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Logan City, Australia
We are one of the first, fully self-sufficient mobile engine carbon removal services to use a lightweight and portable state-of-the-art 12V digital decarbonising unit, we do not use a customer’s electricity or any other utility. We are also the first mobile engine carbon removal service to offer customers a genuine 10% OFF an engine carbon removal service when they present our Engine Carbon Removal Discount Coupon, as well as being the first mobile engine carbon removal service to actually pay our customers $10.00 if one of their friends books an engine carbon removal service with us using one of our flyers we leave with you. Engine Carbon Removal uses a process called Pyrolysis, where we produce a specially formulated and controlled hydrogen gas using our lightweight and portable state-of-the-art 12V digital decarbonising unit. Engine Carbon Removal is a fully mobile service that comes to a location that best suits you, no matter if you want us to come to your home, workplace, a shopping centre carpark or public area. We offer certainty that your engine carbon removal service will always be conducted by a qualified and friendly Technician, in only one hour. Engine Carbon Removal improves your engine’s performance, increases engine fuel efficiency and reduces harmful emissions, your engine will feel rejuvinated. Did you know that decarbonising your vehicles engine with hydrogen is a quick and easy process that only takes one hour and can make your vehicle more fuel efficient as well as improve torque, reduce emission levels & give back the crispness you have lost over time? Our team of experts recommends booking your car in for a carbon clean every 15,000 ks or 12 months.
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Featured
What is engine carbon removal?
... What Makes Engine Carbon Removal Unique? ...
New York, United States
1-10 Employees
2019
With each carbon molecule removed from the atmosphere, DAC provides authentic climatic cooling... and improves the likelihood of limiting planetary warming to under 2˚ C relative to pre-industrial levels. AIR TO EARTH holds U.S. patents on systems and methods that improve the efficiency and lower the cost of DAC. We are presently performing bench scale tests on these systems and methods - part of our plan to construct a commercial-scale demonstration module and an A2E DAC Unit that arranges 48 such modules in a hydraulically efficient and patented manner. We anticipate performing carbon removal services for "net-zero" corporates who desire to remove their difficult to abate carbon emissions in a measurable way. Demand for these services is projected to grow into a trillion-dollar industry, which will be priced to generate infrastructure level returns on investment.
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Featured
Revolutionizing Atmospheric Carbon Removal
... Creating programs for direct air capture for carbon removal. ...
Zurich, Switzerland
1-10 Employees
2022
NextGen was established to help bridge the lack of support for innovative carbon removal technologies and projects that will impact their scaleup of CDRs by 2030. NextGen, a collaboration drawing on the expertise of South Pole and Mitsubishi Corporation, is the first truly global facility of its kind, bringing together leading multi-national buyers from across Asia, Europe, and North America to promote the market for high quality, certified carbon removals (CDRs) from technological projects. NextGen has been specifically designed for corporate buyers committed to Net Zero targets, making permanent, high-quality CDRs accessible at a target price of $200/t. NextGen purchases CDRs from projects using a range of technological approaches that offer significant potential to scale:. No, all NextGen buyers are committed to carbon removals as an additional activity to decarbonization efforts, and will retire CDRs to ensure they are not being used to support activities misaligned with limiting warming to 1.5°C . Quality: NextGen emphasis on independent certification and delivery ensures CDRs meet recognized standards to ensure credible net zero targets. Market Insights: Collaboration with leading corporations that are developing the carbon removals sector, along with informational events for industry insights and project deep dives.
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The future of carbon removal… today!
... NextGen – The future of carbon removal… today! ...
Sydney, Australia
1-10 Employees
2021
Learn more about our services and technology today. We provide you access to the carbon markets ecosystem. Biocare is a solution for today to save tomorrow. Investing in Biochar - the leading and most effective, scaleable technology for carbon removal. We focus on large-scale carbon removal and support local companies in identifying opportunities for carbon monetisation, demonstrating the benefits of a net-zero future for all. We focus on large-scale carbon emissions and support local companies in identifying opportunities for carbon monetisation, demonstrating the benefits of a net-zero future for all. Projects are modernising and scaling biochar production to diversify application and achieve significant operational advantages. Biocare offers a comprehensive premium service to convert waste biomass streams into high-quality biochar that permanently stores sequestered carbon.
