2025 Nominees

The Disruptive Digital Innovator Award recognizes novel digital technologies advancing the energy industry. All technologies in this category should be at stages of initial production and rollout, full production mode, or commercial (post pilot stage). This category is open to digital technology concepts that are less than five years old and are considered “game changers” in the energy industry. Nominees in this category will be recognized for their potential to reshape industry norms, improve efficiency, and contribute to a more sustainable and resilient energy ecosystem.

Nominees are:

Ambyint

Methane mitigation in upstream O&G through advanced anomaly detection and autonomous control

InfinityPL optimizes Plunger Lift wells with AI-driven Anomaly Detection and Autonomous Setpoint Management, enhancing production while reducing costs and methane emissions.

Enaimco

Enaimco Operational Twin

Enaimco’s Operational Twin enhances asset performance by integrating real-time data and predictive insights for offshore and subsea operations. It streamlines lifecycle management, optimizes maintenance, and supports collaboration with advanced 3D models and data-driven decisions.

RevSolz Corp.

Transforming Hydraulic Fracturing Operations with FracSol: A Game-Changing Digital Oil Field Solution

FracSol is a groundbreaking digital oil field platform revolutionizing hydraulic fracturing with real-time monitoring, intelligent analytics, automation, and optimization. It enhances efficiency, reduces costs, and empowers operators to achieve smarter, safer, and more sustainable global operations.

Saudi Aramco

Full Autonomous Operation of Crude Oil Plant

The project involves developing and implementing an innovative process control strategy (US Patent # 20230279751) to achieve full autonomous operation and optimize energy consumption at the world’s largest crude oil processing facility with the capacity of 7 million barrels per day.

TOSSA Sustainability Services Inc.

TOSSA (Towards Optimal Sustainability Space Assessment) Web-based Decision-support Tool for automated sustainability and ESG Assessment in the Energy sector

TOSSA is an innovative automated cloud-based digital tool designed to revolutionize sustainability assessment across industries including the energy industry.

ZeroSound Systems Inc.

Active Noise Control for Industry

Noise pollution from equipment will be targeted fusing one and/or multiple systems, with the objective of delivering noise suppression to pre-determined geographic areas and to measure and report on the results. Real-time monitoring will also take place to allow client insight and assessment.

The Emerging Clean Technologies Award is focused on innovative technologies or processes that improve environmental performance or decrease cost of production in the energy industry through significant energy efficiency improvements, the sustainable use of resources, or environmental protection activities. (Note: Carbon Credits will not be considered). Technologies in this category are in the post pilot, proven category that have positive impact on the environment (TRL 6-7). Nominees in this category are recognized as innovators driving transformative change, setting new standards for environmental responsibility, and shaping a cleaner, more sustainable energy future.

Nominees are:

AVEVA

Reallocation of the CO2 emitted by Steam producers to the Steam Consumers

In steam production, CO2 emissions often go untracked, hampering sustainability efforts. Recognizing this issue, TotalEnergies has developed pioneering strategies to ensure accountability and transparency in emissions reporting.

Carbonova Corp.

Carbonova’s Low-Emission Carbon Nanofiber Technology

Carbonova has developed a technology that uses captured CO2 and methane to generate carbon nanofibers using a novel, scalable, eco-friendly solution.

Forefront Energy

Zero Emissions Generator (ZEG): Clean Power from Pressure

Forefront Energy’s Zero Emissions Generator (ZEG) harnesses gas pressure differentials to generate power without burning fuel or producing emissions. Its innovative opposing-piston system provides reliable, off-grid energy for wellsites, eliminating combustion-based power sources.

Omni Services

Development of a Python-Based BEM Software for Multi-Physical Analysis and Development of Energy

This work introduces the development of Python-based software that utilizes the Boundary Element Method (BEM) to predict advanced materials' thermal and multi-physical properties, including Phase Change Materials (PCM), aerogels, sands, and other potential candidates for energy applications.

Swordfish Energy

Invention of a New Class of Marine Tidal and Laminar Flow Turbine: The Compeller

Swordfish Energy is a multi-award-winning and three-time nominee to the Earth Shot Prize and Breakthrough Energy Fellow nominee. The unique Swordfish 'Compeller'© device is in the final stages of commercial readiness in preparation for global deployment

VL Energy Ltd.

