| | | | | | |
Background, Interest,
and Capabilities | |
| | |
| | | | |
 | Loading… |
|
| Loading… |
| | | |
| Loading… |
|
| | CATE PLLC | Azize Akcayoglu | Owner |
Small Business
|
Advanced Turbine Components
| | CATE PLLC is an engineering consulting company founded by engineers with over 30 years of distinguished academic experience. Our expertise is mainly mechanical engineering, R&D consulting, teaching and research, mechanical design, product prototyping, thermal, and fluid sciences. Past experience include:
•Heat Exchanger performance improvement
•Efficient cooling techniques of advanced gas turbines
•Thermal management (Effective cooling of electronics and telecommunication devices)
•Power production, conventional and renewable energy systems: Natural Gas, Oil, Solar, Wind, Nuclear, Geothermal
•Modeling of dense (hazardous and toxic) gas dispersion in turbulent atmospheric boundary layer
•Computational modeling of waste heat recovery systems
•Design, energy efficiency improvement and optimization in HVAC&R, Chiller, and plumbing systems
•Air side performance improvement of household refrigerators
•Turbulent flow and convective heat transfer around delta- wing type vortex generators
•Steady and unsteady separated flow and heat transfer analyses using Computational Fluid Dynamics (CFD)
•Finite Element Analysis (FEA), ANSYS
•Application of Large Eddy Simulation (LES) Method in compact heat exchangers
•Design and construction of solar-powered race cars
•Greenhouse heating via geothermal energy
•Heat transfer enhancement in non-circular ducts
•Fluid-structure interactions using high-image-density Particle Image Velocimetry (PIV) technique
•Computer-aided design (CAD), Computer-aided manufacturing (CAM), Additive manufacturing (3D Printing)
•Occupational safety and health, Six Sigma, ISO 9001
•Data analysis
•Life cycle assessment
•Forensic Engineering
•Teaching science and engineering courses
•Several STEM outreach activities
•Mechanical/Material Test Equipment Experience (MTS & Instron Universal Testers, Hardness Testing: Rockwell, Brinell, Vickers, Charpy Impact, Izod Impact, Strain Gauging with Data Acquisition, Torsion, NDT/E (Non-Destructive Testing and Evaluation) methods
•Thermal/Fluid Test Equipment Experience, Wind Tunnel, Heat Conduction and Convection, Centrifugal Pump, Pressure sensors, Velocity and Flow measurement devices: Pipe friction losses, Rankine cycler power plant, Drag and Lift, Flow around bluff bodies)
•ASHRAE, HACCP, OSHA, NFPA, LEED knowledge
•Microsoft Office applications, AutoCAD, Revit, SolidWorks, Pro Engineer, PTC CREO, Catia, PipeFlo, SimaPro, ANSYS products, MatLab, GeoGebra, SPSS
•Fortran, Python, C++ |
| TX |
| | CATE PLLC | Azize Akcayoglu | Owner |
Small Business
|
Advanced Turbine Components
| | CATE PLLC is an engineering consulting company founded by engineers with over 30 years of distinguished academic experience. Our expertise is mainly mechanical engineering, R&D consulting, teaching and research, mechanical design, product prototyping, thermal, and fluid sciences. Past experience include:
•Heat Exchanger performance improvement
•Efficient cooling techniques of advanced gas turbines
•Thermal management (Effective cooling of electronics and telecommunication devices)
•Power production, conventional and renewable energy systems: Natural Gas, Oil, Solar, Wind, Nuclear, Geothermal
•Modeling of dense (hazardous and toxic) gas dispersion in turbulent atmospheric boundary layer
•Computational modeling of waste heat recovery systems
•Design, energy efficiency improvement and optimization in HVAC&R, Chiller, and plumbing systems
•Air side performance improvement of household refrigerators
