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Fredericia, Denmark
251-500 Employees
1933
We provide exceptional services and advanced technical knowledge within all steps of a project, ensuring the highest level of quality and satisfaction. We are an innovative company offering advanced CO2 technologies, plants and a broad spectrum of services enabling you to make good business of your CO2. We are always on the lookout for people with individual skills, dedication and great team spirit. Our visiton: To be the worlds undisputed leading supplier of CO2 technology. Pentair Union Engineering is a world-class engineering company, specialized in sustainable technologies for capturing, recovering, and purification of carbon dioxide and headquartered is in Denmark. With more than 1000 CO2 plants delivered throughout the last 30 years, installations in 110 countries, and a wide range of unique patents we have become a trusted leader in the industry. On the back of more than 80 years of experience, we have a history of questioning the status quo and of reliable solutions by dedicated people. Over the years we have served the world's leading brewery and soft drinks groups, industrial gases groups and Desalination projects, and we have been owned by some of the leading industrial gases companies.
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Featured
Pentair Carbon Capture Solutions HIGH QUALITY CO2 EXTRACTION, PURIFICATION & LIQUEFACTION TECHNOLOGY
... Pentair Carbon Capture Solutions HIGH QUALITY CO2 EXTRACTION, PURIFICATION & LIQUEFACTION ...
Oxford, United Kingdom
1-10 Employees
2021
CyanoCapture harnesses the power of synthetic biology to make carbon capture economically favourable at CCGT power stations, refineries and dilute CO2 concentrations for CCUS/BECCS. Our solution can perform carbon removal (CDR) from biogenic emission sites to generate high quality biochar and biocrude oil cost-effectively.
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Featured
Low-energy carbon capture is here today.
... Cyanocapture - Scalable Carbon Capture Technology. Utilising genetically modified cyanobacteria for affordable carbon capture ...
Birmingham, United Kingdom
251-500 Employees
2012
In partnership with the Woodland Trust and their Woodland Carbon scheme, we provide our customers with a reduced carbon solution to their excess CO2 emissions. New woodland that the Woodland Trust creates provides habitats for wildlife and green spaces for all to enjoy. Carbon Capture® is a demonstration that your organisation is taking a responsible approach to the environment. Carbon Capture® is our initiative to help you and your business mitigate the CO2 emissions from product purchases through our partnership work with the Woodland Trust. Trees have a major role to play in taking in excess carbon emissions and locking it up for the future, yet the UK has just 13% woodland cover compared with the EU average of 37%. The Woodland Trust is the UK's largest woodland conservation charity. Their vision is a world where woods and trees thrive for people and nature.
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Featured
Begin your journey to net zero with Carbon Capture®
... Carbon Capture | Carbon Capture - Begin your journey to net zero with Carbon Capture ...
1-10 Employees
2021
Aqualung’s membrane technology will speed up decarbonisation and mitigate carbon emission costs by offering a safe, absorbent-free and highly compact carbon capture system for industrial flue gas and biogas. The value of capturing greenhouse gas emissions is growing rapidly, creating strong economic incentives to deploy solutions. Carbon capture is the only solution that allows utilisation of existing energy infrastructure while practically eliminating carbon emissions across the transportation, industrial and energy markets. Aqualung is the solution where conventional carbon capture technology is unfeasible.
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Featured
Aqualung Carbon Capture: clean carbon capture for the wider market
... Aqualung’s mission is to provide the lowest cost, smallest footprint, most environmentally friendly carbon capture solution on the market. ...
Fairfield, United States
11-50 Employees
2017
Proud to be in the finals of the NRG COSIA Carbon XPrize. The following animation is of the city of Calgary, Alberta (CA), pop. 1.266m, 2022-2030. This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply. 28 Albyn Place, Aberdeen, AB10 1YL, Scotland (UK). Copyright © 2023 Carbon Capture Machine (UK) Limited - All Rights Reserved.
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Featured
Welcome to the Carbon Capture machine
... Carbon Emission Reduction - Carbon Capture Machine (UK) ...
Livonia, United States
11-50 Employees
2020
Nearly half of the Fortune Global 500 has now pledged to slash their emissions. It will enable some of the largest companies in the world to slash emissions without waiting to clean up the grid, build new charging stations, or replace every truck in their fleet. Best of all, it will create a new revenue stream while reducing emissions. Construction is notoriously slow and expensive, whereas manufacturing will allow us to iterate quickly, improving our efficiency and bringing our technology down the cost curve, all while rapidly churning out new units at scale. We're building a device that captures a semi-truck's carbon emissions directly from the tailpipe.
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Featured
Remora | Carbon capture for semi-trucks
... Remora is ready to roll with carbon capture for ...
