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Background, Interest,
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| | General Galactic | Halen Mattison | CEO & Co-Founder |
Small Business
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Infrastructure
| CO2 to Synthetic Fuels | General Galactic is a clean fuels startup spun out of Stanford University. We're building modular carbon dioxide capture & conversion systems to produce low-cost, low-carbon synthetic natural gas and end global reliance on fossil energy. Our Genesis technology innovates upon proven, scalable processes and has the potential to mitigate gigatons of carbon emissions globally. We're interested in working with municipalities, researchers, and other local government entities to valorize waste and turn it into a reliable energy source. |
| CA |
| | EWES | Nathalie Ionesco | Co-Chairwoman & CTO |
Small Business
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Biomass Processing
| Waste to energy | We have a partnership with a French company, which has more than 30years of experience in the conversion of biomass, waste to energy.
With a standardized modular design we can help to produce syngas or upgrade to hydrogen. We have skids designed from 1 to 50 MW.
As an energy expert we can also convert to electricity using the appropriate technology.
Our partner is Haffner Energy.
We have strong project development and management skills. |
| TX |
| | Lawrence Berkeley National Lab | Corinne Scown | Staff Scientist |
Federally Funded Research and Development Center (FFRDC)
|
Sustainability
| | Our group at LBNL conducts detailed technoeconomic analysis and life-cycle assessment. We have worked closely with organic waste management facilities, including the Zero Waste Energy Development Company (high-solids AD) and the East Bay Municipal Utility District to evaluate different options for biogas utilization, waste intake, and nutrient recovery/management. We also build and maintain web-based tools for evaluating feedstock availability (biositing.jbei.org) and doing preliminary TEA/LCA at lead.jbei.org |
| CA |
| | Chomp Inc. | Brian KillKelley | Director of Business Development & Sustainability |
Small Business
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Biomass Processing
| Anaerobic Digestion of Food Waste to Vehicle Fuel | Chomp Inc. (formerly Impact Bioenergy) manufactures modular, containerized small- to mid-sized anaerobic digesters installed on-site to directly process food waste and other organic waste. The biogas produced can be upgraded and conditioned on-site to vehicle-grade CNG for use in CNG-converted vehicles for personal, commercial delivery, and other fleet use. GHG emissions-related benefits include: diversion of waste from landfills (reduced CO2 emissions from waste hauling and avoided landfill methane), and displacement of conventional petroleum-based vehicle fuels (reduction in life-cycle processing, transport, and combustion emissions). |
| WA |
| | Eighth Generation Consulting, LLC | Saxon Metzger | Professor - Lead Consultant |
Small Business
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Sustainability
| Decommissioning and Circularity Initiatives | Expert at leading primary grant applications as well as for providing teaming partner support with our experience in community benefits for indigenous people, education and workforce development efforts, and solar and storage decommissioning and circularity experience.
Our current remaining package includes the necessary stakeholders to perform this research, with letters of support as well as full plans for the development of a project advisory committee composed of experts and stakeholders to provide support, direction, and review of input and output from this research proposal. Our teaming package includes the Osage Nation owned Eighth Generation Consulting, with graduate professors from NYU and Wilmington University possessing published research and presentation experience. Our team has earned recognition by the COP15 UN Biodiversity Conference for it’s Sustainability Planning and indigenous collaboration and research, one with extensive experience as a Sustainability Vice Chair and a mentor for indigenous students with the American Indian Science and Education Society as well as earning the title of Chief Librarian of the International Center for MultiGenerational Legacies of Trauma (ICMGLT), which holds special consultative status with the Economic and Social Council of the United Nations. Our skills also encompass work on software and hardware, assisting organizations such as the Louisiana State University (“LSU”) College of Business, LSU Cybersecurity Clinic, and TryHackMe with the development of large-scale application and technology infrastructure deployments, in service of over 2 million total end users. In addition, we've developed over 50 hours of video training footage and hands-on cloud security laboratories, with extensive experience developing Artificial Intelligence (“AI”)-assisted applications.