•Turbulent flow and convective heat transfer around delta- wing type vortex generators
•Steady and unsteady separated flow and heat transfer analyses using Computational Fluid Dynamics (CFD)
•Finite Element Analysis (FEA), ANSYS
•Application of Large Eddy Simulation (LES) Method in compact heat exchangers
•Design and construction of solar-powered race cars
•Greenhouse heating via geothermal energy
•Heat transfer enhancement in non-circular ducts
•Fluid-structure interactions using high-image-density Particle Image Velocimetry (PIV) technique
•Computer-aided design (CAD), Computer-aided manufacturing (CAM), Additive manufacturing (3D Printing)
•Occupational safety and health, Six Sigma, ISO 9001
•Data analysis
•Life cycle assessment
•Forensic Engineering
•Teaching science and engineering courses
•Several STEM outreach activities
•Mechanical/Material Test Equipment Experience (MTS & Instron Universal Testers, Hardness Testing: Rockwell, Brinell, Vickers, Charpy Impact, Izod Impact, Strain Gauging with Data Acquisition, Torsion, NDT/E (Non-Destructive Testing and Evaluation) methods
•Thermal/Fluid Test Equipment Experience, Wind Tunnel, Heat Conduction and Convection, Centrifugal Pump, Pressure sensors, Velocity and Flow measurement devices: Pipe friction losses, Rankine cycler power plant, Drag and Lift, Flow around bluff bodies)
•ASHRAE, HACCP, OSHA, NFPA, LEED knowledge
•Microsoft Office applications, AutoCAD, Revit, SolidWorks, Pro Engineer, PTC CREO, Catia, PipeFlo, SimaPro, ANSYS products, MatLab, GeoGebra, SPSS
•Fortran, Python, C++ |
| TX |
| | AMOG Consulting Inc. | Andrew Kilner | President |
Incorporated Consortia
|
System Validation and Risk Reduction
| Engineering Support for Topic Areas 1 & 2 | Contact AMOG for specific discussions on how we can help your DOE project. AMOG has conducted work for government agencies for many years. We have worked as independent contractors for clients and built a team of subcontractors around project needs and managed the project from start to finish. AMOG could provide support to your project in the Topic Areas 1 & 2 include:
AMOG can implement a fully dynamic numerical model of the floating system tower, floating foundation, moorings, anchors and cables. The complexity of the model would be sufficient to be fit-for-purpose for the objectives of the project.
AMOG can also manage physical model testing programs. AMOGs engineer have experience with model testing campaigns from start to finish, including developing model testing specifications, assistance with selection of model testing facilities, independent calibration assessment/analysis of model testing results, post-process data, and perform data sanity checks.
For interfaces to academic laboratories, AMOG can assist with typical modeling and physical properties of fixed and floating wind turbine systems as well as helping with defining and extracting the important parameters needed from the testing.
Our resources include dynamic structural analysis, hydrodynamic analysis, naval architecture, cable analysis, digital twins and much more. We have expertise in using commercially available tools including OrcaFlex, ABAQUS, AQWA, SHEAR7, LS-DYNA. |
| TX |
| | LAUTEC US Inc. | Ian Spooner | President & CEO |
Small Business
|
System Validation and Risk Reduction
| | Consulting & Software for Offshore Wind projects.
LAUTEC provide a platform of integrated IT systems designed and developed specifically for large-scale wind power projects. Our practical tools are intuitive and based on the latest technologies, enabling organizations to execute more projects more effectively. Used by the largest players in the industry, our systems make the daily work in the offshore wind industry smarter and easier.