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Featured
CARBON REMOVAL
... Carbon removal projects by Biocare with emphasises on your carbon offsets. Results in carbon removal or avoidance with a goal to empower a net-positive or carbon negative future, traded on relevant carbon markets. ...
London, United Kingdom
1-10 Employees
Bio-Logical develops nature based carbon removal projects, that sequester carbon whilst also combatting the effects of climate change that are already being felt in Africa today such as 1.5x the global mean temperature rise, severe droughts, soil degradation and failed harvests. We develop long term carbon removal projects that aim to regenerate land and forests overcoming some of the most significant challenges faced by African smallholder farmers: degraded soil, droughts, expensive fertiliser and climate vulnerability. Bio-Logical was founded on the principle that the global drive towards net-zero can not only save our planet in the long term, we can address the severe impacts that are already being felt on the ground by those least equipped to deal with them. Our mission is to Create climate resilient communities around the world. If you are interested in working with Bio-Logical, we'd love to hear from you.
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Carbon Removal | Bio-logical
... Carbon removal NEED to scale 5000x According to the IPCC, by 2050, we need to be drawing down 10 billion tons of CO2 each year. Today we remove under 2 million tonnes of CO2 each year. ...
San Jose, United States
11-50 Employees
2016
Boomitra uses satellite and AI technology to measure, report, and verify soil carbon credits across the globe. Alongside an ecosystem of international partners, Boomitra equips every farmer and rancher to increase their soil carbon and yields, while securing additional income through carbon credits. As an Earthshot Prize Winner, we’re on a mission to recarbonize the soil and protect the planet. According to the IPCC, all pathways to avoid catastrophic warming rely on both emissions reduction and carbon dioxide removal (CDR).
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Boomitra | Carbon Removal Through Agricultural Soils
... Boomitra uses satellite and AI technology to enable monitoring, reporting, and verification of carbon removal credits across the globe. ...
Östra Tommarp, Sweden
1-10 Employees
2007
Our mission is to remove carbon dioxide from the atmosphere at an industrial capacity with the aim to reach 350 ppm CO2 before the end of the century, while making the agricultural land climate-resilient. ECOERA Millennium Biochar Carbon Removal was the worlds first biochar-only carbon removal platform and a result from research and innovation starting in 2009 as we begun our journey with Swedens first large-scale biochar application for carbon removal. ECOERA uses an industrial symbiosis solution starting with using agricultural residues rich in carbon and creating a pellet out of them. ECOERA is part of the steering committee of the Vinnova-funded project "Rest till Bäst". At ECOERA we are part of Fossil Free Sweden. ECOERA was part of the International Biochar Initiative Expert Panel forming the IBI Biochar Carbon Offset Methodology document. ECOERA has generated publications and is a co-author to the Biochar in European Soils and Agriculture - Science and Practice from Routledge. More research from ECOERA can be found here.
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ECOERA - The Biochar Carbon Removal Company - powering Net-Zero – ECOERA Millennium Biochar and Carbon Emission Removal Service
... Purchase Biochar Carbon Removal (BCR) to go to net-zero and climate positive. Providing a stable and verifiable biochar carbon sink for atmospheric carbon removal. Long term removal of CO2. Certificates for carbon removal. CO2e. CO2eq. Biochar CDR. CORCs. CORC. ...
London, United Kingdom
1-10 Employees
2020
Join our ready-made, high-quality, portfolio to remove carbon dioxide emissions on subscription or as a one-time chunk. Our partners are leading the charge to pull down and safely store carbon dioxide from the atmosphere for hundreds to thousands of years and beyond. Using the ocean carbon sink to store more planet-heating emissions. We believe the best way to build a net zero carbon world is together.