Community Benefit Planning is also now a required tasks for many proposals to U.S. federal funding solicitation as per Executive Order 14008 which declared 40% of all federal investments in the areas of clean energy and energy efficiency; clean transit; affordable and sustainable housing; training and workforce development; the remediation and reduction of legacy pollution; and the development of critical clean water infrastructure flow to disadvantaged communities (DAC). This is known as the Justice40 Initiative. Guidance and input from experts is needed to brainstorm and execute community engagement. |
| IL |
| | Fedsprout | Aalap Shah | President and CEO |
Small Business
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Sustainability
| Community Benefits, Project Planning, and Project Reporting | Fedsprout helps businesses and non-profits secure government funding and provide support during project execution. We help strategize, plan, and ensure successful projects when working with the federal government, especially regarding clean energy and other DOE initiatives.
Area of Technical Expertise: Community Benefits Planning for Proposals, Community Engagement, Implementation of Community Benefits Plans, Clean Energy Demonstration Planning. We are experts in community engagement, workforce development, DEIA, and Justice 40. We have technical experts that have been a part of many DOE proposal submissions and projects.
Brief Description of Capabilities: We help write, strategize, and implement community benefits plans for proposals and projects and can help develop community engagement strategies. We provide planning and strategy for successful government-funded projects. Our experts are familiar with federal regulations, budgeting, and compliance.
Area of Interest: Partnering for Community Benefits, Successful Demonstration Planning, Project Reporting, and other aspects from proposal preparation through project completion |
| NJ |
| | PSE Healthy Energy | Ana McPhail, PhD | Senior Scientist |
Non-Profit
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Sustainability
| | If PSE collaborates with an engineering firm for the WASTE: Waste Analysis and Strategies for Transportation End-uses funding opportunity, we could make a very strong proposal for working with communities to advance their waste management strategies and provide sustainable public transportation. There are two Topic Areas for this proposal, Topic Area 1 is a feasibility study for a local community, Topic Area 2 is for communities that previously completed a feasibility analysis and need help going to the next step, which includes some experimental work (engineering firm), with air quality analysis (PSE). While the proposal is focused on the engineering support for the waste-to-fuel systems, PSE can make a significant contribution through air quality analysis and cumulative burden analysis. Additionally, PSE can provide valuable information for local community partners that goes beyond the initial information needed for future permits. PSE can develop a more holistic approach for communities and local governmental bodies, helping them with community engagement and feedback, and providing resources like decision matrices and factsheets for future waste management and infrastructure decisions. We can emphasize that a key component of effective waste management infrastructure is community engagement and education on waste, and a strong community communication strategy will significantly help local governments prepare for the future permitting and implementation stages of the waste-to-fuel programs. |
| CA |
| | GTI Energy | Tekle Fida (PhD) | R&D Manager |
Non-Profit
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Algae
| | Extensive industry and academic research background in Microbiology, microalgae, anaerobic digestion, Microbial Genomics and Metabolism, Microbial Physiology and Ecology, Cell Biology, Molecular Biology, Genetic Engineering, Transcriptomics, Proteomics, Metagenomics, Enzyme Technology, and Biochemistry.
I am interested in micro- and macro-algae growth optimization, nutrient formulation, CO2 capture and delivery, and genetic modification.
GTI has been studying microalgae for over 10 years. we have all the required facilities for microalgae growth and analytical tools. We also have strong networking and relationship with various gas industries in the USA. |
| IL |
| | Evolution Resources | Nate Francisco | Owner |
Small Business
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Feedstocks
| Resource Recovery and Conversion of Waste Streams | Evolution Resources focuses on extracting valuable resources from discarded materials and converting them into renewable fuels, contributing to both environmental sustainability and economic growth. Our innovative approach not only reduces the burden on fossil fuels and landfills but also provides significant economic advantages to local governments, waste haulers, and taxpayers. At Evolution, we firmly believe that genuine environmental stewardship must be intrinsically tied to economic viability.
