Pivot Electric Machines Corp builds and retrofits existing heavy equipment with economically viable and operationally effective "next generation" battery systems. Dedicated to transforming the mining and construction industries into carbon neutral businesses. Bringing together a well respected team of BEV designers and builders with experience in delivering gear box design and production, unit control systems, battery management & design ​ Derisking the diesel-electric conversion process by leveraging 40 years of manufacturing experience with 10 years of building light BEV mining equipment and integrating battery parts and drive systems from well respected international suppliers. Target market of 45,000 existing vehicles worth over $200 billion

Our technology can convert any industrial off-gas or flue gas (e.g. 10-20 volume% CO2) into ethylene - which is the most widely used petrochemical in the world. The key competitive advantage of our technology is that it can bypass intermediate steps of incumbent CO2 conversion processes. Our mission is to avoid 1 million tons (Mt) of annual emissions to produce ~0.4 Mt of C2H4 by 2030.

Qube Technologies provides industrial operators with an end-to-end continuous monitoring solution that detects methane emissions with advanced sensors and powerful machine learning algorithms capable of quantifying emissions and localizing their source. We work with leading oil and gas operators across the globe and have support from a wide range of investors and government bodies. Qube is the first technology provider to have received regulatory approval for continuous monitoring technology in North America. Qube's mission is to make environmental monitoring accessible, affordable, and easy for all industrial emitters around the world.

NanoTerraTech has developed an Environmentally Friendly and Sustainable Advanced Material which is also a "Critical Mineral" BIO-Graphite from Forestry Biomass Waste for the EV Battery & Storage Markets, that Replaces Fossil Fuel Derived Carbon Materials in Manufacturing. Our mission is a commitment to sustainability, striving for a Net Negative/Climate Positive footprint. NanoTerraTech's Battery Grade BIO-Graphite (BG2)™ is not only sustainable, scalable, and a drop-in solution; it also facilitates permanent carbon capture, offering inset carbon credits. The use of BIO-Graphite eliminates the need for destructive mining or CO2-intensive fossil fuel-derived graphite. The transition to Electromobility represents a $1.2 trillion market – a generational opportunity. Producers of: BIO-Graphite, Carbon Black, Carbon Nanotubes, Carbon Nanofibers, Activated Carbon.

BioOilSolv specializes in sustainable energy solutions, utilizing residual agricultural and forestry biomass to produce green solvents through a thermocatalytic process for the oil sands industry. BioOilSolv solvents not only improve bitumen production rate by 100% but also reduce the carbon footprint by 40%, resulting in potential savings in energy costs and emissions reductions.

Momentum Materials has developed a novel nanoporous carbon scaffold (NCS). Various independent lab tests have validated increased performance, improved durability, and lowered comprehensive costs for these next generation, order-structured membrane electrode assemblies with this technology when compared to those constructed with catalyst coated membrane technology.

CycleCarbone has developed a proprietary simple, cost-effective carbon capture technology using an environment-friendly solvent in a simple and robust process utilizing the customer available energy. The process is targeting large emitters in the oil & gas, metallurgy, and power generation industries. CycleCarbone aims at emitters dissatisfied with existing solution and seriously looking to reduce their emissions.

Polymer-X Inc. is a spinoff company from University of Maryland and Princeton University. Led by a group of materials scientists and chemical engineers, the startup has developed innovative electrothermal methods for sustainable chemical manufacturing. The technology uses electrothermal methods for converting plastic waste into jet fuel and eDiesel. The technology uses an electrified and catalyst-free reactor that has demonstrated record-high selectivity and yields. The reactor converts polyolefin and polyester plastic wastes to jet fuel and eDiesel. Existing pyrolysis reactors use combustion based heat sources and offer low product yield, low product selectivity, and are energy intensive. Polymer-X has a fully electrified reactor that uses up to 80% less energy through a “pulse” heating technology. The company has built and tested a lab scale system (TRL 3-4) and has plan to build the next generation reactor in early 2024 (TRL 4-5). The company has a strong technical team, experienced management team, and supportive initial VC investor that together lay the foundation for exciting next steps ahead.

We've developed proprietary technologies to selectively convert mixed plastic directly into high value-product, which has the advantage of cost-competitive and low-carbon comparing to the petrochemical analogue. The innovation consists of specialized catalyst and reactor design to remove the dependency of refinery-type process. A portfolio of catalyst formulation has been developed to target different products, including diesel, kerosene, processing fluid, and lubricating oil.