Berkeley, United States
1-10 Employees
2014
Direct air capture is a leading carbon-reduction solution because ofits many benefits:. Hot or cold climates, low or high elevations, close or farfrom emission sources—DAC facilities are extremely location versatile.Efficient: Generally, DAC plants require less space and land usage than other carbon-reduction solutions. Utilization is when captured CO2 is recycled and used as an ingredient in a manufacturing process, such as that of food and beverages, building materials, chemicals, fuels, or fertilizers. Utilization can range from a carbon-neutral process when used in products like beverages that quickly re-release the CO2 into the air, to a carbon-negative process when used in products like concrete or plastic that sequester the CO2 in the material for decades. Either way, it recycles existing CO2 rather than introducing new, additive CO2 into manufacturing processes.
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Featured
Carbon capture for a cleaner future.
... Carbon capture for a cleaner future. ...
Abergavenny, United Kingdom
1-10 Employees
2022
We are experienced professionals and highly knowledgeable about the solutions available to smallholder farmers to promote biodiversity whilst securing good incomes – a genuine “Win Win Win” solution to today’s environmental crises. We are committed to support businesses to be the change makers, the champions who make the positive changes. Each one of us at Carbon Capture by Communities is passionate about the work we do and strongly believe that the answers are there to turn this situation around. Carbon Capture by Communities offers businesses the opportunity to make a significant difference in the lives of rural communities whilst transitioning and strengthening the way they run their businesses.
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Featured
Home - Carbon Capture by Communities
... Carbon Capture by Communities: The Climate Emergency is beginning to affect the lives of all of us now, though the impact is greater on those with little protection and with most to lose. For many of us in the UK, we might think there’s nothing we can do about it, or that our contribution ...
Lysaker, Norway
11-50 Employees
2020
We are headquartered in Norway with representation in several Northern European countries as well as global reach through the Aker group. Our unique carbon capture technology has been developed since 2005 and offered commercially since 2009. Our plants offer several advantages such as low energy requirements, very robust solvent, and excellent HSSE performance. Aker Carbon Capture’s market-leading technology is validated by an extensive track-record and long-term operations at industrial scale. This process can be applied on emissions from various sources, from gas, coal, cement, refineries, and waste-to-energy through to hydrogen and other process industries. Unique, environmentally friendly solution for removing CO₂ emissions. CO280 Solutions and a leading pulp and paper company have awarded a carbon capture test campaign to Aker Carbon Capture for an undisclosed site on the Gulf Coast in the US. Aker Carbon Capture is a leading carbon capture provider.We strive to mitigate the environmental cost of industry for a brighter, more sustainable future.
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Featured
Carbon Capture made easy
... Carbon Capture ...
Seattle, United States
1-10 Employees
2017
Current technologies require pyrolysis to achieve these temperatures, which produces additional carbon emissions.
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Featured
[entrenest]
... Sonochemical pH Solutions for Carbon Capture ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Carbon Capture
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 436 |
| Amount of suitable service providers | 403 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1933 |
| Youngest suiting company | 2022 |
Carbon capture, also known as carbon capture and storage (CCS), refers to a suite of technologies designed to collect CO2 emissions at their source, preventing them from entering the atmosphere. This process typically involves capturing carbon dioxide produced by large-scale industrial processes or power generation, transporting it to a storage site, and depositing it in a way that ensures it will not be released into the atmosphere, often in deep geological formations. The significance of carbon capture lies in its potential to substantially reduce greenhouse gas emissions, a key factor driving climate change. By mitigating the impact of fossil fuel use, CCS represents a critical bridge in the transition towards more sustainable energy systems. It plays a pivotal role in achieving global climate targets, particularly those set by the Paris Agreement, aiming to limit global warming to well below 2 degrees Celsius. Despite its potential, the technology faces challenges, including high operational costs, energy requirements, and the need for substantial infrastructure development. However, advancements in technology and increasing support from governments and industries worldwide are enhancing its viability as a key component in the global strategy to combat climate change.
1. Reduced Environmental Impact
Carbon capture technology significantly diminishes the amount of CO2 released into the atmosphere, mitigating global warming and climate change. This process allows industries to continue operations while reducing their environmental footprint, showcasing a balance between economic development and ecological preservation.
2. Enhanced Energy Efficiency
The integration of carbon capture systems in power plants and industrial settings often leads to improvements in energy efficiency. By capturing and reusing CO2 for other processes, such as enhanced oil recovery, industries can optimize their energy use, resulting in cost savings and reduced resource consumption.
3. Versatility and Adaptability
Carbon capture technology can be applied to a wide range of sources, including power plants, manufacturing facilities, and even directly from the air. This versatility makes it a viable option for diverse sectors, contributing to widespread adoption and greater overall impact in reducing greenhouse gas emissions.