LAUTEC’s specialists support offshore wind projects worldwide, from early development to contracting and execution. With hands-on experience in project controls, GIS, quality management, fabrication management, as well as onshore infrastructure and grid connection, our consultants help clients to get their projects on track for successful execution. |
| MA |
| | Stevens Institute of Technology | Weina Meng | Associate Professor |
Academic
|
Advanced Turbine Components
| | Weina Meng has a strong research background in Offshore Wind Research and Development, focusing on advancing sustainable energy solutions. Her work encompasses innovative technologies for optimizing wind turbine performance, infrastructure development, and energy efficiency. By integrating interdisciplinary methods, including data-driven modeling and material science, she contributes to enhancing the reliability and sustainability of marine energy-related infrastructure. Weina’s research aligns with national and regional energy goals, emphasizing the transition to renewable energy sources, reducing carbon emissions, and improving energy resilience. Her capabilities extend to collaborating with industry partners and governmental agencies to drive forward cutting-edge research initiatives that support the deployment and scalability of offshore wind technologies. |
| NJ |
| | Aquaberry LLC | Justin Rowsell | Founder |
Small Business
|
System Validation and Risk Reduction
| Topic Area 6 | Aquaberry is a small, innovative software development company with deep expertise in energy, GIS (Geographic Information Systems), and machine learning (ML) technologies. Our team has a strong foundation in creating custom software solutions tailored to meet the needs of the evolving renewable energy sector. With the increasing focus on offshore wind energy and the significant risks posed by lightning to these infrastructures, Aquaberry is keen to contribute its technical expertise toward addressing these challenges.
We are particularly interested in this funding opportunity as it aligns directly with our ongoing work. Currently, we are developing a software solution designed to help wind farm operators schedule predictive maintenance and prevent critical failures caused by lightning. Our system integrates real-time weather data, historical lightning patterns, and GIS technology to map and assess lightning risk at offshore wind farm locations. By leveraging machine learning algorithms, our platform provides operators with predictive insights, allowing for the timely identification of high-risk periods and the optimization of maintenance schedules, ultimately reducing downtime and operational costs.
While Aquaberry brings a wealth of expertise in software development, GIS, and predictive analytics, we recognize the immense value that a partnership with a wind farm operator and other industry experts could provide. Collaborating directly with an operator would allow us to deepen our understanding of the practical business challenges faced in managing wind farms, particularly around maintenance, risk management, and operational efficiency. Gaining this firsthand knowledge would enable us to tailor our software solutions even more precisely to meet the industry’s needs and drive impactful results.
We are excited about the potential to apply our ongoing work in lightning risk mitigation to this project and believe our technology could contribute significantly to protecting future offshore wind farms against lightning strikes. |
| SD |
| | National Audubon Society | Erik Johnson | Director of Conservation Science, Audubon Delta |
Non-Profit
|
System Validation and Risk Reduction
| | Ultimately, offshore wind energy is an important tool to address the threat of climate change, which will impact all birds everywhere, but we must ensure that offshore wind energy projects minimize their risk to wildlife where possible. My expertise is in conservation biology, with a focus especially on birds. My career can be summarized as developing and applying research to advance conservation initiatives, including habitat and water restoration and management, renewable energy expansion, and pollution impacts. In the offshore wind energy space, I seek to identify and quantify collision risks to birds by applying novel tracking technologies to inform successful project siting, operations, and mitigation approaches. I have over a decade of experience using geolocators, VHF transmitters, and GPS trackers on a variety of bird species including songbirds, nighthawks, shorebirds, and wading birds, and seek to strategically apply these technologies to birds in order to understand their movements as they relate to offshore wind development initiatives. |
| LA |
| | University of Minnesota - St Anthony Falls Lab | Christopher Feist | Research Engineer |
Academic
|
System Validation and Risk Reduction
| Topic Area 3 | The St Anthony Falls Lab (SAFL) is a multi-disciplinary research lab within the College of Science and Engineering at the University of Minnesota. SAFL operates a 2.5 MW wind turbine dedicated to wind energy research at our wind research station. The site is located on University property approximately 20 miles from campus where 80 acres of land is dedicated to wind research.
The site is bolstered by a 130 m meteorological tower positioned near the wind turbine to enable full characterization of the site. Wind turbine SCADA and meteorological data are saved to servers onsite and data is available for researchers to access.
SAFL research staff have over a decade of experience operating the 2.5 MW turbine, partnering with academic researchers and businesses to test different technologies, and performing their own applied research.