Evolution Resources staff have experience developing feasibility studies, project budgets, project financing, as well as fostering relationships with private, non-profit, and governmental stakeholders. In addition to project development capabilities, Evolution Resources comes with 30+ years of combined experience completing, commissioning, and operating solid waste projects and activities. This perspective helps provide a pragmatic approach to project development and ensure long-term success. |
| ID |
| | Louisiana Native Guard Association | Melvin M L McElwee, Sr. | President |
Non-Profit
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Sustainability
| Landfill Revitalization | The President is an undergraduate in Civil & Environmental Engineering, with 35 years of construction and project management experience. Currently pursuing a Master of Science Management - Project Management at Troy University's Sorrell College of Business, with the goal of obtaining a Doctorial Degree in Sustainability. |
| LA |
| | quasar energy grouo | YEBO LI | Chief Science and Innovation Officer |
Small Business
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Biomass Processing
| Waste to energy facility | Quasar energy group (quasar) is a Cleveland, Ohio-based renewable energy and organics management firm specializing in the deployment of sustainable technology solutions in agricultural, municipal and industrial applications. We design, build, and operate anaerobic digesters in a variety of industries. Our team has extraordinary expertise in the design, construction, operation, and sustainability of anaerobic digester technology and its implementation in various settings. We will bring our expertise and partner to the team. We currently building 11 new renewable natural gas facilities in the midwest ( average tank size is 3 million gallons). We also have several federal grants to explore new technologies for producing higher-value products with the anaerobic digestion platform and decarbonization of waste conversion technologies. |
Website: quasareg.com
Email: yli@quasareg.com
Phone: 3302347358
Address: 8600 E Pleasant Valley Road, Independence, OH, 43065, United States
| OH |
| | Cascade Biocatalysts Inc. | James Weltz | CSO |
Small Business
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Biomass Processing
| Biocatalysis | Cascade Biocatalysts is commercializing our Body Armor for Enzymes, a novel enzyme immobilization platform that makes enzymes rugged, reliable, and long lasting for use in sustainable chemical manufacturing. While we specialize in enzyme immobilization, we have capabilities and expertise in biocatalysis more broadly. Therefore, anyone interested in using enzymes in their chemical process should reach out, as we can help improve the productivity and reduce the costs of enzymes in diverse biocatalytic processes. |
| CO |
| | RIED Inc. | Matt Mason | Founder - CEO |
Small Business
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Integrated Biorefineries
| waste management recycling alternative energy renewables | RIED is an independent consulting and corporate development firm dedicated to harnessing new technologies to enhance efficiencies, reduce costs, and to increase the economic and societal value of important enterprises. RIED provides evaluation, design, and implementation of novel technologies, with a current focus within the following industries: energy, transportation, healthcare, industrial/commercial real estate, agriculture, waste processing, recycling, and commercial / industrial redevelopment projects. RIED identifies and integrates site locations, new technologies, federal/state/local incentives, as well as financing programs. This integration provides a competitive edge for RIED clients while maximizing environmental protections & economic development.
Alternative Energy
Renewables
Waste management & recycling
Technology Research & Review
Commercial & Industrial Development |
| NJ |
| | US Energy Association | Sarah M Blanford | Deputy Program Director |
Non-Profit
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Project, Finance & Regulatory Management
| Topic Area 2 | USEA has a proven record of being a trustworthy, impartial partner on a wide variety of energy matters. We are a non-lobbying, non-partisan, not-for-profit association of public and private energy-related organizations and stakeholders who represent the entirety of the energy sector. The organization has roughly 150 members (domestic and international) who represent government, and policymakers, utilities and regulators, equipment manufacturers, non-profits, think tanks, educational institutions, consulting firms, trade associations, research institutions, and private sector partners including Fortune 500 companies. USEA represents the broad interests of the energy sector by increasing the understanding of energy issues, both domestically and internationally.
Mission: USEA’s mission is to promote the sustainable supply, access, and use of affordable, modern, and reliable energy to ensure the greatest benefit for all. This is achieved through two pillars of equal importance: (1) USEA serves as a resource, by convening energy stakeholders to share policy, scientific, and technological information to foster the advancement of the entire energy sector; (2) Internationally, USEA promotes energy development by expanding access to safe, affordable, sustainable, and environmentally acceptable energy in partnership with the U.S. Government.
