Anessa is an AI-powered digital twin platform built specifically for the biogas and renewable natural gas (RNG) industry. It enables developers, operators, utilities, and investors to simulate, optimize and monitor anaerobic digestion projects across their full lifecycle from early feasibility through daily operations. Unlike spreadsheets, static models, or disconnected monitoring tools, Anessa creates a living digital replica of each plant that evolves with real-world data. This allows teams to test scenarios before committing capital, adapt to feedstock and market volatility, prevent downtime and continuously improve performance. By bringing technical, financial and environmental intelligence into one platform, Anessa helps biogas projects become more bankable, resilient and profitable while accelerating decarbonization.

Arcobi (formerly Arcus Power) delivers an end-to-end digital control for energy operations: DataHub (clean power market + asset data), AI Forecasts (short-term market and system forecasts), a 24/7 Dispatch Desk (compliant scheduling and operational execution), and Signal Orchestrator (asset-level automation). Together, they convert volatile grid and market conditions into one coherent operating signal that can be executed consistently across a fleet, either through operators or direct IT/OT integrations. The result is faster decisions, fewer manual handoffs, more reliable dispatch, and measurable value capture across the energy value chain.

Digi LifeCycle Assurance with On-Prem Manager is a digital lifecycle management platform that enables energy operators to securely deploy, manage, and maintain distributed infrastructure entirely within their own data centers. The solution delivers enterprise-grade device management capabilities in a fully on-premises environment, allowing utilities and energy companies to modernize operations, improve resilience, and maintain control over sensitive infrastructure data—without relying on public cloud services.

By combining centralized device management software with Digi’s purpose-built infrastructure hardware and lifecycle support services, the platform provides a unified approach to managing critical assets across substations, generation sites, and remote field locations.

KOVR has developed a next-generation virtual reality (VR) training simulator for the Aerial Bundle Extractor (ABE), a highly specialized piece of equipment used in energy and petro- chemical environments. Built in close collaboration with the OEM, Peinemann Equipment N.V., and end user Melloy Industrial Services (a division of PCL Construction), the simulator delivers immersive, AI-assisted, scenario-based operator training on the Meta Quest 3 standalone headset, without requiring any additional hardware. The platform combines high-fidelity equipment simulation with intelligent instructional avatars and performance analytics capability, enabling safer, faster, and more scalable training while significantly reducing the capital, logistical, and environmental barriers traditionally associated with heavy-equipment simulation.

NOVAWAVE advanced wave equation technology and SROD V9.2.0 rod design software delivers advanced digital production optimization and design automation for energy operators. Together they help teams accelerate engineering decisions, identify optimal production configurations, and unlock measurable improvements in operational outcomes and financial performance. How is your digital technology unique, new, or relevant to the energy sector? SROD V9.2.0 introduces a Multi-Case Generation Wizard that automates the generation of multiple optimized production design scenarios in minutes, replacing manual, time-intensive engineering iterations and enabling faster, data-driven decisions. NOVAWAVE introduces an advanced purpose-built algorithm that improves real-time production diagnostics and control in complex wells, providing tailored performance insights that were difficult or slow to achieve with legacy software. These capabilities represent a meaningful departure from traditional tools and establish a new class of digital optimization technology.

Scovan’s PadX Engineering Digitalization platform (DDGS) is an automated drawing and document generation system that produces complete engineered manufacturing packages for modular well pad facilities. Instead of drafting and assembling engineering deliverables manually, the system automatically generates updated drawings and supporting documents from engineer approved templates and project-specific inputs. At its core, the solution uses intelligent CAD templating to convert “standard” engineering drawings into reusable digital generation templates. Once templated, the system can automatically replicate DWG drawings, apply project-specific tagging, apply Scovan and client document numbering rules, publish PDFs, and assemble a consistent manufacturing package for each module. The platform is designed for rapid turnaround and repeatability, enabling fabrication packages to be generated in hours rather than days, while improving quality control, traceability, and standardization across projects.

VL Energy provides a proprietary software ecosystem that replaces traditional emissions hardware with regulatory-grade AI. Its ES‑PEMS platform—the first AI/ML digital PEMS approved by AER and AEP—uses real-time operational data to accurately calculate emissions, eliminating costly CEMS hardware, improving data availability to 99%, and reducing CAPEX/OPEX by up to 70%. Opti‑Energy complements this by optimizing energy use through predictive analytics, forecasting conditions like peak demand and recommending operational adjustments to lower fuel consumption and electrical load. Together, the platforms enhance compliance, reduce costs, and improve efficiency without requiring additional instrumentation.

