Energy and Marine Consulting
Delivering the Energy Transition On both Land and Sea
From energy master planning to geothermal networks. Gaiergy delivers the expertise needed to create actionable projects.
From energy master planning to geothermal networks. Gaiergy delivers the expertise needed to create actionable projects.
Gaiergy develops comprehensive energy master plans that map a clear path from existing infrastructure to fully optimized, decarbonized systems. We assess generation, distribution, storage, and load profiles across entire campuses and districts to produce phased implementation roadmaps with measurable milestones.
Every Gaiergy engagement starts with rigorous technoeconomic modeling. We integrate technical system design with financial structuring to ensure projects achieve unlevered yields above 10%.
We design and engineer district-scale ground-source heat pump networks that serve entire communities. From thermal conductivity testing through borehole field design, distribution piping, and building-level integration.
We analyze and structure commercial & industrial battery storage projects to achieve day-one cash flow through strategic incentive stacking and wholesale market participation.
Drawing on our over 30 years in oceanographic science and logistics, we provide the analytical services to assess, develop, and deliver actionable systems for coastal, marine and open ocean energy, carbon, and aquaculture.
A community-scale ambient temperature loop in Vandalia, Illinois, serving over 100 residential homes, three schools, a 25-bed hospital and a community swimming pool across 1.057 million square feet of conditioned space.
Community-scale ambient loop serving over 100 homes, three schools, a 25-bed hospital and a community pool across 1.057 million square feet of conditioned space. Feasibility, technoeconomic modelling and grant application by Gaiergy.
Multi-site thermal energy network screening across a coalition pipeline: the Tivoli Eco-Village, the Baltimore Sun Building, the Harborplace redevelopment and two Baltimore Police District stations. Ownership structure and public-private partnership planning by Gaiergy.
Ten revenue streams for a Battery Energy Storage System (BESS) mapped against the New York incentive stack, gated by project size, location and program exclusivity, showing which streams legally combine and which cancel each other out.
Every generating unit in the Northeast plotted from the U.S. Energy Information Administration Form EIA-860 dataset, layered with live transmission and substation infrastructure for siting and interconnection screening.
Which New York municipalities have paused renewables, storage or data centers, and where those local restrictions sit relative to the transmission system. Built for early-stage site screening.
Illinois mapped by wholesale market zone and overlaid with distribution cooperative service territories, so a project can be placed against both the market it settles in and the utility it interconnects with.
Marine renewable energy concept development focused on algae cultivation systems, CO₂ utilization, and bioproduct commercialization pathways.
Whether you're a municipality exploring geothermal, a developer analyzing battery storage, or an institution planning decarbonization — we can help.
In 1999 the forecasts said the Internet would consume half the grid. It did not. Today the same certainty attaches to artificial intelligence and data centers. This position paper compares the two episodes and argues that today's capital is modelled on training economics while the durable economics live in inference.
Read the paper →Open research documents. Every figure in each one is cited at the point of use.
Line-item capital costs for grid-scale storage, built from seller-posted pricing rather than survey averages.
The case for storage in the PJM Interconnection after the capacity price run-up, and where in the footprint it lands best.
How the New York Independent System Operator (NYISO) works, and where storage earns inside it. The document to share when a partner asks what Installed Capacity (ICAP) means.
A decision tree for New York's Indexed Storage Credit (ISC), and the common mistake of treating it as additive to market revenue.
Every grid answers the same question about peak demand. Each state answers it with a different yardstick and a very different price on the word "enough".
Closed and non-operating biomass sites across the PJM footprint, drawn from Form EIA-860M, with the interconnection rights they left behind.
Company-by-company contact list, chemistry, product line and commercial status for long-duration storage makers. Anything unconfirmed against the manufacturer's own material is labelled as such.
An independent, claim-by-claim analysis of J.P. Morgan's 16th Annual Energy Paper, scored section by section.
Shorter pieces drawn from project work, each one sourced at the point of use.
