Although this target was not legally binding, it had garnered support from local and foreign car manufacturers as part of the wider efforts to transition towards green energy, the First Post reported.

Unspent Funds Halted

In his inauguration speech, Trump took a swipe at federal support for EV sales and promised to sight a flurry of executive orders on his day one at the White House.

“The United States will not sabotage our own industries while China pollutes with impunity,” the President said in his speech.

While revoking the Biden EV target, Trump’s executive order also halted the distribution of unspent EV charging funds from the $5 billion fund designated for car charging stations. Trump ended a waiver that was accessible to states that adopted zero emission car rules by 2035. He also said that his administration will consider halting EV tax credits.

Trump’s EV policy orders are part of a wider plan to repeal environmental safeguards introduced by the Biden administration. It’s also part of his strategy to support US companies that manufacture gas-powered vehicles.

Environment Protection Rollbacks

The US President outlined his plan to instruct the country’s Environmental Protection Agency to reconsider regulations that introduce stringent emission rules in the country. Under such rules, vehicle manufacturers will be required to comply with federal emissions regulations by ensuring that up to 56% of their vehicles they sell are EVs by the year 2032.

Trump’s move to revoke Biden’s EV targets is just one of the radical energy and environmental policy actions the new administration plans to take. The President said that he will revoke a set of the auto pollution standards that the Biden administration finalized last spring. Through the new order, Trump wants to repeal the waiver granted to California last month by the environmental watchdog to end the sale of gasoline-only cars by the year 2025. 11 other states have already adopted the rule.

Trump highlighted the need for the EPA to terminate state emissions waivers that put a cap on gasoline car sales. He said the administration will consider doing away with skewed subsidies and any other ill-conceived market distortions imposed by the government that favor electric vehicles over other technologies and mandate their purchase.

Slow EV Growth

The halting of federal funding complicates the country’s efforts to expand EV infrastructure. Currently, the US needs more than 1.2 million public chargers. The country also needs to upgrade its grid system in order to effectively support its projected demand by the year 2030.

By pausing EV funding, the Trump administration could slow this progress and increase costs for private enterprises and state initiatives. Trump’s EV policy shift creates uncertainty in the EV industry. But the growth of this market will likely remain resilient due to action at the state level, rising consumer interest, and global trends. However, this growth may be jeopardized by lack of federal support

Sharp Reactions

Trump’s environmental policy changes have sparked sharp reactions. Critics argue that the changes will have a huge impact on the environment and will slow down the process of decarbonising the transport sector in the US, which is among the highest contributors to greenhouse gas emissions.

“These clean car rollbacks will burden Americans with a Trumpfecta of higher prices, more pollution, and weaker competitiveness. Our kids and everyone with lungs will pay the price for these politically motivated rollbacks of protections for our air and the climate,” Dan Becker of the Center for Biological Diversity said.

The post Trump Revokes Biden’s 50% EV Target, Halts Unspent Battery Changing Funds appeared first on Tech Research Online.

According to CNBC, the Volkswagen and Xpeng partnership seeks to create China’s largest supercharging network with 20,000 charging operating across 420 cities in the country. The companies said, “Volkswagen and Xpeng will explore cooperation on co-branded super-fast charging stations.”

Olaf Korzinovski, executive vice president of Volkswagen Group China said, “Through our strategic collaboration with XPENG, we will form one of the largest Super Fast Charging Networks in China enabling people to seamlessly integrate e-mobility into their daily lives not only in the metropolises but also in remote cities.”

China’s Largest Super-Fast Charging Network

The Volkswagen and Xpeng partnership will be focused on the deployment of a new generation of ‘super’ charging points that can reduce the time required to fully recharge an electric car. This partnership comprising Volkswagen’s worldwide experience and Xpeng leading-edge EV technology is anticipated to enhance China’s position as a sustainable mobility hub.

As the largest market for EV technology globally, China has the ability to benefit immensely from its charging network. The future of China’s charging station network is important for reducing reliance on petroleum run engines. It also helps in advancing the country’s shift toward a more sustainable future.