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Featured
Climate Science Decarbonization Carbon Removal Hope | Zopeful
... Climate Science Decarbonization Carbon Removal Hope | ...
Lysaker, Norway
1-10 Employees
Removr develops industrial-scale solutions for removing CO2 from the atmosphere and storing it permanently in the geosphere. Removr will offer CDRs of the highest quality, with the lowest footprint and the highest durability.. At megaton scale, Removr intends to leverage the US’ growing developments of clean power resources and strong government incentives. The Removr team combines deep expertise on adsorption technology, industrial experience, and track-record from rapid scaling and capitalization of green industry projects. Our ambition is to become a global leader in carbon removal, leveraging our innovative, efficient and sustainable technology platform and strong industry support. Innovative DAC technology platform enabling economies of scale. The zeolite-based technology used by Removr is currently deployed in a fourth operational DAC pilot, a 50-ton-per-year facility developed by technology partner GreenCap Solutions near Stavanger, Norway. The innovative and efficient technology has been developed in the Nordics, utilizing repurposed, existing processes from heavy industry.
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Featured
Scaling carbon removal to reverse global warming
... Scaling carbon removal to reverse global ...
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 Removal
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 256 |
| Amount of suitable service providers | 171 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 2007 |
| Youngest suiting company | 2022 |
Carbon removal encompasses a suite of technologies and processes designed to extract carbon dioxide (CO2) from the atmosphere and securely store it away from the air, in the earth, or in materials. This concept is pivotal in combating climate change as it works towards reducing the excess CO2 that human activities have released into the atmosphere, which is a primary driver of global warming. Among the methods employed are direct air capture, where CO2 is chemically removed from the air and stored underground or utilized in products; afforestation and reforestation, where planting new forests or restoring old ones captures CO2 through photosynthesis; and bioenergy with carbon capture and storage (BECCS), which involves capturing CO2 produced from biomass energy generation and sequestering it. The significance of carbon removal lies in its potential to balance out emissions that are difficult or impossible to eliminate, making it an essential component of global strategies to achieve net-zero emissions. By actively removing CO2 from the atmosphere, carbon removal technologies not only work to slow the rate of climate change but also pave the way towards eventually reversing some of its impacts. This dual role of mitigation and reversal places carbon removal at the forefront of environmental sustainability efforts, highlighting its critical importance in the broader context of climate change mitigation and the transition towards a more sustainable future.
1. Direct Impact on Atmospheric CO2
Carbon removal technologies target the root cause of climate change by directly extracting CO2 from the atmosphere. This method is more straightforward than alternative strategies that focus on reducing emissions, offering a clear path to mitigating the greenhouse effect and global warming.
2. Complements Emission Reductions
While reducing emissions is crucial, it's not sufficient to combat climate change alone. Carbon removal works alongside emission reduction efforts, providing a comprehensive approach to achieving net-zero emissions and eventually negative emissions, essential for reversing climate impact.
3. Potential for Sustainable Development
Many carbon removal technologies can contribute to sustainable development. For example, bioenergy with carbon capture and storage (BECCS) not only removes carbon dioxide but can also generate energy, creating opportunities for sustainable economic growth.
4. Enhances Biodiversity
Certain carbon removal methods, like afforestation and reforestation, increase green cover, thereby enhancing biodiversity. These methods restore habitats, support ecosystems, and maintain the balance of the natural environment, offering benefits beyond just carbon capture.
While evaluating the different suppliers make sure to check the following criteria:
1. Technology Efficiency
Evaluate the carbon removal efficiency and the technological innovation behind each supplier's method. Effective and sustainable technology is key.
2. Scalability
Consider the supplier's ability to scale up operations to meet your carbon removal needs, both current and future.
3. Cost-Effectiveness
Assess the cost relative to the amount of carbon removed. It's important to find a balance between efficiency and affordability.
4. Environmental Impact
Ensure the supplier's process has minimal negative environmental impact. Ideally, look for methods that provide additional ecological benefits.