The turbine is available for use as a test platform for advancing bird and bat monitoring technology. |
| MN |
| | Award Advisors | Dan Durst | Principal |
Small Business
|
System Validation and Risk Reduction
| | Award Advisors is a specialized consulting firm dedicated to helping organizations navigate the complexities of federal grant processes, particularly those offered by the Department of Energy (DOE). As a trusted partner, we bring a wealth of expertise in Federal project budget development and post-award compliance, ensuring that our clients are well-prepared to secure and successfully manage DOE grants.
Expert Budget Development:
Our team excels in the intricacies of federal budget formulation, including the completion of SF 424 and the DOE Budget Justification Worksheet. We work closely with organizations to develop detailed, accurate budgets that align with DOE requirements and maximize funding opportunities. Our deep understanding of cost principles and budgeting regulations ensures that your proposal is not only compliant but also competitive.
Indirect Rate Calculation and Negotiation:
Award Advisors specializes in the calculation and negotiation of indirect cost rates, a critical component for organizations seeking to optimize their funding. We guide our clients through the complex process of determining appropriate rates, negotiating with federal agencies, and applying those rates effectively within their budgets. This service is essential for organizations aiming to recover the full spectrum of allowable costs, thereby enhancing the sustainability and impact of their projects.
Post-Award Compliance Preparation:
Navigating the post-award phase requires a thorough understanding of 2 CFR 200, the "Uniform Guidance" that governs federal awards. Our services extend beyond the pre-award stage to ensure that organizations are fully prepared to meet compliance requirements after securing funding. We provide training, policy development, and ongoing support to help organizations establish robust compliance frameworks, mitigating the risk of audit findings and ensuring project success.
Partnering with Award Advisors means gaining a dedicated ally committed to your success in the DOE grant landscape. Let us help you turn your innovative ideas into funded, compliant, and impactful projects. |
| DC |
| | AMOG Consulting Inc. | Andrew Kilner | President |
Incorporated Consortia
|
System Validation and Risk Reduction
| | AMOG is an established world leader in delivering optimal solutions and high-end advice to a broad range of complex engineering problems.
Our expertise is employed across a number of industries including offshore energy, Defence, mining, transport, renewable energy, onshore processing, and civil maritime industries. We combine the expertise of qualified, practiced and forward-thinking engineers with the power of our international network. We solve complex, challenging engineering problems by intimately understanding the breadth and depth of each issue; applying science and technology, combined with clever thinking, to conduct leading edge modelling, simulation and testing. We deliver our industry-leading scientific and engineering know-how to projects of any scale, assisting our clients to operate more profitably, effectively and safely. |
| TX |
| | Correlated Magnetics Research | Mark Emery | Program Manager |
Small Business
|
Advanced Turbine Components
| Accelerating the Commercialization of Advanced Magnetics | Think of Polymagnets® as programmable magnets. By combining many magnetic fields, CMR’s patented technology transforms ordinary magnets into precision-tailored magnetic systems, achieving the seemingly impossible for all kinds of applications. CMR provides an integrated streamlined platform for developing, designing, documenting, magnetizing the Polymagnet product in minutes to a few days
Software: PMCAD Pro
CMR has designed, developed, and tested, the first of its kind, a streamlined and integrated design suite for Polymagnet® applications. This powerful integrated design suite PMCAD Pro, Polymagnet CAD, provides for full magnet design from pattern design to simulation (via Ansys Maxwell) to drawing generation (via Solidworks). All these tools and the Configuration Management and Engineering processes are incorporated in the CMR developed Polymagnet CAD software that stores the final product in a Catalog of standard solutions.
Hardware:
Protolyte - Engineering Console for designing Polymagnets
ProtoPro - Industrial Polymagnet Design machine for large business for designing Polymagnets.
MPS 6.2 - Polymagnet Production Magnetizer for large Poduction activities (In the Million per year)
CMR is continuously supporting Research projects with various Government entities and continues to enhance magnet designs for a wide range of customers. |
| AL |
| | Wind Technology Testing Center | George Blagdon | Engineering Director |
State and/or Local Government
|
System Validation and Risk Reduction
| 1A 1B | MassCEC WTTC is a facility specializing in the structural testing of blades. Increasing capabilities to conduct testing and validation on novel mooring is a logical extension with overlapping competencies.
