According to CNBC, TotalEnergies fourth quarter profits for 2024 were $4.4 billion. Although the fourth quarter profits were down by 15% from $5.2 billion in comparison to 2023, it was still more than the Q3 profits, which were at $4.1 billion.

The company said it is expecting higher gas prices, upstream production and power sales in 2025. After the statement, TotalEnergies shares saw a surge of 1.3% on January 25th, 2025 at 8.42 AM.

CEO Patrick Pouyanne said at a press event, “I expect the company to be able to continue investing in renewable energy in the U.S., and exports of U.S. LNG is set to practically double in the coming years.”

TotalEnergies Strengthens LNG Position

French oil major TotalEnergies keeps expanding its LNG business while building dominance in the industry through strategic global development. Through strategic investments in LNG facilities and export development the company strengthens its contribution to worldwide energy protection. TotalEnergies is the largest LNG exporter in the U.S., with over 10 million tons secured through contracts.

LNG demand shows strong growth mainly because European and Asian countries aim to stop depending on Russian energy. Total announced a 7% increase in its 2024 dividend, raising it to 3.22 euros per share, and confirmed $2 billion in share buybacks per quarter for 2025.

TotalEnergies Profit Outlook

TotalEnergies expects profit surge in 2025 because the organization follows a balanced approach toward energy creation. The French oil company operates its oil and gas demand while actively implementing speedy development of renewable energy projects which include solar power wind energy and hydrogen technology.

The company’s long-term vision emphasizes sustainability and profitability, ensuring that it remains a leader in the energy landscape. With a strong fourth-quarter performance and promising projections for 2025, TotalEnergies continues to demonstrate resilience and adaptability in a changing market.

TotalEnergies amazing fourth quarter profits showcase how the company uses strategic operational methods to tackle market difficulties and turn them into growth prospects. TotalEnergies as a French oil major faces an important role in the coming years because its strategic decisions will determine its future direction in LNG and renewable expansion. TotalEnergies Profit shows strong potential for the future because it receives backing from the U.S. largest LNG exporter sector while maintaining a positive financial projection.

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As demand slows down, competition intensifies, and new challenges arise, smaller and less efficient refiners may face extinction. As per Yahoo Finance, around 10% of the Chinese oil refining factories may close in the next 10 years. This is happening because the Chinese Refining Sector will face the surge in demand sooner than expected while the government pushes to cut costs.

With the increasing curbs and sanctions on Chinese manufacturers, a lot of small factories for oil refining will lose their access to cheap crude oil from countries like Iran, according to analysts and industry players.

“The growth era for China’s refining industry is coming to an end,” said an industry analyst. “Refiners will have to adapt to a changing market where efficiency and sustainability play a bigger role.”

Impact on Global Crude Oil Imports

The China refining sector has been a major driver of global crude oil imports, absorbing vast quantities of oil to meet domestic and export demands. However, as fuel consumption stabilizes and refiners optimize production, China’s appetite for crude may wane.

A decline in global crude oil imports from China could have far-reaching consequences. Major oil-producing nations, including Saudi Arabia and Russia, may need to adjust their export strategies. Additionally, refiners in other parts of Asia, such as India and South Korea, could see shifts in market dynamics as China refocuses on efficiency rather than expansion.

China Refining Sector Faces Consolidation

As the shakeout in China’s refining sector intensifies, smaller and older refineries face the risk of being shut down. Large state-owned refiners like Sinopec and PetroChina are likely to continue their lead, while independent refiners, also known as “teapots,” are likely to be at a disadvantage. With China becoming one of the major consumers of Electric Cars, petroleum refineries are facing a major setback

The government has cracked down on small refineries lately, denying the smaller refineries crude import quotas and tightening up the environmental standards. This already led to a few plant shutdowns and has forced others to upgrade their operations. This is expected to be a trend because the industry needs to consolidate its efforts in relation to the new energy landscape.

Fuel Export Dynamics to Shift

China played a critical role in the dynamics of exported fuels, as it supplied refined products like gasoline and diesel to markets all over Asia. However, changes in domestic consumption and stricter export policies will change China’s influence over global fuel supply.

China would probably focus on the production of higher-value petrochemical products instead of trying to be another refining hub of the world, said industry observers. “The future of China’s refining sector may lie in chemicals and alternative energy sources rather than just fuel production,” said one energy strategist.