Core Competencies:
USG Program Implementation & Management: USEA has implemented and managed over 40 U.S. government cooperative agreements and contracts, including USDOE, USAID, USDOS, and USTDA, amounting to over $300 M. Programs focus on delivery of short-term technical assistance and targeted capacity building both within the United States and in emerging and developing economies.
Facilitate Knowledge-Sharing: USEA has over 30 years of experience engaging recognized energy experts to provide consultation, analysis, and cooperation at conferences, forums, and public briefings. USEA has leveraged this network for knowledge-sharing numerous times, recruiting technical or policy experts as needed.
Build Capacity: USEA’s capacity-building activities support electric utilities, driving concrete advances contributing to overall growth, development, climate action, and sustainability. For decades, USEA has played a crucial role in fostering an enabling environment within the power sector, enhancing the knowledge, skills, and capacities of individuals, organizations, and institutions. |
Website: www.usea.org
Email: sblanford@usea.org
Phone: 2023121239
Address: 1300 Pennsylvania Avenue, NW, Suite 550, Mailbox 142, Delmar Ny, DC, 12054, United States
| DC |
| | The Process Group LLC | John Reardon | CEO/ Senior Principal Engineer |
Small Business
|
Integrated Biorefineries
| Waste to Biofuel/ DOE-NOI-0003072 | The Process Group (TPGEngineers.com) has expertise in process engineering, chemical engineering, unit operations and scale-up. TPG's mission is to help foster an economically viable energy transition through rigorous, thoughtful process design. TPG strives to provide value-added process engineering services for clients who wish to ensure project success with a clear process design and definition
TPG has subject matter experts in the areas of biomass gasification, syngas cleanup, fuel cell grade hydrogen purification, CO2 capture, CO2 utilization (CO2 to methanol). TPG can deliver TEA with case studies and sensitivity studies and value engineering to optimize return on investment. We have developed process models for biomass gasification, syngas to hydrogen, and CO2 to methanol for others. TPG is capable of independent development of AACE Class 4, 5 capital cost estimates at affordable rates using AspenPlus(TM). We can do AACE Class 3 estimates under teaming arrangements with subcontract design specialists. TPG is a founding partner in a biogenic CO2 to methanol technology development company.
TPG is seeking community partners interested in converting waste to biofuels, including methanol. We wish to partner with Methanol-to-Jet platforms providers to provide a complete solution for green waste to SAF. |
| MO |
| | Texas Tech University | Yimin Lu | Assistant Professor |
Academic
|
Feedstocks
| Supporting communities with completed feasibility studies to advance detailed engineering designs and, in some cases, support the initiation of experimental work and data generation to further define project concepts. | - Feedstock handling
- Design optimization of handling equipment (hopper, feeder, solid pump, etc.)
- Flow simulation of granular materials and slurry
- Flow characterization of biomass and solid waste
- Rheological and constitutive modeling |
| TX |
| | Texas Tech University | Yimin Lu | Assistant Professor |
Academic
|
Feedstocks
| Supporting communities’ development of in-depth feasibility analyses of potential waste-to-fuels solutions | - Feedstock handling
- Design optimization of handling equipment (hopper, feeder, solid pump, etc.)
- Flow simulation of granular materials and slurry
- Flow characterization of biomass and solid waste
- Rheological and constitutive modeling |
| TX |
| | ProcessWerx | Rachel Burton | Sr. Engineer |
Small Business
|
Feedstocks
| | At ProcessWerx, our mission is to expand the availability of low-carbon feedstock for advanced biofuels by delivering cutting-edge technologies for waste recovery. We provide efficiently engineered solutions for complex waste and energy challenges. Our team can lead in-depth economic and feasibility analyses for waste-to-energy projects. In addition, ProcessWerx can provide lab-scale and pilot-scale validation for waste-based feedstocks such as Fats, Oils, and Greases (FOG). We also design and build modular technology that has been developed through 20+ years of real-world research, development, and optimization. Our technology portfolio encompasses a fully integrated approach to FOG recovery and wastewater treatment with scalable process modules. Our team has over 20 years of experience in process engineering, systems integration, operations and project management, regulatory compliance, and mechanical fabrication. With over 25 completed projects in 17 states, ProcessWerx provides multi-faceted industry expertise to execute large capital projects at various scales. |
| VA |
| | EXP Energy Services, Inc. | Jeff Raun | Senior Environmental Project Manager |
Large Business
|
Project, Finance & Regulatory Management
| Topic Area 1 and 2 | EXP Energy Services, Inc. (EXP) is a multi-disciplinary consulting firm with over 4,200 employees in the U.S. and Canada. With service capabilities across the built and human environments, our energy teams have strong expertise in helping Clients achieve goals ranging from carbon management to sustainable energy production from source to end-use. Our teams include experts in permitting and environmental analysis, waste management, sustainable fuels production, technology, engineering, and project development.