Partners could include Universities and companies seeking to test novel technology or seeking to develop a modular testing bench for future technology. |
| MA |
| | Flucto US Inc | Aljoscha Sander | CTO |
Small Business
|
System Validation and Risk Reduction
| 1, 2 | Flucto develops technology to bring offshore wind farm installation into the 21st century. With its installation monitoring system, all data required to take decisions during the installation of offshore wind turbines, is captured, analyzed and served to stakeholders in real time. Flucto's in-house motion sensor boxes enable versatile monitoring of offshore installation operations at unprecedented precision. State-of-the-art modelling allows exploiting available weather windows fully and understanding the restrictions installation teams are facing. |
| MA |
| | PCCI | Matthew Schubert | Chief Naval Architect/Engineer |
Small Business
|
System Validation and Risk Reduction
| | PCCI has worked on numerous offshore wind projects including both providing independent engineering services to DOE as well as developing novel concepts for design of floating structures and its mooring systems. |
| VA |
| | University of Minnesota | Benjamin Worsfold | Assistant Professor |
Academic
|
System Validation and Risk Reduction
| | At the University of Minnesota, the MAST (Multi-Axial Subassemblage Testing) Laboratory is equipped with advanced full six-degree-of-freedom testing capabilities, enabling in-depth investigation of structural behavior under both operational and extreme loading conditions. The large testing bay and large force capacity of the system allow for full-scale testing under realistic load conditions. The facility supports hybrid simulation, which integrates analytical and experimental substructures to simulate the entire structures. In this process, the analytical substructure is modeled numerically, while the experimental substructure is physically built in the lab. The MAST Laboratory features state-of-the-art control systems, data acquisition, and sensors, which provide detailed insights into structural behavior. Our research focuses on structural reliability, implementation of modern materials, and retrofit of aging infrastructure, leveraging the lab's capabilities to advance the field. |
| MN |
| | IntelliSIMS Limited | Justin Bucknell | Managing Partner |
Small Business
|
Market Barrier Removal
| Innovation for Fixed-Bottom Offshore Wind Foundation Types and Supporting Infrastructure | Mr. Bucknell is a professional chartered engineer with over twenty years of personal experience providing consulting services to the energy industry. He has had technical and commercial responsibility for a wide variety of projects. His experience encompasses conceptual field development studies through front-end design to detailed design. He also has experience of fabrication, construction and installation activities. He has developed particular skills in the provision of technical assurance to major upstream development projects as well as in the area of life-cycle integrity management for energy related infrastructure.
Mr. Bucknell has developed innovative web-based software products that have been widely adopted by industry.
Justin has conceived, launched and successfully led a number of Joint Industry Projects (JIPs) developing technologies relating to civil & structural engineering and structural integrity management (SIM) and advanced engineering.
He has drafted International and National Standards as well as technical guidance notes for regulatory bodies in the US and UK.
Justin has extensive practical experience in many of the world's oil and gas producing regions including the United States, Europe, Latin America, West Africa, Middle East and the Far East. |
| Tyne and Wear |
| | Marine Power Systems | Madeline Cowley | Project Manager |
Small Business
|
Advanced Turbine Components
| Topic area 1a. Refinement and Innovation in Floating Platform Design, Manufacturing, and Deployment Topic area. 1b. Next-Generation Integrated Floating Turbine/Platform Technologies | Marine Power Systems is a UK based designer and supplier of the PelaFlex floating wind platform. MPS’ modular floating platform solution supports the rapid deployment of industrial scale floating offshore wind whilst maximising local content delivery through existing supply chain. High system stability, low overall mass and zero tilt maximises energy yields, allows for simple installation using standard vessels and increases operation and maintenance weather windows. Multiple launch options and shallow draft supports a distributed port model for faster deployment and reduces the need for specific port requirements. |
| |
| | 2H Offshore | Luiza Ferreira | Principal Engineer |
Small Business
|
System Validation and Risk Reduction
| Engineering for Topic Areas 1 & 2 | 2H Offshore is a global engineering contractor specializing in the design, engineering and integrity management of offshore structures, topside facilities, subsea components, and offshore wind platforms. Our experience ranges from shallow water fixed platforms, associated facilities equipment and conductors, to drilling, completion, workover, production and export risers for deep and ultra-deep water, and now includes a growing track record in engineering for fixed and floating offshore wind developments.