The China refining sector shakeout signals a critical transformation in the country’s energy market. With the fuel demand peak nearing and global crude oil imports readjusting, refiners have to adjust to a new reality. With changing fuel export dynamics, China’s refining industry is at a critical juncture, one that may redefine its role in the global energy landscape.

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The S&P 500 gained 0.2% after recovering from a loss of 0.9%. The Dow Jones surged by 0.9%, but the Big Tech drop brought the Nasdaq down by 0.4%.

The highlight of the day was the gain in oil and gas stocks, boosted by a surge in the price of oil. The increase in global energy demand along with the short supply has pushed the oil prices to their highest levels. This high demand benefited oil and gas companies by surging their stock prices.

The Q1 rounding up was highlighted by a return of investor confidence for the industry as well as the surge in Exxon Mobil and Chevron stocks. This rise was due to the increase in geopolitical risk and production cuts from major oil-exporting countries that maintained high prices.

Big Tech Drop Impacts Broader Market

While oil and gas stocks gained profits, the technology sector faced a downfall as a decline in tech stocks weighed heavily on indices. Apple’s stock fell by 1% and Meta saw a dip of 1.2% in stock prices due to rising interest rates and slowing consumer demand. Moderna, the COVID vaccine manufacturer, experienced a loss of 16.8% in its stocks while Macy’s shares went down by 8.1%.

The Big Tech stock decline is a reminder of the challenges the sector would face in retaining its high valuation in uncertain economic times. Investors are rapidly shifting their portfolios to value-based sectors such as energy.

The Federal Reserve may lower the interest rate to give the economy a boost. However, the inflation remained 2% higher than the reserves target. Some recent reports have suggested that the U.S. economy does not need any help but there are increasing questions around the Federal Reserve lowering the interest rates.

Broader Implications for Investors

For investors, gains in oil and gas companies and the drop in Big Tech highlight the importance of diversification in a portfolio. Although energy stocks do offer a short-term play in the near term with rising oil prices, the long-term play remains for those willing to weather the current volatility in tech stocks.

With these mixed signals, Wall Street will watch closely the global energy trends and policy decisions by the Federal Reserve that can have an immense impact on these sectors.

Wall Street is maintaining a difficult balance due to the sharp gains for oil and gas stocks and losses for technology giants. As the energy sector boosts and the tech stocks decline, the market continues to watch the complexities of a dynamic economy. While the gains in oil and gas companies are the highlight of the day, the decline in tech stocks is a reminder of the turmoil the tech sector will face.

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Technology has solved many of the world’s problems, but it has also created new ones. Early innovations gave us convenience and progress, but they also led to pollution, waste, and environmental challenges. As we seek solutions to reduce waste and pollution, green technologies in sustainable engineering offer practical solutions to tackling environmental challenges.

The latest technology trends focus on using natural resources to improve traditional engineering methods. These trends emphasize sustainability and aim to minimize environmental impact. By embracing these advancements, we can work toward a future that values efficiency, sustainability, and environmental health.

At the end of this article, you will understand why we need to reimagine tomorrow with sustainable engineering. You will also see real life examples of green technologies in sustainable engineering, and future trends to reduce carbon emissions and achieve a circular economy.

What is Sustainable Engineering?

Sustainable engineering refers to the ability to design new innovative products that solve present needs without compromising the capacity of future generations to meet their own needs. It uses energy and resources sustainably to address the complex challenges of our time and to achieve global climate goals.

One key principle of sustainable engineering you need to know is embracing cutting-edge technologies and innovative solutions to reduce environmental impact, conserve resources, and enhance human well-being.

In addition, sustainable engineering is an interdisciplinary field that integrates principles of environmental, social, and economic considerations into the design, construction, and operation of engineering projects.

Top 7 Green Technologies in Sustainable Engineering to Look Out For

1. Renewable Energy Innovations

One of the green technologies you need to look out for is renewable energy innovations.
Renewables like solar, wind, tidal, and hydropower are forecast to be a rapidly increasing source of energy globally. These renewable sources are energy on earth used as resources for cutting-edge technologies to help reduce gas emissions and offer cleaner alternatives to fossil fuels.