5. Regulatory Compliance
Confirm that the supplier meets all relevant environmental regulations and standards. Compliance is crucial for avoiding potential legal issues.
6. Reputation and Reliability
Research the supplier's track record and reliability. Reviews and testimonials can provide insight into their performance and customer satisfaction.
In the manufacturing sector, carbon removal technologies are increasingly being adopted to mitigate emissions from production processes. Companies are leveraging these solutions to capture carbon directly from industrial emissions, promoting cleaner manufacturing practices. This application not only helps in reducing the environmental impact but also aligns with global sustainability goals, making businesses more attractive to eco-conscious partners and customers. The energy industry, especially those involved in fossil fuel extraction and processing, utilizes carbon removal to offset their carbon footprint. By integrating carbon capture and storage (CCS) technologies, these companies can significantly reduce the amount of CO2 released into the atmosphere during operations. This approach not only helps in complying with environmental regulations but also positions these entities as leaders in the transition towards sustainable energy practices. In agriculture, carbon removal finds its application through biochar incorporation into the soil. This method not only sequesters carbon but also enhances soil fertility and agricultural productivity. It offers a dual benefit of mitigating climate change while supporting sustainable agricultural practices, making it an attractive option for agribusinesses seeking to adopt greener operations. Lastly, the construction industry is exploring carbon removal through the use of carbon-capturing building materials. These innovative materials can absorb CO2 during the construction process and over the lifespan of the building, reducing the overall carbon footprint of new constructions. This use case represents a growing trend towards sustainable development within the sector, appealing to businesses and consumers alike.
Carbon removal technologies are at various stages of development, with the majority falling between Technology Readiness Levels (TRL) 3 and 6. At these levels, technologies have moved beyond theoretical groundwork (TRL 1-2) and are in the process of being validated in relevant environments (TRL 3-4) or demonstrated in operational environments (TRL 5-6). This range reflects the technical challenges and innovation diversity within carbon removal approaches. For instance, direct air capture (DAC), a method of chemically filtering CO2 from the atmosphere, has seen pilot projects and small-scale operational facilities, indicating a TRL closer to 6. However, technical hurdles such as energy-intensive processes and the need for significant infrastructure development hinder wide-scale deployment. Similarly, bioenergy with carbon capture and storage (BECCS) and enhanced weathering are exploring operational efficiencies and environmental impacts, positioning them in the mid-TRL range. The varied TRL across carbon removal technologies underscores the complexities of scaling up, integrating sustainability, and reducing costs. These challenges are central to advancing the TRL, necessitating continued research, development, and demonstration projects to address technical limitations and promote broader adoption.
In the Short-Term, advancements in carbon removal technologies are expected to focus on enhancing the efficiency and scalability of direct air capture (DAC) systems. Innovations in materials science are likely to lead to the development of more effective sorbents, which can capture carbon dioxide from the atmosphere more efficiently. Additionally, efforts will be made to integrate renewable energy sources with DAC operations to reduce the overall carbon footprint and operational costs of carbon removal processes. The Mid-Term phase will likely witness the emergence of hybrid techniques combining bioenergy with carbon capture and storage (BECCS) and enhanced weathering methods. These technologies aim to leverage natural processes and bioenergy production to sequester carbon at a greater scale. Research in genetically modified crops and microorganisms that can capture and store more CO2 will also gain momentum. Moreover, policy development and economic incentives are expected to play a crucial role in facilitating the adoption and implementation of these mid-term carbon removal strategies. Looking into the Long-Term, breakthroughs in nanotechnology and artificial photosynthesis are anticipated to revolutionize the field of carbon removal. These advancements could enable the development of highly efficient systems capable of mimicking natural photosynthesis processes, potentially turning CO2 into useful products such as biofuels, thus closing the carbon loop. Furthermore, the exploration of space-based carbon capture solutions might emerge as a novel frontier, offering unlimited potential for carbon sequestration away from Earth's atmosphere, although these concepts remain speculative and dependent on future technological capabilities and investments.