Our independent technology-driven approach and practical knowledge of offshore system design, hardware, materials and installation allows us to offer efficient and innovative solutions for offshore wind developments. We use leading-edge analytical capabilities to solve complex problems and provide optimized designs and costs.
Advanced Analysis
As authorities in fully coupled analysis of dynamic offshore structures, we have a growing track record of the simulation of mooring, power cable, platform and turbine loading characteristics and interaction for floating wind systems. Our resources cover naval architecture, geotechnical expertise, dynamic analysis and structural engineering as well as a range of proprietary and commercially available software tools including Orcaflex, SACS, Moses, Sesam, GH Bladed, Uflex. |
| CA |
| | Wildlife Restoration Partnerships | Larry Niles | Biologist |
Small Business
|
System Validation and Risk Reduction
| | Wildlife Restoration Partnerships (WRP) is dedicated to the science and practice of restoring wildlife populations and their habitat using approaches that also meet human needs wherever possible. In partnership with colleagues at conservation nonprofits, natural resource agencies, universities, and corporations; WRP works to improve conditions for people and wildlife while maintaining a perspective on environmental issues that is free of ideological constraints. WRP seeks to achieve lasting conservation results by employing progressive solutions to environmental conflicts and threats that are tested with adaptive management to ensure the best chance of success and to leverage past experience to improve future projects. WRP has been collaborating as partners alongside the Society and Stockton University’s CRC on beach and marsh restoration projects throughout Delaware Bay for over 10 years. |
| NJ |
| | Kelson Marine Co | Tobias Dewhurst | PhD, P.E. |
Small Business
|
System Validation and Risk Reduction
| Topic Area 1: Floating Offshore Wind Platform Research and Development | Kelson Marine, through advanced model-based engineering, specializes in developing and de-risking innovative technologies and structures for marine aquaculture and ocean renewable energy. Our engineering services include site selection and characterization, mechanical design, mooring analysis, array design, and performance optimization strategies that prioritize safety and durability while minimizing capital and operational expenses. |
| ME |
| | Sperra | Jason Cotrell | CEO |
Small Business
|
Market Barrier Removal
| 1A, 2 | Sperra is seeking developers and platform manufacturers interested in 3D printing fixed and floating concrete foundations. We are leading a consortium to develop transformational manufacturing, assembly, and deployment methods for domestically manufactured fixed and floating foundations in US ports.
Sperra, formerly known as RCAM Technologies, is an US-based cleantech small business pioneering automated construction solutions and 3D concrete printing technologies to accelerate the clean energy transition by reducing the cost of renewable energy and creating domestic manufacturing opportunities. Sperra is the global leader in developing and applying advanced concrete manufacturing technologies to construct renewable energy infrastructure.
Sperra has mega-scale 3D concrete printing capabilities in the Port of Los Angeles, California and Rochester, New York with capabilities to 3D print concrete products up to 14m x 14m x 24 m tall, giving RCAM coast-to-coast full-scale manufacturing capabilities in two leading US markets. Sperra is also exploring establishing new 3D printing facilities in the Gulf of Mexico and Great Lakes.