Predictive Emission Monitoring System

VL Energy’s AI-powered PEMS optimizes industrial combustion processes, reducing GHG emissions by up to 6% while improving efficiency. Using real-time data, it provides a cost-effective, scalable solution to help industries meet sustainability and compliance goals.

The Emerging Leader Award acknowledges an up-and-coming individual whose efforts have already made a significant contribution to their organization, industry or community that go above and beyond their normal day to day duties. The nominee should stand out in terms of strategic thinking, leadership, community involvement and the pursuit of excellence in their field. The nominees in this category will have been in the energy industry for 10 or less years. Self-nominations are permitted in this category.

Nominees are:

Mina Zarabian, CEO & Co-Founder, Carbonova Corp.

Dr. Mina Zarabian is the CEO and Co-Founder of Carbonova, where she leads the company’s strategic direction, technology development, and commercialization efforts. She oversees the advancement of Carbonova’s patented process that transforms greenhouse gases like CO₂ and methane into carbon nanofibers (CNF) a high-performance material used in applications such as plastics, composites, batteries, and construction. Mina is responsible for scaling the company from pilot production to its first Commercial Demonstration Unit (CDU), while building partnerships across the energy and industrial sectors and securing the funding needed to drive Carbonova’s growth.

Manoj Reddy Gopu, Director of Engineering, Key Capture Energy

Manoj is a seasoned energy professional with a proven track record of leading complex, high-impact projects in the renewable energy sector. Specializing in the development and implementation of Battery Energy Storage Systems (BESS), Manoj excels in navigating regulatory frameworks, fostering stakeholder collaboration, and driving innovative solutions to address urban energy challenges. With extensive experience managing end-to-end project lifecycles, including interconnection processes, construction, and stakeholder education, Manoj has successfully delivered transformative energy solutions that enhance grid reliability and support sustainable development. Known for strategic leadership and a results-driven approach, Manoj is dedicated to advancing clean energy initiatives that empower communities and shape a more sustainable future.

Muhammad Akram Karimi, Chief Technology Officer, Saher Flow Solutions

Dr. Karimi is the founder & CTO of Saher Flow Solutions - a deep tech company revolutionizing the landscape of multiphase flow metering for digitizing the production assets by using latest microwave and digital twin AI technologies. Over the past 5 years, he has been leading the team of researchers and engineers to commercialize this product for the industry. His primary responsibilities include investor relationship management, technology development, product architecture design and field deployments to gain market traction.

Serene Sow Mun Lock, Senior Lecturer, Universiti Teknologi PETRONAS

Ir. Ts. Dr. Serene Lock Sow Mun is currently working as a senior lecturer at Universiti Teknologi PETRONAS (UTP). She has graduated with a Doctor of Philosophy (PhD) and Master of Science (MSc) in Chemical Engineering from UTP, while also an alumnus of Bachelor of Applied Science (Hons) in Chemical Engineering, University of Toronto, Canada. She has developed tremendous interest in multiscale simulation, process and molecular simulation, mathematical modelling, and process design. Professionally, she aims to advance innovative sustainability initiatives for clean energy transition through her continuous effort in uncovering novel inventions and fostering inclusive leadership practices for forefront technological developments. Personally, as a certified Chartered Engineer and Professional Engineer, she holds a prominent position to orchestrate initiatives in advancing representation of women in the engineering and energy fields, while guiding the next generations to be professionally registered. Worth mentioning, she has led and pioneered the invention of novel and copyrighted computational inventions, which have been commercialized to natural gas sweetening facilities to capture CO2 and won numerous accolades. It is used to assist industrial practitioners to realize decarbonization by producing natural gas that is safe, clean, environmentally friendly and energy efficient for public use and meeting stringent regulatory requirements. During her short stint of 5 years academic career, she has secured and led 12 international, industry and national research grants with a cumulative worth of ~USD3 million as principal investigator, which are devoted to environmental preservation and sustainability in the realm of clean energy paradigm, and published ~100 peer-reviewed scholarly articles, with a total impact factor of >500 and h-10 index of 40. She is currently also being appointed as the deputy program leader and leader of UTP-PETRONAS future positioning projects in realizing eccentric research to make leapfrogging progress in achieving energy transition with net zero emissions. She is the Winner of 2025 Malaysian Invention and Design Society (MINDS) Young oman Scientist Award, 2024 Egypt Energy Show (EGYPES) Nex-Gen Female of the Year Award, 2024 Asian Downstream Summit Female Engineer of the Year, 2023 Carbon Capture Canada Emerging Carbon Capture, Utilization and Storage (CCUS) Leader Award; 2022 German Federal Ministry of Education and Research Green Talent Award; 2021 The Society of Chemical Engineers, Japan Outstanding Asian Researcher and Engineer Award and 2019 Institution of Chemical Engineers Young Researcher Award, accolades that confer global recognition for women leadership in advocating clean energy.