BridgeFlow™ Valve Technology is a patented mechanized ball valve platform that delivers blind-flange-equivalent positive isolation within a single operable valve. Unlike conventional ball valves that rely on sliding friction between the ball and seats, BridgeFlow separates motion from sealing. The ball rotates freely without seal contact, and once closed, two independent mechanically energized sealing barriers are positively engaged against the seats. This friction-free architecture eliminates wear during operation and provides verifiable isolation equivalent to installing blind flanges, while remaining fully reversible and compact. BridgeFlow integrates the functions of single valve isolation, double block and bleed (DBB), and blind flange isolation into one valve body, reducing equipment count, footprint, and operational risk.

TEMPUS is a proprietary, UL-certified control system migration technology developed by CIMA+ that enables full online replacement of aging control systems without plant shutdowns or signal disruption. Acting as a temporary hardware bridge, TEMPUS duplicates live field signals from an existing control system to a new one, allowing the new platform to be fully commissioned, tested, and validated while the legacy system remains in control. Once the new system is proven, operators transfer control at the press of a button. The TEMPUS hardware is then removed, leaving a clean, modernized control system with no legacy components remaining. This approach eliminates the need for outages, minimizes operational risk, and dramatically reduces project timelines and lifecycle costs—making control system modernization feasible for facilities that operate continuously.

Drillers face increasing challenges as wells become longer and more complex, with downhole vibrations severely limiting performance. Neotork is the first patented drilling enhancement tool that mitigates all major vibration types—axial, torsional, lateral, and stick‑slip—in a single solution. Traditional vibration‑suppression tools address only one mechanism, often requiring multiple components that lengthen the BHA and restrict drilling efficiency. Neotork’s cable‑based design uses disc springs and a swivel mechanism to automatically regulate depth of cut in response to real‑time torque. By contracting under excess torque and releasing stored energy gradually, it stabilizes drilling, boosts ROP, reduces trips, and protects the entire BHA.

WAA Technologies has developed the world’s first JOINTLESS Composite Fiber LPG Cylinder, featuring a monolithic HDPE liner reinforced with advanced composite fiber. By eliminating welded joints and metallic interfaces, it removes common failure points such as leakage, corrosion, and fatigue. The result is a lightweight, explosion-proof, corrosion-free cylinder with a translucent body for visual fuel monitoring. Each unit undergoes strict hydrostatic and air‑leak testing. This structural breakthrough enhances safety, durability, and lifecycle performance, sustaining over 12,000 pressure cycles. Its lighter weight reduces transport emissions and strengthens last‑mile LPG reliability, positioning it to redefine global LPG safety standards.

This project optimizes Aquathermolysis process to improve recovery and quality of heavy crude from Oman’s Thermal field while minimizing hazardous gaseous byproducts. Using a Hastelloy HPHT reactor and a validated lab-to-field feedback loop, we mapped how temperature (280–340°C), steam-to-oil ratio (1–4) and reaction time (12–72 h) affect viscosity reduction, partial upgrading and H₂S/CO₂ generation. Laboratory insights informed field countermeasures that reduced AP flared gas by ~50%, lowered corrosion risk, improved safety and environmental compliance, and built local technical capacity.

The Dis-Utility-Based Universal Disaster Severity Classification System (DUDSCS) is a scientifically grounded, data-driven framework designed to help the energy sector better understand, compare, respond to, and communicate the severity of disasters across all hazard types—ranging from wildfires and floods to heatwaves, pandemics, cyber disruptions, and infrastructure failures. Today, disaster severity in the energy sector is measured using fragmented, hazard-specific scales that limit comparability and slow decision-making, particularly when multiple risks occur simultaneously. DUDSCS addresses this gap by translating diverse human, social, and economic impacts—such as loss of life, injuries, displacement, affected populations, and economic damage—into a single, standardized, easy-to-interpret severity score. By providing a common, perception-aligned “severity language,” DUDSCS enables clearer communication, faster prioritization, and more consistent decision-making to support energy resilience, emergency preparedness, infrastructure protection, and long-term planning in an increasingly volatile risk environment.

The ETC is a real-world methane technology validation platform operating within the NGIF Accelerator framework. It provides innovators with access to laboratory and live operating environments to test, refine, and commercialize methane detection, quantification, and mitigation technologies. Under Eamonn’s leadership, the ETC has grown to more than 100 participating companies in three years, becoming one of North America’s most active methane innovation ecosystems. Participating companies have generated more than 150 million dollars in revenue, demonstrating how structured collaboration can accelerate responsible energy innovation while delivering measurable results.

Anessa is an AI-powered digital twin platform built specifically for the biogas and renewable natural gas (RNG) industry. It enables developers, operators, utilities, and investors to simulate, optimize and monitor anaerobic digestion projects across their full lifecycle from early feasibility through daily operations. Unlike spreadsheets, static models, or disconnected monitoring tools, Anessa creates a living digital replica of each plant that evolves with real-world data. This allows teams to test scenarios before committing capital, adapt to feedstock and market volatility, prevent downtime and continuously improve performance. By bringing technical, financial and environmental intelligence into one platform, Anessa helps biogas projects become more bankable, resilient and profitable while accelerating decarbonization.