Volkswagen and Xpeng, the two auto firms are rivals In the Chinese EV market but they are now joining forces. Both companies have partnered together to address the infrastructural challenges that have slowed down the adoption of EVs. It is no more about Volkswagen vs Xpeng as much as it is about the shared vision for sustainable transportation

Building the Future of EV Charging

Volkswagen XPeng’s expansion into charging will concentrate on building superfast charging stations across China. Because of that, these stations should be able to provide charging rates to make EVs more feasible and desirable to consumers. Both companies intend to take advantage of Xpeng’s charging solution and Volkswagen’s operational knowledge to make the network functional and ubiquitous.

According to industry specialists, the partnership may well establish innovative processes for EV charging in China. In turn, the key outcomes speed, convenience, and scalability, will incentivize even more drivers to make the transition to using electric vehicles.

The charging network for EVs in China is an initiative that has really taken off lately, and with this, Volkswagen and Xpeng are just spot on to assist China cut its use of fossil fuel. Furthermore, it will enable lowering range anxiety, which is a factor that has been reported to influence the slow take-up of EVs familiarly known as range anxiety, consumers will be in an even better position to embrace green technology.

As the sales of EVs surge in China, it is probable that a new shift in electric mobility by the Volkswagen XPeng partnership will redefine the benchmark in charging networks.

The post Volkswagen XPeng Partnership to Develop China’s Largest Super-Fast Charging Network appeared first on Tech Research Online.

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.

A future where cars glide silently through the streets, powered by clean energy and traffic flows smoothly is no longer just a dream. This vision is becoming a reality as electric vehicles (EVs) and smart cities team up.

As the population in major cities grows, transportation issues only become more pressing, especially in crowded areas. However, electric vehicles (EVs) are sustainable transportation solutions offering a cleaner way to move around by reducing emissions and improving air quality.

At the same time, smart cities are now the next big thing in top conversations about urban development. These cities use technology and data to improve standards of living, tackling issues like traffic congestion and energy efficiency. So, when you combine the strengths of EVs with the intelligence of smart cities, you open the door to a progressive approach to urban mobility, and that’s what this article seeks to explore.

What Exactly Are Smart Cities?

Smart cities are urban areas where technology and sustainability team up to make life better for everyone. This seems achievable thanks to tools like the Internet of Things (IoT), connectivity, and data analytics. Connectivity lets different systems like traffic lights, buses, and power grids communicate with each other, helping cities respond faster and more effectively to what you need.

IoT collects useful data, it’s more like giving the city a set of eyes and ears, so planners get the insights they need to make better decisions. When data analytics kicks in, it turns all that info into practical solutions that make it easy to manage daily challenges.

So you end up living in a city where traffic lights adjust automatically based on traffic conditions, reducing the jams, and smart waste bins that notify collection services when they are full which makes operations neater and less stressful. Building smart cities is one of the use cases of 5G technology and these innovations don’t just save time and resources, they make city life less stressful and more enjoyable.

How Electric Cars Became Popular

Electric cars have been around longer than most people think. Robert Anderson built the first version in the 1830s. However, it wasn’t until the late 20th century that EV’s caught the public’s eye, mainly because of improvements in battery technology and growing environmental concerns.

These days, Electric Vehicles are installed with cool features like high-capacity batteries, regenerative braking, and smart connectivity features that make driving better and more fun. But it’s not just about the fancy tech; EVs have some solid perks when it comes to the environment and your wallet too.

Unlike traditional cars that pollute the environment with emissions, EVs stand out for their commitment to cleaner air. This shift to electric mobility not only improves air quality, especially in busy cities but also leads to better public health. Plus, EVs will save you money in the long run, as electricity is cheaper than gasoline, and electric motors require less maintenance than their internal combustion counterparts.

How EVs and Smart Cities Work Together

Here’s a look at how EVs and smart cities can join forces for the common good:

The use of Vehicle-to-Grid (V2G) Technology

One of the coolest advantages of the intersection EVs and smart cities is Vehicle-to-Grid (V2G) technology. This system allows EVs to act as mini power banks. When you park and connect your car to a charging station, it can store extra energy from renewable sources like solar or wind turbines.

Then, when energy demand is high, your car can send some of that stored energy back to the grid. This setup helps balance the energy supply, so there’s less need to rely on fossil fuels. And the best part? EV owners can make some cash by selling that extra energy back, which can help lower energy costs. It’s a win for you and a win for the planet.

The Adoption of Smart Charging Stations

Smart charging stations are a game changer for making the most out of electric vehicles in smart cities. These stations use technology to improve how we charge cars and manage energy.