EXP is currently supporting the Future Energy Park (Alberta, CA), which will be North America's largest carbon negative Renewable Natural Gas and ethanol project. As an innovative clean energy project connecting key agriculture and energy sectors, the Future Energy Park is an integrated biofuels facility which will produce bioethanol through the distillation of low-grade wheat feedstock and pipeline quality RNG through the anaerobic digestion of wheat stillage feedstock (by-product of the bioethanol process). As a prime consultant, EXP is leading key regulatory applications, regulatory consultation and technical review, as well as geotechnical, civil engineering, and architecture.
For the Port of Seattle, EXP completed a feasibility study on diverting municipal solid waste to a future sustainable fuel production facility, evaluating potential waste-to-fuel technologies, waste suitability, financial analysis, and equity and social justice components for waste-derived-fuel use in air and ground transportation within the Port region.
If you are interested in this opportunity but don't have the time or expertise to develop an application, we can help. In addition to technical consulting services upon successful project award, our front-end services may include Funding Opportunity Announcement application development support, application phase coordination and management, and technical support to help advance your concept into a project. We look forward to discussing your needs and helping meet your community's goals from initial application through final project development. |
| AK |
| | GTI Energy | Tekle Fida (PhD) | R&D Manager |
Non-Profit
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Biomass Processing
| | Have required laboratory facilities, years of experience in bioenergy, strong collaboration with minority serving organizations and community members, and experienced team of expertise.
We have dedicated laboratory for biogas production and upgrading, food waste anaerobic digestion experiments, microalgae experimentation for bioenergy production, and dedicated laboratory for biological and Chemmal/gas analytical services. |
| IL |
| | Siemens Corporation, Technology | Tsz Ling Elaine Tang | Senior Key Expert |
Large Business
|
Sustainability
| 2 | Background: Digital twin modeling
Interest: Supporting modeling & simulation activities of component / process design
Capabilities:
-Multi-physics or AI-based component design / system simulation (e.g. heat transfer, flow, reaction modeling)
-Process digital twin and simulation
-Reduced order model
-Model calibration
-Design space exploration and optimization |
| NJ |
| | ProcessWerx | Rachel Burton | Sr. Engineer |
Small Business
|
Feedstocks
| | At ProcessWerx, our mission is to expand the availability of low-carbon feedstock for advanced biofuels by delivering cutting-edge technologies for waste recovery. We provide efficiently engineered solutions for complex waste and energy challenges. Our team can lead in-depth economic and feasibility analyses for waste-to-energy projects. In addition, ProcessWerx can provide lab-scale and pilot-scale validation for waste-based feedstocks such as Fats, Oils, and Greases (FOG). We also design and build modular technology that has been developed through 20+ years of real-world research, development, and optimization. Our technology portfolio encompasses a fully integrated approach to FOG recovery and wastewater treatment with scalable process modules. Our team has over 20 years of experience in process engineering, systems integration, operations and project management, regulatory compliance, and mechanical fabrication. With over 25 completed projects in 17 states, ProcessWerx provides multi-faceted industry expertise to execute large capital projects at various scales. |
| VA |
| | The Water Research Foundation (WRF) | Jeff Moeller | Research Unit Leader |
Non-Profit
|
Sustainability
| Topic Area 1 (Feasibility Studies) or Topic Area 2 (Detailed Engineering Design) | The Water Research Foundation (WRF) is the leading research organization advancing the science of all water to meet the evolving needs of its subscribers and the water sector. Our Foundation represents nearly 1,000 water and wastewater utility subscribers and hosts an online research library of more than 2,300 projects valued at $700 million. WRF’s mission is to advance the science of water to improve the quality of life for all communities. WRF identifies, prioritizes, funds, manages, and communicates research that address the most pressing needs of the water sector in an integrated and holistic manner.