Hassan Alzain, Environmental Scientist, Yale University

Hassan Alzain is a dedicated environmental and energy professional with a proven track record of advancing sustainable development initiatives. With leadership roles at renowned organizations such as Saudi Aramco and the Yale School of the Environment, Hassan has played a pivotal role in driving innovative solutions to global challenges in climate change, renewable energy, and environmental health. His expertise spans energy systems analysis, environmental policy advocacy, and capacity building, making him a sought-after thought leader in transitioning to sustainable energy and low-carbon economies. Passionate about empowering communities and fostering collaboration, Hassan combines technical acumen with visionary leadership to shape a resilient and sustainable future. Hassan has led Aramco’s Environmental Science, Sustainability, and Policy Group with significant leadership toward sustainability reporting, third-party assurance, scientific publications, and influencing stakeholders’ performance across key climate, health, and environmental performance indicators.

Karan Soni, President / Technical Sales Specialist, Young Professionals in Energy (YPE) Calgary / EVLO Energy Storage

As a President, Karan is responsible for leading the strategic direction and vision for YPE Calgary in alignment with the YPE global vision and mission by providing a platform for young energy leaders in the energy industry within Calgary and ensuring YPE values are communicated to the Board of Directors, Volunteers, and YPE members. Additionally, Karan acts as a liaison between YPE Calgary Chapter and guest speakers as well as YPE global. He also represents YPE Calgary at public engagement and speaking events.

Suzanne West, a visionary business leader in the Canadian energy sector, passionately advocated for elevating environmental standards and promoting sustainability within the oil and gas industry. Her profound influence has left an enduring legacy, transforming the landscape of the energy sector and inspiring a paradigm shift towards enhanced environmental performance.

The Suzanne West Environmental Excellence Award serves to recognize any efforts, initiatives or technological advancements that have minimized or eliminated the environmental footprint of the energy industry. This award is specific to environmental technologies/initiatives used in the energy industry. All environmental technologies in this category should be at either: initial production and rollout, full production mode, or commercial.

Nominees are:

Greengate

Travers Solar is a large-scale solar power project located in southern Alberta, Canada. It spans over 3,300 acres and generates about 400 MW of renewable energy, enough to power approximately 100,000 homes. The project aims to reduce greenhouse gas emissions and support clean energy goals.

Petroleum Technology Research Centre

Aquistore is a tailored industrial-scale CO2 injection and MMV project, unique in the world.  It fully operational by 2015 with large scale CO2 injection so far of ~600Kt. The site includes an injection well drilled to 3300 m and 150 m away from the injection well a geared observation well.

Saudi Aramco

The Zuluf Trunklines Project is a key element within the Zuluf Program, installing 3 new 42” trunklines spanning 200+ km to transport crude from offshore platforms to onshore processing. It prioritizes low-impact trenching, environmental monitoring, and habitat restoration to minimize its footprint.

The Methane Emissions Reduction Award recognizes organizations or initiatives that are leading the way in reducing methane emissions across the energy sector. Eligible projects may involve the development of cutting-edge technologies for methane detection, capture, or abatement, as well as best practices in operational management, infrastructure, and policy implementation. Awardees will demonstrate a measurable reduction in methane emissions, fostering cleaner air and advancing efforts to meet global climate targets. Nominees in this category will be recognized for their innovative technologies, strategies, and practices that effectively mitigate methane leaks and emissions, making a significant contribution to environmental sustainability and the fight against climate change.

