy companies are picking up the pieces after Hurricane Beryl, an early Category 5 hurricane, hit the U.S. Gulf Coast earlier this week. However, it weakened to Category 1 by the time it made landfall in Texas. The hurricane brought heavy rainfall and sparked fears of storm surges, flooding, and tornadoes. As Hurricane Beryl neared, the natural gas supply to Freeport LNG’s export facility in Texas nearly stopped the day before the storm struck. Houston was particularly hard-hit, with the storm knocking out power for two million residents. CenterPoint Energy, a key power provider in the area, felt the brunt of the hurricane but aimed to have power restored to half the affected customers by the following day.

Renewable diesel, a cousin to traditional petroleum diesel, stands out as a standalone fuel and a blendable option. In 2022, it accounted for about 8% of all U.S. biofuel production and 9% of its consumption. For decades, diesel has been the stalwart choice for both shippers and carriers, valued for its reliability. Yet, as sustainability becomes a priority, these industries are now navigating the complex world of alternative fuels. This shift has its challenges; the array of choices comes with varying information about availability, cost, performance, and environmental impact. Amidst these options, renewable diesel is gaining traction.

The global investment in upstream oil and gas is also set to rise by 7% in 2024 to $570 billion, continuing the growth trend from 2023. National oil companies in the Middle East and Asia primarily drive this increase. This year, the global shift toward clean energy will see investments reaching a monumental $2 trillion, according to the International Energy Agency (IEA). This amount is double what is being invested in fossil fuels. In its annual World Energy Investment report, the IEA highlights that for the first time, total energy investment will surpass $3 trillion in 2024.

Power companies argue that natural gas is essential for meeting energy demands when renewable sources like wind and solar aren't producing enough electricity. Despite the increasing role of renewables, which are setting new records in U.S. power generation and are favored to replace coal, the intermittency of these sources presents challenges that could keep natural gas in the mix through at least 2030. According to the U.S. Energy Information Association, the U.S. has enough natural gas reserves to last approximately 86 years. However, the finite nature of these reserves highlights the need for a continued shift towards more renewable and sustainable energy sources.

Last year, a Pew Research Center survey revealed that 67% of Americans are in favor of developing alternative energy sources. Similarly, an Eligo Energy survey indicated that 65% of U.S. consumers are prepared to pay a premium for renewable energy. Scott Zimmerman, the project manager at the Global Oil and Gas Extraction Tracker of Global Energy Monitor (GEM), expressed skepticism about the oil and gas industry's rationale for exploring and developing new fields. "The justifications offered by oil and gas producers do not stand up to scrutiny," he commented. "The scientific consensus is clear: we cannot afford to open new oil and gas fields without risking severe environmental consequences." Despite these warnings, last year saw significant advancements in the oil and gas sector, with at least 20 fields worldwide reaching the "final investment decision" stage. This stage marks the commitment to proceed with construction and development, leading to the approval of projects that will collectively produce about 8 billion BOE. By the end of this decade, there is an ambition to approve projects that will quadruple this output, aiming to extract 31.2 billion BOE from 64 fields. Notably, the United States has been at the forefront of sanctioning new oil and gas initiatives over the past two years, according to GEM's analysis.

In January, US natural gas production dropped to 102 billion cubic feet per day (Bcf/d) from December's record of 106 Bcf/d due to bad weather. The Energy Information Administration (EIA) expects it to recover soon, hitting 105 Bcf/d by March. The EIA's outlook for 2024 predicts an average production of about 104 Bcf/d, slightly down from the earlier forecast of 105 Bcf/d. By 2025, production is anticipated to climb over 106 Bcf/d.

To effectively manage ESG issues in O&G companies, a comprehensive approach is required, addressing multiple managerial issues. First, ESG considerations must be integrated into the corporate strategy, setting goals that align with business objectives, reflected in budgeting, capital allocation, and risk management. Accurate and efficient collection, management, and reporting of ESG data is necessary for identifying relevant metrics and indicators, such as greenhouse gas emissions, water consumption, and social impact indicators.

ESG considerations are becoming increasingly essential for companies operating in the upstream sector. Failure to address ESG concerns may result in financial and reputational risks, given the growing focus from investors, regulators, and other stakeholders. Companies must prioritize ESG performance and engage with stakeholders to address concerns and mitigate risks. By doing so, they can improve their reputation, attract investment, and contribute to a more sustainable future

BP acquired renewable natural gas (RNG) provider Archaea Energy Inc. for $4.1 billion on December 28, marking a milestone in the growth of BP’s strategic bioenergy business. The acquisition, announced in October, was finalized following BP’s completion of regulatory requirements and Archaea obtaining shareholder approval.

Your team’s ESG performance can be greatly improved applying the asset co-location analysis within upstream or midstream use cases. This has been a topic for a discussion at Rextag’s ‘Is ESG Improvement Next Door?’ webinar. We reviewed some cases like curbing gas flaring or renewable energy sourcing to power the fossil fuel infrastructure. Many combinations are available with access to the data Rextag provides on wells, acreages, power lines, substations, and such renewable infrastructure as wind turbines, methane landfills, etc.

With the purchase of Renewable Energy Group Inc. for $3.15 billion, Chevron makes its largest investment in alternativefuels. This turn in investments highlights the shift in the world’s attitude toward climatechange. Since oil companies contribute heavily to global #emissions, governments and investors are increasingly urging them to reduce their #carbonfootprints and join the fight against emissions. As state and federal subsidies to decarbonize fuels increase, U.S. refineries have likewise increased the production of renewable diesel. In line with this, by 2050, Chevron aims to cut gas emissions to zero.

New standards for carbon capture have been set in North Dakota earlier this month as NDIC greenlights Red Trail Energy’s project. The company will now be able to commercially capture, compress, and inject 180,000 tons of carbon dioxide per year into the Broom Creek Formation on its property for permanent geologic CO2 storage. This ensures that carbon dioxide can be stored safely for generations to come.