For example, these stations can track energy demand and adjust prices to encourage drivers to charge their EVs during off-peak hours when energy is cheaper. So, not only can you save some cash, but it also takes the pressure off the grid when everyone is trying to charge their cars at once.

What’s even cooler is that these stations can communicate directly with your EV to figure out the best charging schedule. That way, your car will be ready to go when you are ready.

It becomes clear that when we bring smart charging solutions into our cities, we can support the growing number of EVs while promoting sustainability.

Self-driving Vehicles and Mobility-as-a-Service (MaaS)

The intersection of EVs and smart cities also opens the door for self-driving vehicles and Mobility-as-a-Service (MaaS). As cities become more tech-savvy, the idea of self-driving cars on our streets becomes less of a dream and more of a possibility.

This can really change how we see public transport. You may find it hard to contain your excitement when it becomes easy to request a self-driving car whenever you need it, share it with others, and also help ease up all that traffic. MaaS takes this a step further by uniting various modes of transportation, such as buses, trains, and rideshares, into one app. You’d be able to plan your trip, book a ride, and pay for your journey easily. It’s like having a personal travel assistant right in your pocket, making life a little easier.

Case Studies of Countries Embracing Electric Vehicles

Many cities around the world are already doing a fantastic job of integrating EVs into their smart city setup. Here are some great examples:

• Amsterdam has established itself as a leader in EVs, currently boasting 2000 charging points. This number is part of the city’s ongoing effort to expand its EV infrastructure to reach its goal of becoming zero emission by 2025. The city promotes electric mobility which includes more than 10,000 registered EVs through various incentives such as subsidies for EV purchases and public awareness campaigns. A notable initiative is the Flexpower smart charging network, a collaboration between Vattenfall and Amsterdam to optimize charging speeds based on local renewable energy availability. This network includes 456 charging stations with 912 charging points to enhance the efficiency of the electric grid and promote the use of locally generated renewable electricity.

• San Francisco is actively working to enhance its EV infrastructure which currently features 1000 publicly accessible chargers with plans to increase this number to 1700 by 2030. The city has seen a rise in EV adoption, with over 28000 battery electric vehicles registered, representing 7% of all light duty vehicles. To address the needs of renters and residents in multi-family buildings who have no access to home charging. The city has initiated programs for curbside charging stations. These efforts aim to ensure equal access to EV charging solutions across different demographics.

• Shenzhen, China, made a bold move by converting their public bus fleet to electric. The city set a remarkable precedent for being the first city globally to fully electrify its public transport system. By the end of 2021, Shenzhen operated 16,000 electric buses and 22,000 electric taxis, alongside over 60,000 privately owned electric vehicles. This transformation was supported by government subsidies that covered more than 60% of the procurement cost for electric buses from 2015 to 2017. This initiative has led to environmental benefits like the reduction of CO2 emissions by an estimated 48%. This not only reduces pollution but sets a great example for other cities thinking about going electric with their public transport.

Overcoming Key Challenges at the Intersection of EVs and Smart Cities

Despite all the progress with electric vehicles, there are still some challenges that cities need to tackle. Let’s take a look at them:

Lack of Charging Stations and Policy

One major issue concerning the intersection of EVs and smart cities is the lack of charging stations in many areas. This makes people worried about finding a place to charge when they need to. On top of that, regulations often struggle to keep up with the fast pace of technology. To address these issues, policymakers must create strategies to encourage more charging stations and attract private investment.

Public Perception

Then there’s how people feel about EVs. Some buyers are hesitant because they are concerned about the costs, battery life, and how difficult it is to find charging stations. But with the right public education campaigns, we can show people the long-term savings. Finally, these developments can help address the environmental benefits of switching to EVs.

Conclusion

The future of intersecting EVs and smart cities is bright, thanks to the ongoing advancements in technology. We are seeing breakthroughs in battery tech that means longer driving ranges and quicker charging.

In fact, countries like China are already leading the way, just look at how their EV maker BYD recently surpassed Tesla in BEV production.
But for all this progress to really make an impact, cities need to get on board, too. That means focusing on public transit and creating spaces that make it easy for everyone to go electric. It’s a team effort, and now’s the time for individuals, businesses, and policymakers to come together and make this shift toward a cleaner, smarter future.

The post The Intersection of EVs and Smart Cities: How Electric Vehicles Will Shape Urban Mobility appeared first on Tech Research Online.