These technologies combine to generate renewable electricity, with notable breakthroughs like floating solar farms, high-capacity wind turbines, and next-gen battery storage systems.

An excellent example of renewable energy innovation is the Hywind Scotland floating wind farm, the world’s first. Located off the coast of Scotland, it uses advanced floating turbine technology to generate renewable electricity in deep-water areas previously inaccessible to traditional wind farms.

2. Green Building Materials and Techniques

Another pioneering green technology you will find interesting is smart building technology. Green buildings integrate energy-efficient systems, sustainable materials, natural lighting, and passive heating and cooling to minimize environmental impact.

Furthermore, engineers use eco-friendly techniques like modular designs, 3D-printed structures, and passive house standards with innovative materials, such as recycled components, carbon-capturing concrete, and sustainable insulation.

The Bosco Verticale (Vertical Forest) in Milan, Italy, exemplifies green building practices by integrating sustainable materials and innovative techniques. The twin residential towers feature thousands of trees and plants on their facades, which act as natural insulation, improve air quality, and reduce urban heat.

Together, these approaches contribute to sustainable engineering by reducing waste, lowering energy consumption, and improving resource efficiency.

3. Water Conservation and Wastewater Treatment

Several innovative ideas have been created to address the global waste crisis by developing water reclamation systems, greywater recycling, and advanced filtration methods.

In addition, you can use AIoT technology to monitor and control water usage in urban and industrial settings, allowing for early detection of leaks, distribution, and reduction of water waste.

The Orange County Water District (OCWD) Groundwater Replenishment System in California is a standout example of advanced water reclamation. It reclaims wastewater and purifies it through advanced filtration methods to produce high-quality potable water.

This system conserves water in a drought-prone region and reduces reliance on imported water, showcasing how innovative treatment technologies address water scarcity.

4. Circular Economy in Engineering

The circular economy is another latest technology in sustainable engineering used to reduce reuse and recycle waste. This approach uses a closed-loop system and a sustainable cycle to convert waste into valuable resources.

For instance, waste-to-energy processes can help you turn waste products into usable energy, reducing landfill use while generating power. Furthermore, Industrial symbiosis and material recycling support this cycle, as one industry’s byproducts become raw materials for another, conserving resources and promoting sustainability across sectors.

The Kalundborg Symbiosis in Denmark is a prime example of industrial symbiosis within a circular economy. This network of companies exchanges byproducts, such as steam, water, and waste materials, turning them into resources for other industries.

For example, excess heat from a power plant is used to heat homes, and waste products from pharmaceutical production are converted into fertilizers.

5. Carbon Capture, Utilization, and Storage (CCUS)

CCUS technologies capture carbon dioxide emissions from industrial sources, preventing their release into the atmosphere. These emissions are repurposed into valuable products like fuels, building materials, and plastics, driving innovation in carbon utilization.

Recent advancements demonstrate the potential for turning waste CO₂ into resources, making industries more sustainable and eco-friendly.

CCUS technologies have been deployed in projects like the Boundary Dam Power Station in Canada, which captures CO₂ from coal-fired power plants to prevent atmospheric release. This real-world application showcases the transformative potential of CCUS in addressing climate change.

6. Green Hydrogen

Green hydrogen is produced by splitting water into hydrogen and oxygen using renewable energy sources like solar or wind power. You can use it as a clean fuel in transportation, energy storage, and industrial processes. This technology reduces reliance on fossil fuels and cuts greenhouse gas emissions, offering a sustainable solution for a greener future.

For example, Green Hydrogen is making an impact through projects like the Hybrit initiative in Sweden, which produces fossil-free steel by replacing coal with green hydrogen in steelmaking. In the transportation sector, Toyota’s Mirai hydrogen fuel cell vehicle and initiatives like the H2 Mobility network in Germany demonstrate how green hydrogen can power cars and refueling stations.

These projects offer a clean energy alternative and highlight green hydrogen’s role in reducing industrial and transportation emissions.

7. Electric Vehicles (EVs)

Electric vehicles represent a breakthrough in sustainable engineering. They offer a clean alternative to traditional fuel-powered cars. EVs reduce carbon emissions, improve air quality, and promote renewable energy integration. The intersection of EVs and smart cities is also shaping urban mobility by offering a sustainable way for you to move around.

