American BioCarbon uses patented equipment and a proprietary process to transform bagasse, a byproduct of sugar cane processing, into biochar and pellets. Traditionally discarded or burned, bagasse contributes to greenhouse gas emissions and land management issues. By productively using waste, we not only address environmental challenges, but also enhance the efficiency of sugar mills and create beneficial products used in a wide range of industrial and consumer applications. American BioCarbon (ABC) is a leading manufacturer of the next great advancement in carbon technologies: biochar. ABC uses an agricultural waste product in a unique way to eliminate legacy environmental impacts while helping customers meet environmental, social, and governance goals. American BioCarbon uses patented biomass separation technology along with other specialized equipment to make premium biochar from sugar cane bagasse. By harnessing the unique properties of bagasse, an agricultural waste product that would otherwise be burned or left to decay and create greenhouse gases (GHG), ABC produces a valuable product and helps sugar mills and local sugar growers. It’s a prime demonstration of value creation in a circular economy, a system where materials never become waste and nature is regenerated. The unique honeycomb carbon structure of bagasse makes it more effective than other wood-based products on the market. The porous elements within bagasse make it superior for use as a soil amendment. A highly advantageous attribute of bagasse is carbon sequestration. American BioCarbon’s bagasse biochar permanently captures carbon in the soil, presenting a tremendous opportunity to advance multiple Sustainable Development Goals. Contact us now to discuss how you and American BioCarbon can work together towards carbon net negative emissions.

Each year, vast amounts of organic waste—such as crop residues and wood byproducts—are either burned or left to decay, releasing CO2 and methane into the atmosphere. At ARTi (Advanced Renewable Technology International), we are leaders in designing and manufacturing advanced pyrolysis technology in the U.S., transforming this waste into high-quality biochar while preventing harmful emissions and breaking the carbon cycle. Pyrolysis is a thermal process that heats organic materials in a low-oxygen environment at temperatures ranging from 400°C to 700°C. This prevents combustion and instead breaks down biomass into biochar, bio-oil, and syngas, valuable products that can be repurposed for soil enhancement, energy production, and industrial applications. Biochar rejuvenates soil by improving water retention, balancing nutrients, and fostering beneficial microbial life. This results in healthier crops, reduced reliance on chemical fertilizers, and greater resilience to extreme weather conditions like droughts and heavy rains. With just one application, biochar remains active in the soil for centuries, making it one of the most sustainable soil amendments available. Through innovation, ARTi is transforming waste into climate solutions, reducing emissions while generating carbon credits and enabling industries—such as cement and asphalt production, water filtration, and environmental restoration—to lower their carbon footprint. We also offer consulting services to help businesses validate their projects and explore pyrolysis as a sustainable way to monetize their waste. By assessing feedstocks, carbon credit potential, and technology options, we help companies turn organic residues into profitable and eco-friendly solutions. ARTi is revolutionizing the way we manage waste, restore soils, and cool the planet.

Great ideas transform industries. At Atlas Copco Gas and Process, we help customers prepare for tomorrow by designing, building, and servicing turbocompressors, oil-free gas screw compressors, and turboexpanders. We serve the hydrocarbon processing, power generation (both renewable and conventional) and industrial gases industries. Our passionate people are dedicated to helping customers handle today’s pressures while creating a sustainable future. We are a division of the Compressor Technique business area, headquartered in Cologne, Germany, with additional production centers in the United States, India, China, and Korea.

Biomass Controls provides decentralized rapid nutrient recovery and treatment for biogenic resources. Biomass Controls patents are based on protecting the environment and returning nutrients to the soil. Our Biogenic Refinery provides thermochemical treatment of high moisture materials such as manures, human excreta, agriculture residues, and food waste. Our services provide Design, Technology Adoption Support, and Impact Measurement.

Designed specifically for high-quality engineered offsetting solutions, DigiKerma is building an end-to-end framework to support the programmatic issuance and trading of homogeneous, liquid & high-quality carbon credits​, what we call ‘Standardized Carbon Contracts’, based on geologically sequestered CO2, and exchanged on a blockchain network for lifetime traceability, public auditability, and fractionalization.

At GECA Environnement, we develop and broker biochar carbon credit projects, helping businesses turn waste into profitable, carbon-negative solutions. Our expertise in pyrolysis, biochar, biocoal and biooil production, and carbon credit markets enables clients to generate high-quality carbon credits while improving soil health and reducing emissions. We provide a seamless path to economic and environmental sustainability, ensuring that waste management and carbon credit projects are not only impactful but also financially viable. Whether you're looking to develop your own waste-to-bioproduct project or trade high-value carbon credits, GECA is your trusted partner for maximizing returns in the growing carbon economy.