4. Supports Sustainable Development Goals
Implementing carbon capture technology aligns with global sustainable development goals by promoting clean energy solutions and combatting climate change. This not only helps in protecting the environment but also ensures long-term economic stability and growth by paving the way for sustainable industrial practices.
While evaluating the different suppliers make sure to check the following criteria:
1. Technology Efficiency
Evaluate the carbon capture technology's efficiency rate. Higher efficiency indicates less energy consumption for capturing CO2, which is crucial for operational sustainability and cost-effectiveness.
2. Scalability Potential
Consider the supplier's ability to scale their solutions. This is vital for adapting to varying volumes of CO2 emissions and for future expansion.
3. Cost Implications
Analyze the total cost of ownership, including installation, maintenance, and operational costs. Competitive pricing without compromising on technology efficiency is key.
4. Regulatory Compliance
Ensure the supplier's technology complies with local and international environmental regulations. This is important for legal operations and to avoid potential fines.
5. Technical Support
Assess the level of technical support and training the supplier offers. Reliable support is essential for resolving operational issues promptly.
6. Customization Abilities
Determine if the supplier can customize their solutions to fit your specific needs. Customization can significantly enhance the effectiveness of carbon capture operations.
Carbon capture technology plays a pivotal role in the energy sector, offering a solution to reduce greenhouse gas emissions from fossil fuel usage. Companies involved in oil and gas extraction and power generation are increasingly incorporating carbon capture systems to mitigate their environmental impact. This application not only helps in adhering to global emission standards but also in enhancing the sustainability of fossil fuel resources. In the manufacturing industry, particularly within cement, steel, and chemical production, carbon capture presents a viable method for decreasing carbon footprints. These sectors are among the largest industrial sources of CO2 emissions. By integrating carbon capture processes, manufacturers can significantly reduce emissions from their operations, contributing to cleaner production practices and meeting regulatory requirements. Agriculture also benefits from carbon capture technology through the enhancement of bioenergy with carbon capture and storage (BECCS). This approach involves capturing CO2 from biomass processing and energy production, effectively turning agricultural wastes into a source for clean energy while simultaneously sequestering carbon. This dual benefit supports the agricultural sector in becoming more sustainable and less carbon-intensive. Lastly, the construction industry sees carbon capture as a means to produce greener building materials. By capturing carbon emissions and using them in the manufacturing of concrete, the industry can create less environmentally damaging products. This innovative use of carbon capture not only reduces the overall carbon footprint of construction projects but also pioneers the development of sustainable building materials.
Carbon capture technology, pivotal in mitigating climate change by reducing carbon dioxide emissions, currently spans across various Technology Readiness Levels (TRLs), predominantly between TRL 6 to TRL 9. This range indicates that while some carbon capture methods are in the demonstration phase (TRL 6), being tested in environments that closely replicate real-world conditions, others have advanced to actual system implementation (TRL 9), where they're fully operational at industrial scales. The variation in TRLs is primarily due to the technical challenges and advancements unique to the different methods of carbon capture. For instance, pre-combustion and post-combustion techniques, despite being more mature and closer to TRL 9, still confront obstacles in efficiency and cost-effectiveness, limiting their widespread deployment. On the other hand, newer methods like direct air capture (DAC), though promising, linger around TRL 6 due to significant energy requirements and scalability issues. The specific TRL of a carbon capture technology thus reflects its maturity, scalability, and integration capability within existing infrastructures, highlighting the ongoing need for innovation and optimization to overcome technical barriers and achieve broader applicability and sustainability in the fight against climate change.
In the Short-Term, advancements in carbon capture technology are expected to focus on enhancing efficiency and reducing operational costs. Emerging approaches, such as the development of more selective and durable absorbents, aim to lower energy consumption during the capture process. Additionally, pilot projects integrating carbon capture with industrial applications are becoming more common, signaling a move towards practical, scalable solutions. The Mid-Term phase will likely see the integration of artificial intelligence and machine learning to optimize carbon capture processes. These technologies are anticipated to revolutionize the way carbon capture plants operate, enabling real-time adjustments to maximize efficiency and minimize emissions. Furthermore, advancements in modular carbon capture technology could allow for more flexible and widespread adoption across various industries, including those with smaller carbon footprints. Looking into the Long-Term, breakthroughs in direct air capture (DAC) technology hold the promise of significantly reducing atmospheric CO2 levels. Innovations in material science are expected to lead to the development of more cost-effective and energy-efficient DAC systems. Coupled with the growth of renewable energy sources, these advancements could pave the way for carbon capture to play a pivotal role in achieving global carbon neutrality, transforming it from an industrial add-on to a cornerstone of climate change mitigation strategies.