Sperra's portfolio of 3DCP products includes Marine Pumped HydroElectric storage (a subsea long duration energy storage technology), concrete suction anchors, torpedo anchors, and gravity anchors, fixed-bottom offshore wind foundations, land-based wind turbine towers and foundations, and concrete gravity anchors for floating solar and wave energy converters. All of these components can be 3D printed in a small footprint using the same equipment, materials, and local workforce. |
| CO |
| | University of Houston | Ram Seetharam | Executive Director ROICE Program |
Academic
|
System Validation and Risk Reduction
| Offshore wind, repurposing fossil fuel infrastructure | ROICE (Repurposing Offshore Infrastructure for Clean Energy): Over the last 75 years, roughly 7000 platforms have been installed in the Gulf of Mexico (GOM). Additionally, the GOM infrastructure includes 14,000 wells and 10,000 miles of pipelines (Figure 1). These assets, once they reach the end of their fossil energy purpose, are “decommissioned,” usually meaning plugged and abandoned (wells), removed or preserved in place (pipelines), taken apart and brought back to shore, or sunk to the ocean floor (platforms and structures).
A sizeable fraction of this infrastructure can instead be reused for clean energy ROICE projects such as offshore wind power generation and wind to hydrogen generation, given the right structural and geospatial conditions, technology improvements and federal and state incentives. Platforms and other structures can be used to support equipment for wind energy and hydrogen generation, pipelines can be used to bring hydrogen to shore. These ROICE projects can extend the life of installed infrastructure, reduce carbon footprint vs new build, generate clean energy jobs and revenue, and prolong the positive ecological impacts of these structures.
To realize this potential, many challenges facing such ROICE projects will need to be addressed. A key one is project economics. Along with the well-known challenge of the levelized cost differential between low-carbon electric power and the current fossil-based power generation, and between low-carbon hydrogen and current industrial hydrogen, moving the systems offshore adds additional costs. Design improvements and cost reductions are critical to make offshore wind in the Gulf of Mexico a profitable commercial venture. Designing high efficiency turbines for the lower wind speeds in the GOM can jump start the offshore wind industry in the region.
Our research team has built levelized cost models, capex estimation tools and project economics models for such projects. We are interested in partnering with wind energy OEM's and developers to set up a demonstration project in the GOM repurposing existing infrastructure for clean eergy. |
| TX |
| | MIT Lincoln Laboratory | Phillip Stepanian | Research Staff |
Federally Funded Research and Development Center (FFRDC)
|
System Validation and Risk Reduction
| Topic Area 3: Technology Advancement to Inform Risk to Birds and Bats from Offshore Wind Energy | Multimodal sensor development and fusion (e.g., radar, lidar, acoustics, EO/IR) for integrated atmospheric and bird/bat observations. |
| MA |
| | Xodus Group | Grace Pacelle | Renewables Consultant |
Large Business
|
Market Barrier Removal
| Topic Area 4: Development of a Manufacturing and Supply Chain Offshore Wind Consortium Based in the Great Lakes Region | Xodus Group is a global energy consultancy working with partners and clients to deliver a responsible energy future.
We're looking for a partner or partners for Topic Area 4.
We provide region-specific supply chain intelligence, including assessments of existing supply chain experience in offshore wind and relevant adjacent industries, and opportunities for establishing a local supply chain. We assess region-specific workforce demand, training needs, and gaps and opportunities using our real experience on projects in other regions of the world and extensive network of partnerships with workforce development agencies.
Additionally, manage programs for offshore wind industry development. We provide mapping exercises and workshops to build ecosystems across the industry and inform impactful engagement campaigns. We lead the management of these programs including establishment of entities, membership drives, business portfolio development, event content development, and conference presence. We lead on collaboration between economic development organizations, supply chain, and state agencies to promote economic benefits to the local community. |
| MA |
| | MarineSitu, Inc | James Joslin | President and Principal Engineer |
Small Business
|
System Validation and Risk Reduction
| AI Enabled Environmental Monitoring | MarineSitu provides low-cost customized environmental monitoring technologies and services for both above and below water marine environments. This includes integrated instrumentation systems developed for long term deployments and continuous operation in harsh marine environments and automated data processing and management services using customized detection and tracking AI models.
If you are looking for full turn-key environmental monitoring support for you project at a lower cost, please let us know. |
| WA |
| Loading… |
|