Our mission is rooted in regenerating our earth through soil-based carbon sequestration. Agricultural lands hold the key to sequester over a billion additional tons of CO₂ each year. We partner with conscientious carbon brokers and forward-thinking landowners to unlock the true carbon value of their land. With our innovative soil sampling equipment and high-integrity mobile lab process, we're measuring progress towards a net-zero future for various industries. We offer cost-effective soil sampling at scale with patented technology and a skilled technical team. Rigorous lab protocols developed with leading soil scientists provide clear, accurate results for carbon verification and quantifying purposes. In support of sustainable agricultural practices, we also offer automated fence installation. Save time and money when implementing a rotational grazing program with our efficient One Pass Fencing process. We discuss your grazing management plan and identify the best fencing strategy for your needs. Our patented fencing installation machine follows an automated three-step process of setting posts, drilling holes, and running wire. https://greenedgeco.com/turnkey-soil-sampling-analysis/ https://greenedgeco.com/fencing-installation/

LI-COR® is the global leader in environmental monitoring. We provide instruments and software that measure greenhouse gases and water in plants, soil, oceans, and the atmosphere. Our solutions include streamlined carbon monitoring systems that connect to LI-COR Cloud, as well as the gold standard in carbon measurement — the eddy covariance method. For more than 50 years, our team of scientists and engineers has delivered innovative solutions to global research challenges. Learn more about our products at licor.com.

Established in 1961, Netherland, Sewell & Associates, Inc. (NSAI) is a worldwide leader of property analysis for industry, financial organizations, and government agencies. With offices in Dallas and Houston, we deliver high-quality, fully integrated engineering, operational, geological, geophysical, petrophysical, and economic solutions for all facets of the upstream energy industry. In recent years, we have brought our world-class skill set and over 60 years of experience to bear on carbon sequestration evaluations for our clients. Whether injecting into depleted hydrocarbon-bearing formations or into regionally extensive aquifers, NSAI has the expertise to certify the subsurface aspects of your carbon capture project. NSAI has geoscientists that are experts at seismic interpretation and integration of well data to map formations, as well as reservoir engineering teams that are experts in dynamic modeling of fluid flow and CO2 storage processes. NSAI also employs specialized economic modeling software and capabilities to accurately quantify project value. NSAI has built hundreds of models and has efficient, fit-for-purpose workflows that can tailor a model to the specific needs of a client. These models can provide insight into key reservoir uncertainties pre-injection or deep insight into storage mechanisms once history-matched to performance data. Why Choose NSAI? • Experience – NSAI has over 60 years of experience in integrated subsurface studies, providing technical and advisory services for clients in over 100 countries, both onshore and offshore. NSAI has evaluated dozens of natural gas storage projects and more than 20 permanent CO2 sequestration projects. • Reputation – NSAI is known for the high quality of our work, the excellent service we provide to our clients, our strong respect for confidentiality, and our independence regarding the clients and properties for which we prepare evaluations. • Expertise – NSAI has the technical skills needed for all subsurface aspects of CCS projects, including well planning, regional geology characterization, local geologic structural mapping, storage reservoir characterization, log and core data analysis, fluid PVT analysis, static and dynamic simulation modeling, and injection performance surveillance. • Trusted Analysis and Advice – At NSAI, our goal is to be more than just a consultant; we strive to be a trusted advisor to our clients through full project life cycles and beyond. To talk to one of our Carbon Capture experts, call Akshay Jayaram in our Dallas office at 214-969-5401 or Joe Mello in our Houston office at 713-654-4950. We can also be contacted by email at [email protected] for more information.

Tenaska is developing CCUS Hubs across multiple regions of the U.S. with suitable geology for safe long-term storage of CO2 and high customer demand. Our projects are anchored on the storage field and branch out to customers via pipelines, with opportunities for new project development in low-carbon power generation, blue hydrogen, carbon negative technologies like Direct Air Capture, and sustainable hubs. We seek customers with CO2 emissions who would like to have a transport and storage solution. Tenaska is an experienced developer across energy sectors with access to capital, expertise, and operating experience. We can also provide development services for new CCUS projects, whether customer sited or hubs with an anchor customer.