How the Garden State Energy Storage Program, the federal Investment Tax Credit and Commercial Property Assessed Clean Energy financing layer together, and what actually reaches day-one positive cash flow.
Volatility, not just price level, is what moves a ground-source heat pump payback. Why uncertainty in the gas bill strengthens the case for a fixed-cost thermal plant.
The Illinois Climate Pollution Reduction Grant awards $100,000 to $250,000 for community geothermal planning. Lessons from writing one against a project many times that size.
When does the additional cost of ground-source boreholes pay off? A lifecycle framework built around coefficient of performance across the design temperature range.
A guide to Municipal Investment Fund (MIF) structures and how multi-site coalition applications unlock larger funding pools than any single site can reach alone.
From CO₂ chemistry fundamentals through to commercial bioproduct pathways, and an honest account of where the economics do and do not close.
Gaiergy Corp was founded in 2008 as a veteran-owned small business with a conviction that the energy transition needs people who have actually built things — not just modeled them. Our team was assembled from careers in federal energy contracting, world-class architecture, global manufacturing, petroleum operations, thermal engineering, and construction finance.
That range is deliberate. The energy transition doesn't live in a single discipline. It requires professionals who understand how concept becomes design, how design becomes finance, and how finance becomes a building that operates for decades. We've done each of those steps — across every sector of the economy.
Today, we work with municipalities, federal agencies, states, utilities, industries, hospitals, developers and institutions who need more than just a report. They need a team that can take a project from idea through implementation — and who understands that a solution only works if it makes financial sense for the client over the long term.
Most advisory teams are built from analysts and economists who model energy systems. Gaiergy is composed from people who have actually conceived, financed, constructed, operated, and championed projects in the built environment. We don't develop reports to just sit on tables. We facilitate their implementation into the real world.
Our world is becoming increasingly interconnected. Gaiergy's experienced team brings a multi-disciplinary approach because they have real world experience across different industries. We bring that experience to task to solve energy transition problems from our client's perspective, because we've been there.
From concept to design through finance, permitting, governance, construction, and operation. We can help you from the beginning through to the end, or enter in at any position that your project needs help. What's important to us is that the energy transition makes financial sense over the long term for a sustainable future.
30+ years in renewable energy & ocean science. Certified Energy Manager, PMP. Led 45 federal energy contracts ($104M+) and 52+ geothermal feasibility studies across 5 states. MBA Finance & Strategy, MSc Marine Chemistry, BS Marine Science. Former NOAA, DOE, Army Corps.
Licensed architect in New York and Florida (AIA). Career spanning Rafael Viñoly Architects, PGAL, Costas Kondylis, and Arquitectonica. Major projects include Newark Liberty Airport Terminal C, MGM Abu Dhabi (573,000 m²), the DKLB Brooklyn LEED-certified tower, Lusail Waterfront Master Plan in Qatar, and luxury hospitality for Fontainebleau, Ritz-Carlton, and Firmdale Hotels.
Founder of Polyven LLC (est. 2005), a global consulting firm specializing in engineered materials, plastic resins, recycling, and sustainability solutions. Brings deep expertise in product development, manufacturing services, and sustainable materials to Gaiergy's energy infrastructure projects. Operations spanning North America, South America, Europe, and Asia.
Strategic advisor with deep experience in business transformation, product innovation, and complex problem-solving across manufacturing, sustainability, and emerging technology sectors. Known for applying cross-disciplinary expertise to find unique solutions to complex challenges in energy and infrastructure.
Specialist in thermal transfer fluids and heat exchange systems with extensive background in the petroleum industry. Brings critical expertise in fluid dynamics, thermal engineering, and energy system optimization to Gaiergy's geothermal and energy infrastructure projects. SUNY Fredonia graduate with operations across New York and Florida.
Over 30 years of experience in construction, finance, and management. Brings a wealth of knowledge in project delivery, financial oversight, and operational management to Gaiergy's energy infrastructure engagements.