Tesla’s electric cars, such as the Model 3, are a leading example of EV technology revolutionizing transportation by reducing reliance on fossil fuels.

In the meantime, public transit systems are also adopting EVs, like the BYD electric buses used in Shenzhen, China, where the city’s bus fleet is fully electric.

Finally, companies like Rivian produce EVs for commercial use, including Amazon’s delivery vans, contributing to sustainable logistics solutions.

Wrapping Up: Future Trends for Sustainable Engineering

Sustainable engineering redefines how we interact with the planet, emphasizing balance and environmental stewardship. Emerging technologies like edge computing further enhance sustainability by optimizing energy use and improving design efficiency.

Innovations like Google’s carbon-neutral data centers demonstrate how companies merge technology with sustainability to achieve lasting impacts. This example underscores the transformative potential of sustainable engineering in shaping a better future for you. By merging innovation with sustainability, we can create a lasting positive impact for future generations.

The post Sustainable Engineering Innovations: The Future of Green Tech appeared first on Tech Research Online.

Battery charging speeds are among the major hurdles that commercial manufacturers must overcome to facilitate mass adoption of EVs.

“In many applications, we are observing that efforts to rapidly electrify are delayed or blocked due to the cost of raising the ceiling of battery performance,” Gaussion CEO and Cofounder, Tom Heenan said.

Magnetic Fields

Gaussion has developed a new solution that radically boosts battery performance. The solution by the University College London spinoff leverages external magnetic fields during charging and discharge cycles to reduce cell degradation and prolong battery life.

“Whereas magnetic enhancement could provide step-change improvements across all chemistries, formats, and applications, affordably unlocking electrification without compromising on cost or performance,” Heenan added.

Conventional electrochemistry makes rapid battery charging highly unpredictable. This frequently causes cell damage. Next-generation technologies like solid-state electrolytes are not any better. They have repeatedly failed to achieve deployment targets.

Viable Solution

Gaussion is offering a viable solution that can be scaled to meet the rising demand for powerful, highly efficient energy storage systems. The mobility startup already has a global portfolio of patents and patent applications.

Its innovation promises to solve battery charging problems for a broad range of applications, including construction equipment, transport electrification, residential energy storage, mining operations, and utility-scale energy storage.

Huge Opportunity

The Gaussion Series A funding round was led by Autotech Ventures. It was managed by UCL Business and AlbionVC. UCL Technology Fund and BGF supported the funding round. Autotech Ventures sees huge opportunities for Gaussion’s innovative battery charging solution in different markets.

“Gaussion’s approach aims to expand the solution space by introducing a new variable, rather than displacing or replacing existing technologies. They leverage the advancements of current battery cell giants and apply an external magnetic field to enhance the performance of established battery technologies without changing their core components,” Autotech Ventures Managing Director and Cofounder, Alexei Andreev said.

Commenting on the Gaussion battery charging tech funding, Dennis Atkinson, an investor at BGF said,

“Gaussion is an innovative business that has developed a unique solution to one of the most pressing issues in the EV battery space. The strong progress so far, led by an exceptional team, highlights the potential of their technology.”

Gaussion will use the new rapid battery charging tech funding to finance its market entry strategies. These include licensing the technology for other applications, production, and marketing its products.

The post Gaussion Set to Debut Battery Charging Tech with $12M Funding appeared first on Tech Research Online.

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About Burckhardt Compression

Since 1844, Burckhardt Compression has been a pioneer in the gas compression industry. Our unwavering dedication to innovation, quality, and customer satisfaction has earned us the trust of clients worldwide. We offer a diverse range of compressor solutions, catering to both high-availability, low-lifecycle cost requirements and CAPEX-optimized systems. With Burckhardt Compression, you’re not just investing in a compressor; you’re investing in a partnership built on trust, expertise, and a shared commitment to excellence.  

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Since 1844, Burckhardt Compression has been a pioneer in the gas compression industry. Our unwavering dedication to innovation, quality, and customer satisfaction has earned us the trust of clients worldwide. We offer a diverse range of compressor solutions, catering to both high-availability, low-lifecycle cost requirements and CAPEX-optimized systems. With Burckhardt Compression, you’re not just investing in a compressor; you’re investing in a partnership built on trust, expertise, and a shared commitment to excellence.  

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