Nominees are:

Forefront Energy

Forefront Energy’s Zero-Methane Technology Portfolio for Natural Gas Infrastructure

Forefront Energy is eliminating methane venting at wellsite’s with a fully integrated, zero-methane power and control solution designed for both new builds and retrofits. Our MRK Power System, HD-Control, and Air-Control work together to provide reliable, low-emission well-site automation, replacing methane-venting pneumatics and outdated power sources.  MRK Power System: A solar-first, battery-backed power solution that provides the on-site electricity needed to replace methane-venting pneumatic actuators with electric or hydraulic alternatives. Unlike diesel generators or TEGs, the MRK produces no CO₂ emissions, making it the most sustainable and eco-friendly wellsite power option available.  HD-Control: A low-power precision hydraulic control system ideal for new builds, pipelines, and risers, eliminating methane venting from pneumatics while consuming just a fraction of the energy required for Air-Control systems. Unlike nitrogen or methanol-based alternatives, HD-Control requires no consumables, lowering operating costs and simplifying logistics.  Air-Control: The most efficient Compressed Instrument Air system on the market, designed for seamless retrofits to replace methane-venting pneumatics without requiring major infrastructure changes.  Zero Emissions Generator (ZEG): A breakthrough technology that harnesses gas pressure to generate power without combustion or emissions, providing a future-ready solution for sustainable wellsite operations.  Forefront Energy’s targeted solutions eliminate methane venting at the source while providing best-in-class reliability, efficiency, and sustainability. Whether for new wellsite’s, retrofits, pipelines, or risers, our technology portfolio offers the most comprehensive and field-proven approach to zero-methane power and control.

GHGSAT

High-resolution satellite emissions monitoring

GHGSat has built the world’s largest fleet of satellites dedicated to monitoring methane. These satellites deliver data that traces emissions to their source at an unmatched speed, so that decision-makers can understand and address methane emissions at their source, fast. GHGSat serves as a trusted partner to industry, government, and financial institutions, empowering organizations around the world to accelerate the decarbonization of the planet.

Kathairos Solutions

Kathairos Solutions: Eliminating Methane Venting from Pneumatics: Effectively, Affordably and At Scale

Kathairos eliminates methane venting at remote well sites by using nitrogen - an inert, non-polluting gas - to operate pneumatic devices. In doing so, the system replaces the need for methane as instrument gas, and the subsequent venting of methane, a highly potent greenhouse gas, during routine well site operation.

Petroleum Development Oman LLC

Innovative Thermal Solutions for Methane Emission Reduction: Pioneering Sustainable Practices in Oil and Gas

The Amal Thermal Optimization and Methane Emissions Reduction Initiative aims to enhance operational efficiency while significantly reducing methane emissions in the oil and gas sector. By utilizing innovative technologies and optimized processes, this initiative sets a new benchmark for sustainable energy practices.  Key Features: Our project incorporates advanced thermal solutions that improve heat exchange efficiency, boosting productivity and minimizing fuel consumption. We implement comprehensive emissions management techniques, utilizing state-of-the-art methane detection and abatement technologies for precise leak identification and mitigation.  Automation Enhancements: The transition to automated control systems reduces manual interventions, streamlining operations and enhancing safety. This shift contributes to greater consistency and lower methane emissions while improving overall operational efficiency.  Sustainability Metrics & Benefits: The initiative is designed to achieve a measurable reduction in methane emissions, projected at over 200k tons per year. This results in improved resource utilization, significant cost savings, and a strong commitment to environmental stewardship.  Scalability and Replicability: The thermal optimization techniques developed can be scaled and replicated across various sites, enabling broader industry adoption. By leading in sustainability and regulatory compliance, we strengthen our brand's reputation as a responsible resource manager.

The Excellence in Energy Research Award celebrates the groundbreaking and transformative research being conducted by post-secondary institutions worldwide to advance the energy sector. It honors innovative projects and applied research that are driving progress, addressing global energy challenges, and shaping the future of sustainable energy solutions. Recognizing contributions across all forms of energy, this award highlights the critical role academic research and applied research plays in fostering innovation and providing real-world solutions. It acknowledges the visionary thinkers and teams whose work is pushing the boundaries of what’s possible, paving the way for a cleaner, more efficient, and resilient energy future.