In relation to this FOA, WRF is interested in the development of planning and strategies for utilizing municipal wastewater sludge as a feedstock for various transportation fuel end products. WRF is also interested in mitigating greenhouse gas (GHG) emissions from water resource recovery facilities (WRRFs), as well as promoting resource recovery from wastewater to support a circular economy.
WRF is capable of supporting projects of interest that align with its mission through utility partnering and engagement (with our nearly 1,000 water and wastewater utility subscribers), expert project technical review (via our staff and a Project Advisory Committee of national experts), report publication (via our in house publishing arm), outreach (e.g., quarterly magazine, e-newsletters, social media, etc.), technology transfer (e.g., workshops, webcasts, etc.), and other activities. |
| VA |
| | University of Maryland | Stephanie Lansing | Professor |
Academic
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Biomass Processing
| Anaerobic Digestion, MSW, Food waste | Dr. Stephanie Lansing is a Professor in the Department of Environmental Science & Technology at the University of Maryland. Dr. Lansing serves as a Vice Chair of the Maryland Food Systems Resiliency Council and was the 2022 President of the American Ecological Engineering Society. She leads the Bioenergy and Bioprocessing Laboratory at the University of Maryland, focusing on biocircular economy, anaerobic digestion, bioplastic formation, antimicrobial resistance, nanotechnology, gasification, environmental justice, and nutrient management. She has 20 years of experience in renewable energy research, extension education, and sustainability analyses of waste to energy systems. She has published more than 70 journal articles, given over 200 presentations, and currently manages $15 million (USD) in research funding from national and international agencies. |
| MD |
| | Galli Engineering, PC | Richard Galli | President |
Small Business
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Biomass Processing
| Engineers | Anaerobic Digestion & Renewable Energy
Galli Engineering is a leader in Dry Digestion technology to treat organic wastes with varying composition such as the organic fraction of municipal solids waste. In addition, further attention on the relation between feedstock composition, organic loading rate, and mixing regimes is required for continuous dry anaerobic digestion systems. Dry Digestion technology is attractive for treatment of the organic fraction of municipal solid waste (OFMSW) and agricultural wastes (AW). Anaerobic Digestion (AD) is a series of biological processes in which micro organisms break down biodegradable waste in the absence of oxygen to produce renewable energy. Large amounts of waste, including livestock manure, municipal wastewater solids, food waste, industrial wastewater and residuals, fats, oils, grease, and various other organic waste streams avoid getting dumped into landfills. Once processed, this waste is converted into biogas which can be used as a fuel to generate electricity, or further processed into renewable natural gas and transportation fuel.
Anaerobic treatment facility
Anaerobic treatment is typically utilized to treat warm, high-strength industrial wastewater containing high concentrations of biodegradable organic matter. This energy-efficient process reliably removes biochemical oxygen demand (BOD), chemical oxygen demand (COD), and total suspended solids (TSS) from wastewater.
Anaerobic processes use substantially less energy, require less chemicals, and incur lower sludge handling costs compared to aerobic treatment options. In addition, the biogas produced in the anaerobic process is a source of renewable energy that can be used to displace fossil fuels such as oil or natural gas, or to generate electricity.
Sustainable & Renewable Energy Design
Doing so can also improve financial sustainability and competitiveness by increasing efficiency. GE Sustainable Design and Environmental Management staff design and evaluate places, products and services that reduce use of non-renewable resources, minimize impacts and create lasting and vibrant communities.
Energy Efficiency & Energy Systems
Renewable and /or conservation energy solutions may include solar photovoltaics, solar thermal technology, geothermal HVAC supplementation, wind turbine electrical production, rainwater collection and utilization, grey water reclamation, building automation, daylighting and passive solar irradiation capture. |
| NY |
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