Gridnostic is a cloud-based AI – driven inspection and diagnostics platform built for power utilities. It centralizes RGB, thermal and UV inspection imagery, links it to real electrical assets using GIS mapping, and converts raw field observations into structured and traceable maintenance decisions. The platform includes severity-ranking tools developed with guidance from EPRI methodologies, helping utilities move from visual observations to actionable insights without relying on subjective judgement. Gridnostic supports routine inspections, drone-based surveys, substation documentation, and fleet-wide multi-year asset condition programs. It helps utilities standardize assessment across teams, preserve knowledge over time, and improve reliability through informed maintenance planning.

Oil sands operators face major challenges managing large volumes of process‑affected water containing persistent contaminants such as naphthenic acids, PAHs, and ammonia, pollutants that conventional treatment technologies cannot cost‑effectively remove. H2nanO addresses this with SolarPass, a passive photocatalytic platform that uses buoyant catalysts and natural solar UV light to drive advanced oxidation without chemicals, energy input, or complex infrastructure. In partnership with the Pathways Alliance and COSIA, H2nanO scaled SolarPass to the world’s largest solar photocatalytic pilot at Imperial’s Kearl site, demonstrating degradation of naphthenic acids and reduced aquatic toxicity. The solution offers a low‑OpEx, sustainable pathway for oil sands and produced water treatment.

The Micro Ammonia Production System (MAPS) is a revolutionary, small-scale process for economically storing electricity in the form of green ammonia. As a containerized system, MAPS can easily be deployed in a variety of applications ranging from renewable power grid stabilization to agricultural fertilizer manufacture to remote community energy storage.

Litus has developed a nanotechnology enabled lithium separation platform that addresses lithium supply challenges across both primary resources and recycled materials. This platform is commercialized through two complementary technology streams. Litus LiNC focuses on direct lithium extraction from complex water sources such as geothermal brines, oilfield produced water, and industrial process waters. Litus ReLiGN applies the same proprietary material science to recover lithium from battery recycling streams and secondary battery waste. Together, LiNC and ReLiGN enable efficient lithium recovery across the full lifecycle, from resource extraction to end of life batteries. Both technologies operate in closed loop systems that minimize water use, reduce chemical consumption, and enable sustainable reintegration of lithium into clean energy supply chains.

Mantel is the carbon capture company built for heavy industry. The company’s high-temperature, liquid-phase carbon capture uses a proprietary molten-borate system that integrates directly into industrial operations. Mantel’s system reduces energy losses by 97% and operates at less than half the industry-average cost per tonne. Backed by leading global energy investors, including Shell, Eni, and BP, Mantel is deploying across power generation, oil & gas, pulp & paper, chemicals, and other critical sectors.

On January 16, 2025, MAX Power Mining Corp. (CSE: MAXX) announced confirmation of Canada’s first-ever subsurface Natural Hydrogen system following the successful completion and testing of the first well ever drilled in Canada (“Lawson”) specifically targeting Natural Hydrogen near Central Butte, Saskatchewan. On January 30, MAX Power also announced that, in parallel with the ongoing analytical testing, resource modelling, and resource estimation program at its Lawson Discovery, the Company is advancing a second discovery well at Bracken along Saskatchewan-Montana border. As the Lawson and Bracken wells advance toward commercialization, these discoveries mark major milestones in the global development of an emerging clean energy source and underscores the scalability potential of Natural Hydrogen.

SQUAIR is a climate‑tech company improving industrial energy efficiency by transforming existing refrigeration systems—one of the most energy‑ and emissions‑intensive industrial assets—into intelligent, self‑optimizing units using IoT, AI, and automation. The platform connects to equipment already onsite, collecting real‑time data and applying machine learning and automated control to continuously adjust operating conditions. This delivers up to 30% energy savings, cuts energy waste by up to 40%, and enhances equipment reliability. With a plug‑and‑play model requiring no retrofits or downtime, SQUAIR offers a fast, scalable, and cost‑effective decarbonization solution for energy‑intensive sectors and emerging markets.

This project introduces a breakthrough cement-enhancement technology using BHET (Bis-(2-hydroxyethyl) terephthalate), which is a chemically derived additive produced from recycled polyethylene terephthalate (PET) plastic waste. By incorporating BHET at low dosages into locally produced Class A cement, the additive transforms conventional cement into a high-performance material suitable for oil well cementing and advanced construction applications. BHET acts as a reactive strength-enhancing additive, not a filler. It improves cement hydration, microstructure development, and compressive strength while maintaining workable rheological properties. The result is a stronger, more durable, and more sustainable cement system that simultaneously addresses plastic waste management and the high carbon footprint associated with cement production. This innovation turns plastic waste into a valuable industrial material and uses cement, one of the most widely used materials in the world, to support circular economy solutions in the energy and construction sectors.