Nominees are:

Petroleum Development Oman LLC

Optimizing Onshore Production: A Global Perspective on Thermal Cluster Performance Analysis

In the evolving landscape of global energy production, optimizing onshore operations has become paramount to enhancing efficiency and sustainability. This analysis focuses on the performance of thermal cluster A", a critical component in the energy sector, particularly in regions where thermal recovery techniques are deployed. By examining innovative strategies and methodologies implemented across various geographical contexts, this research aims to provide a comprehensive perspective on the operational challenges and successes encountered in the management of thermal clusters.

TOSSA Sustainability Services Inc.

 
A Safe and Desirable Operating Space for Energy Technology Systems

This research aims to apply the life cycle sustainability assessment method to establish a triple-bottom-line framework that identifies unsustainable conditions and defines thresholds for energy systems across environmental, economic, and social dimensions. By mapping these thresholds, the framework will enable the evaluation of energy product systems, offering guidance on how to enhance their sustainability performance. The goal is to transition these systems into a sustainable space where they become socially acceptable, minimize environmental impact, and remain economically viable. Additionally, this research will lead to the development of an application tool designed to compare the triple-bottom-line performance of different energy product systems against scientifically established sustainability thresholds.

University of Alberta

Hot Water Flooding with Chemical Additives: A Low-Carbon Alternative to Steam Flooding for Heavy Oil Recovery

In this research project, Dr. Huazhou (Andy) Li and his team propose a novel approach to enhance recovery of heavy oil by replacing steam with hot water and chemical additives. While steam flooding has been widely used, it faces challenges such as high carbon emissions and low sweep efficiency. Our method integrates carefully selected chemical additives into hot water injection, effectively mitigating these issues while maintaining or improving recovery performance. Through extensive laboratory experiments, we have identified several promising additives that significantly enhance oil recovery by reducing interfacial tension, altering wettability, and promoting emulsification. Currently, our industrial partner is conducting pilot tests in a heavy oil field, with initial results demonstrating strong potential. This innovative technology offers a more energy-efficient and environmentally sustainable alternative to conventional steam flooding, contributing to improved oil recovery with a reduced carbon footprint.

University of Calgary 

AsphaDots: Unlocking the Power of Petroleum’s Hidden Potential

Dr. Milana Trifkovic’s cutting-edge research is revolutionizing nanomaterials with AsphaDots tiny (10 nm) carbon dots derived from oil sands asphaltenes, the thick, tar-like component of crude oil. Traditionally, carbon dots require high-temperature processing with expensive organic materials, but Dr. Trifkovic’s innovative solvent pre-treatment technology enables low-temperature (~80°C) synthesis with high yields, transforming an abundant, low-cost petroleum byproduct into a valuable resource.  

The Innovation in Technologies: Equipment or Process Controls Award recognizes highly disruptive innovations in equipment that have had a major impact on energy efficiency, emissions, economics, scheduling, or quality. This category also acknowledges projects, products, or services specific to controls that make a positive impact to the industry. All technologies in this category should be at either: initial production and rollout, full production mode, or commercial (post pilot). If the underlying solution is digital, it should be submitted under the Digital Innovator Award category.

Nominees are:

Forefront Energy

MRK-HD Power and Control: Transforming Off-Grid Wellsite Operations with Zero-Emission Solutions

MRK-HD Power and Control integrates solar-first power with precision hydraulics to eliminate methane venting. Deployed in the field, it replaces diesel, TEGs, and pneumatics, offering a scalable, low-maintenance, zero-emission solution for regulatory compliance.

Hikvision

Hikvision GCI (Gas-Cloud-Imaging) camera for VOCs gas detection and imaging

Install multiple Gas Cloud Imaging telemetry instruments, link the surrounding video monitoring system for review, and conduct real time visual gas monitoring of tank farms and loading and unloading areas, mainly monitoring gases such as 1 butene, ethylene oxide, styrene, etc.

Saher Flow Solutions

AI-enabled non-gamma multiphase metering solution to enhance production efficiency and reduce emissions.

Introducing the world’s first AI-enabled multiphase meter which helps enhance production efficiency by 3%, hence reducing new drilling requirement while curbing fugitive greenhouse emissions by 75%. All is achieved without using any hazardous gamma ray source, ensuring workers and environmental safety.

Saudi Aramco

Industry Game Changing Plunger Lift Solution for Liquid Rich Gas Wells

Indigenous R&D Project for Aramco Unconventional Liquid Rich Gas Fields, culminated in industry game changing artificial lift solution with significant economic and environmental benefits for global energy sector.