Plugging wells is slow and expensive. Currently, an oilfield service company has to... 1. Erect a rig at the well site, requiring access roads and other lengthy site engineering tasks 2. Replace any deteriorated casing downhole 3. Prevent any vertical movement of gas by cementing plugs above and below each rock formation Due to the number of AOOGs and the limited number of plugging rigs, wells can be emitting for years before plugging can take place. In Pennsylvania, these plugging jobs can cost $100,000+. Our system captures and destroys methane from leaking wells at the surface ,creating a zero methane leak process from measurement to plugging. A Capwell Methane Abatement Unit (MAU) can be operational on a well within one week of leak detection and will remain until that well is plugged to quickly mitigate the problem while permanent solutions can be explored. This increases plugging efficiency and prevents any financial or environmental consequences that come from allowing a well to leak.

CoalaEnergy is a Calgary-based company revolutionizing the energy sector with thermal storage batteries made from upcycled sedimentary materials. Committed to sustainability, CoalaEnergy's zero carbon emissions approach is driven by Machine Learning algorithms, ensuring top performance and reliability. Join us in combining intelligent design with environmental responsibility for a greener future.

Axon4D creates a patented Fiber Optic Sensing System (FOSS) around large floating roof storage tanks. The first solutions will include: * Floating roof level and tilt monitoring coupled with the fill level on a tank. This allows for floating roof monitoring and pinpointing potential asset integrity issues. * Wet Sensing - For annular pontoons on floating roofs – 'Wet Sensing’, identifies if water or hydrocarbons are present in any of the pontoons. * Ponding - the ability to sense ponding on Floating Roof storage tanks * The data is presented in a secure web-based portal accessible from any computer or mobile device. Axon4D Technology becomes integral to your operational digital twin by delivering real-time insights for intelligent decision-making. Creating Operational Excellence through Axon4D Smart Tank Technology: * Near real-time monitoring of tank asset integrity * Allows for an immediate reduction in operational costs * Provides for decreased risk through better monitoring * Provides definitive documentation of performance for ESG reporting * Eliminates operational unknowns and surprises * Reduces emissions and operational downtime * Provides better information

The SENTRY platform is a unique bio-electrode sensor technology that provides real-time microbial performance monitoring in anaerobic and aerobic wastewater treatment systems.

Varme Energy is deploying waste-to-energy facilities coupled with post-combustion carbon capture and sequestration. These plants will extract the energy from our waste to provide 97% decarbonized baseload steam for district heating, industrial processes, or produce electricity. Each facility will capture between 150,000-200,000 tonnes of CO2 for sequestration or utilization. We are closing the carbon circle of our waste.

The significant shift in temperatures and weather patterns is due to the greenhouse gas emissions that trap sun's heat. Methane is responsible for 40% warming since industrialization and is 86x more potent than Carbon Dioxide. Methane emission reduction is the need of the hour ViVent Bioprocesses is harnessing the metabolic power of microorganisms to reduce methane emissions with a financial gain.

Inversion Point Technologies Ltd. is working to commercialize a novel direct atmospheric methane conversion technology. When deployed at scale this will reduce the severity of global warming effects and improve air quality worldwide by depleting carbon monoxide and volatile organic carbons in the atmosphere.

Anodyne harnesses biology to make low carbon chemicals. We employ enzymes, nature’s factories, to deliver products with incredible efficiency. We can do this because we figured out how to simplify and control a traditionally complex and difficult process. Our process combines the best of biology and electrochemistry to bypass the limitations of traditional petrochemical and fermentation processes. This allows us to produce chemicals at room temperature using renewable feedstocks, with no toxic byproducts. We are striving to build the industry’s leading chemical technology platform, the infrastructure to accelerate scale-up, a rapidly expanding pipeline, and a world-class team. Anodyne’s industrialized enzymes produce an array of sustainable chemicals and fuels. These chemicals directly substitute for the usually toxic fossil-based versions that are the building blocks of countless industrial and consumer products.Our pipeline includes development candidates for fuels, polymers, food additives and pharmaceutical ingredients, and we have multiple trials underway with other development candidates. In addition, we have initiated discovery programs with leading research universities, expanding the potential impact for our technologies.

Aquacycl™ provides the BioElectrochemical Treatment Technology (BETT™) for onsite wastewater treatment. The BETT™ systems eliminate up to 80% of incoming primary sludge, recover energy as direct electricity (no methane), and can provide a 90% reduction in treatment footprint and a 50%-70% reduction in operating expenses relative to conventional approaches for managing high-strength wastewater streams.