Anne Ready is the Senior Director of Product at Bridger Photonics, where she leads product strategy and execution for the company’s advanced methane detection and emissions measurement technologies. In this role, Anne bridges deep technical innovation with real-world operational and regulatory needs, ensuring Bridger’s products deliver actionable, high-fidelity data that energy operators can use to make informed decisions. She works cross-functionally with engineering, science, operations, marketing, and commercial teams to guide product vision, prioritize development, and translate complex capabilities into scalable, market-ready solutions that advance emissions measurement across the energy sector.

Luis Antonio Diaz is the Founder and CEO of BlüAI Tech, where he leads the development of secure, data-sovereign AI and digital systems for regulated industries, including energy, utilities, infrastructure, and government. His work focuses on enabling organizations to modernize operations, manage risk, and adopt AI responsibly while maintaining strict governance, compliance, and data control.

Chad Rickaby is the Co-Founder and CEO of ClimateDoor, a Canadian venture builder that helps climate and clean energy innovators commercialize faster by aligning private capital, government programs, and partnerships; he applies deep public-policy and ecosystem experience to move solutions from early traction to scaled adoption.

Bosco Chiramel is a Senior Operations Engineer at HPCL who operates at the intersection of heavy industry and open-source innovation. With over five years of experience in high-pressure hydrotreatment and MSDW plant operations, he has spent his off-shift hours building a globally recognized research portfolio. As the first Indian engineer named Runner-Up for Young Engineer of the Year at the Asian Downstream Summit 2025, his work — spanning 16 computational tools and 6 preprints — directly connects plant-floor realities with the frontier of the energy transition across India, Canada, ASEAN, and the Middle East.

As General Manager of Electrical & Controls for Western Canada, Justin leads the growth and operations of Modern Niagara’s electrical and building controls divisions in BC and Alberta. He built the Western Canada electrical business from the ground up, recruiting and developing teams, establishing systems, and securing work. Simultaneously, he oversees controls operations, integrating electrical and automation solutions that deliver energy efficiency, sustainability, and high-performance infrastructure for clients across multiple sectors.

Najma Al Waily is the Corporate Energy & Water Policy Advisor at Petroleum Development Oman, where she leads the development and implementation of PDO’s corporate decarbonization strategy and Net Zero Emissions (NZE) roadmap, with a particular focus on flare reduction and carbon management. With a background in process engineering and project delivery, Najma combines technical expertise with strategic policy leadership to drive energy efficiency, emissions reduction, and sustainable transition initiatives across one of the region’s leading upstream operators. She is also the author of PDO’s first Energy Management Code of Practice and a key contributor to Oman’s national NZE target-setting efforts through the Oman Carbon Labs initiative and an active member of PDO Young Professionals.

Jithamala Caldera is a researcher and data scientist working at the intersection of disaster analytics, resilience planning, and energy-system decision support. She specializes in converting complex, multi-hazard datasets into clear, decision-ready intelligence that supports emergency response, infrastructure protection, and long-term energy resilience. By integrating advanced statistical modelling, behavioural science, random utility theory, and large-scale global data, she develops technology-ready frameworks that enable energy operators, policymakers, governments, and communities to anticipate, compare, and manage the impacts of increasingly frequent, compounding, and cascading hazards.

Kathairos Solutions Inc. is an oilfield services company dedicated to eliminating routine methane venting from oil and gas operations. Founded in 2020–2021 and first commercially deployed in 2022, Kathairos has rapidly scaled to become a leading methane elimination provider, trusted by more than 70 operators across thousands of upstream and midstream facilities throughout North America. Kathairos’ core technology replaces methane venting from pneumatic devices—the largest source of methane emissions in the sector—by leveraging the thermodynamic properties of liquid nitrogen. The patented, self-contained system delivers clean, dry, inert nitrogen to power pneumatic controllers and pumps, fully displacing methane without requiring grid power, rotating equipment, or ongoing maintenance. Designed for remote and harsh environments, the solution enables rapid, large-scale deployment with exceptional reliability.

Sohkastwâwin is an Indigenous-led eco-bison ranch and net-zero community development in Northern Alberta. In 2022, Willow Lake Métis Nation purchased 205 acres using revenue from the Astisiy Partnership, the first oil and gas equity partnership in Canada to include Métis communities. On February 18, 2026, 20 wood bison arrive to begin restoring land damaged by industrial activity. The project proves energy development and environmental excellence can reinforce each other.