Scovan Inc.

HipVap: A Game-Changing Produced Water Steam Generation Technology

HipVap is a revolutionary indirect fired steam generation (IFSG) technology that enables cost-effective, lower-emission steam generation in SAGD. By eliminating traditional water treatment, HipVap reduces capital & operating costs while unlocking economic viability for new and existing oil resources.

University of Alberta

Optimizing Maritime Transport with Hydrogen-Powered Green Supply Chains and Emission Reduction

This project advances hydrogen shipping with AI optimization, cutting CO₂ by 50-70% and boosting fuel efficiency by 20-30%. It’s a complete ecosystem, optimizing routing, speed, and fuel use, enabling smooth fuel transitions and cost savings through predictive maintenance.

The Powering the Future Award recognizes companies that exemplify innovation, leadership, and commitment to advancing economically and environmentally sustainable power generation. This category celebrates organizations developing cutting-edge technologies and solutions that drive the energy transition while ensuring reliability, efficiency, and a low-carbon future. Nominees in this category will demonstrate a commitment to integrating sustainability into power generation, showcasing advancements that deliver measurable environmental and economic impact.

Nominees are:

Connectex Inc.

Connect-X™: ConnectED™ Building Solution

Connect-X's ConnectED™ Building solution is an AI-driven Virtual Power Plant (VPP) platform designed to help multi-unit residential buildings, commercial facilities, and other building types optimize energy use, reduce costs, and generate new revenue streams through seamless participation in energy markets.

Remote Power Corp.

Revolutionizing Remote Power: Remote Power Corp's Game-Changing Approach to Distributed Energy

Remote Power Corp is at the forefront of innovation in distributed energy, pioneering cleaner, more cost-effective alternatives to traditional diesel generators. Based in Calgary, we specialize in electrifying remote oil and gas projects, mining operations, and construction sites that lack utility power access or are waiting for long and uncertain grid connection timelines. Our industrial-grade distributed power systems, available for rental, lease, or sale, operate on natural gas, solution gas, biogas, propane, and blended hydrogen, significantly reducing costs (by 35%?80%) and CO₂ emissions (by 21%?"27%) when diesel systems are displaced. By directly displacing diesel, we are redefining what is achievable in remote power generation?"financially, operationally, and environmentally. Unlike conventional high-cost, high-emission diesel generators, our modular, scalable, and parallelable power systems allow seamless deployment and real-time load balancing, ensuring maximum efficiency for fluctuating energy demands. Integrated battery banks enhance performance by storing excess energy, optimizing generator runtime, and further lowering the delivered cost of electricity. Our systems are also remotely monitored, allowing for predictive maintenance and maximizing uptime in the field. We are accelerating the transition to lower-emission, cost-efficient remote power, providing industrial sites with immediate access to cleaner energy solutions while maintaining the reliability and flexibility that operators demand. By eliminating the need for diesel, we not only slash fuel costs and emissions but also reduce logistical challenges?"such as fuel transport, storage, and environmental risks?"leading to safer and more sustainable industrial operations. For the past five years, Remote Power Corp has been a key player in Canada’s energy transformation, with proven success across oil and gas, mining, and construction projects. As global energy markets shift toward cleaner, more resilient power solutions, our new, low-emission, fuel-flexible generator technology is setting a new benchmark for distributed power?"delivering a future-proof alternative that aligns with industry and regulatory goals for decarbonization. Remote Power Corp isn’t just replacing diesel generators?"we are redefining what’s possible in distributed power.

University of Alberta

Advanced Resilient Network Intelligent Controller

Semitechnic Corp. develops ARNIC (Advanced Resilient Network Intelligent Controller), a cutting-edge solution for intelligent energy management, grid resilience, and peer-to-peer energy trading. ARNIC leverages AI, IoT, blockchain, and real-time analytics to optimize energy distribution, enhance power efficiency, and support decentralized energy markets. By integrating blockchain technology, ARNIC enables secure, transparent, and automated energy transactions, empowering users to trade excess energy seamlessly. Designed for smart grids and renewable energy integration, ARNIC enhances grid reliability, reduces costs, and accelerates the transition to a sustainable, decentralized energy future. Through hardware sales and licensing, we deliver scalable, next-generation energy solutions.