Buyer’s guide to
ESG reporting and
data management
software

About IBM Envizi

IBM Envizi helps organizations automate the capture and management of environmental, social, and governance (ESG) data into a single system of record to calculate GHG emissions, streamline sustainability reporting and disclosure, and identify and manage decarbonization opportunities. Envizi has been supporting organizations on their sustainability journey for over a decade to build a data foundation, streamline reporting and disclosure, accelerate decarbonization.

The post Buyer’s guide to ESG reporting and data management software appeared first on Tech Research Online.

Lime’s global fleet of ebikes and scooters currently stands at about 200,000 units. According to Yahoo Finance, the company unveiled its ride service in densely populated areas in Tokyo. These include Shinjuku, Shibuya, Setagaya, and Meguro wards.

Starting Small

Lime enters Japan’s market barely a month after unveiling ebikes for women. The company is getting into the Asian country with about 200 electric scooters and over 40 recharging ports. Tokyo-based ebike startup, Luup controls over 90% of the local market in terms of ride mileage. Luup already runs 9,100 recharging ports in the company.

Lime now has around 200 electric scooters and more than 40 recharging ports. Tokyo-based Luup, which controls more than 90% of the domestic market in terms of ride mileage, operates 9,100 ports.

“We’re starting small. We want to grow slowly with the city and really earn the trust of local regulators and city officials,” Wayne Ting, Lime’s Chief Executive Officer said.

The entry of the Uber backed escooter startup into the Japanese market is a strong indication that Japan is accepting the ride sharing economy. The country softened its stand following lengthy discussions between regulators, Luup, the police, and local governments.

Tough Restrictions

Contrary to other jurisdictions, Japan’s ebike market is experiencing growth. Cities in other countries are experiencing slowdowns due to outright bans and tough restrictions. For years, the Japanese government went slow on allowing shared e-scooter rides and stonewalled sharing economy startups like Airbnb and Uber.

This stand has since changed. Instead, the Japanese government has developed regulations that require riders to abide by local traffic rules like speed restrictions. The regulations also require e-bike riders to park in designated charging ports.

After setting up the restrictions, the country passed traffic laws last year. The new laws eliminated license and helmet requirements for e-scooter users. The regulatory and legal changes paved the way for ebike growth.

Compliance

Lime’s entry into Japan was largely incentivized by the country’s emobility framework. In 2022, the ebike startup pulled out of the South Korean market due to a lack of regulatory clarity which led to intense competition.

“The last thing we want to do is grow too fast and make you feel like it’s a nuisance. Our intention over time is to grow throughout the Tokyo metropolitan area, and potentially even look at broader Japanese opportunities,” Ting added.

Lime negotiated with officials from the Japanese government and partners to comply with local regulations and set up recharging ports. The entire process took about a year. The company also modified its scooters to include turn signals. It also installed slower riding modes, repositioned the bells, and adjusted the handlebar to make it shorter.

The post eBike Startup Lime Expands to Japanese Market 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.

Fully Balanced High-Speed Compressor Systems

The Preferred Solution for a Wide Range of Oil and Gas Applications 

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.

Follow us on:  

The post Fully Balanced High-Speed Compressor Systems  appeared first on Tech Research Online.

Process Gas Compressors
Comprehensive: Api 618 Compressor
Portfolio

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.  

Follow us on:  

The post Process Gas Compressors Comprehensive: Api 618 Compressor Portfolio  appeared first on Tech Research Online.

Large Oil-free Compressor For Hydrogen Liquefaction

Revolutionize Your Hydrogen Liquefaction Process with Burckhardt Compression’s Oil-Free Compressors 

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.  

Follow us on:  

The post Large Oil-free Compressor For Hydrogen Liquefaction  appeared first on Tech Research Online.

Laby Compressors Contactless
Labyrinth Sealing for Highest
Availability

Achieve Maximum Uptime and Efficiency in Demanding Gas Compression Applications 

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.  

Follow us on:  

The post Laby Compressors Contactless Labyrinth Sealing for Highest Availability appeared first on Tech Research Online.

Standard High-Pressure Compressors Compact Package for Demanding Applications

Achieve Peak Performance with Compact, Reliable Solutions 

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.  

Follow us on:  

The post Standard High-Pressure Compressors Compact Package for Demanding Applications   appeared first on Tech Research Online.