Multiservice Energy Solutions
No two energy challenges are alike. Seebury specializes in determining the precise multiservice energy allocation your operation demands — integrating natural gas generation, solar, waste-to-energy, and circular economy expertise into a single, mission-ready solution.
Hardware manufacturers build the turbines and panels. Seebury does something more difficult — and more valuable. We analyze your operational environment, your load profile, your mission constraints, and your long-term objectives, then engineer the precise combination of energy technologies that makes your operation perform at its highest level.
From AI data campuses and U.S. military installations to country border security operations and commercial facilities, Seebury has the multiservice expertise to allocate the right energy solution at the right scale — the first time.
Natural gas generation. Solar. Waste-to-energy. Circular economy. Surveillance. Communications. Secure power. Command and control. We bring it all together under Your Vision, Delivered.
When you combine multiservice energy expertise, sovereign land advantages, mission-critical credentials, and a team that treats your vision as their own — the choice is clear.
No single energy source fits every mission. Seebury's multiservice platform — gas, solar, waste-to-energy, and circular economy — means we engineer the right combination for your specific operational needs, not a one-size-fits-all package.
Our solutions serve data centers, military installations, commercial campuses, and country border environments — anywhere that power failure is not an option. We are built for the hardest problems in energy infrastructure.
Seebury partners with tribal sovereign lands and regional landholders that offer unique regulatory, tax, and siting advantages — giving our clients faster deployment timelines and stronger long-term economics than traditional locations.
We don't hand off projects — we see them through. From initial energy allocation modeling to long-term operations, Seebury stays at the table with the personalized attention that large utilities simply cannot offer.
Reliable, scalable natural gas generation infrastructure for communities, enterprise operations, and AI data campuses — delivering consistent, affordable baseline power when and where it's needed most.
Commercial and industrial solar solutions — including our Solar Sentinel monitoring system — engineered for maximum output, long-term performance, and energy independence across Texas and beyond.
Converting waste streams into productive, clean energy — reducing landfill dependence while generating usable power that serves both communities and the bottom line.
We don't just manage waste — we close the loop entirely. Seebury's circular economy approach transforms materials, energy, and resources into continuous value cycles that benefit communities and the planet.
Seebury specializes in determining the correct multiservice energy mix for the most demanding operational environments — where failure is not an option.
AI workloads demand firm, continuous, high-density power that conventional utility grids cannot guarantee. Seebury engineers multiservice energy systems — combining gas generation, solar, and storage — purpose-built for the 24/7 availability requirements of hyperscale and edge computing environments.
Defense operations demand energy that cannot fail. Seebury delivers ruggedized, multi-source secure power with integrated surveillance, communications, and command-and-control infrastructure — engineered to perform in austere environments and classified settings.
Enterprise campuses, industrial facilities, and large-scale commercial operations deserve energy strategies that reduce cost, increase resilience, and align with sustainability mandates. Seebury right-sizes the multiservice energy mix to match your load profile and long-term objectives.
Remote, high-security border environments demand energy systems that integrate surveillance, secure communications, and autonomous power — reliably, in locations where grid infrastructure does not exist. Seebury designs and deploys complete border energy and monitoring platforms from the ground up.
Every environment has a different energy fingerprint. A data center campus has nothing in common with a military installation, and neither resembles a commercial border facility. The wrong energy mix doesn't just cost money — it creates vulnerability.
Seebury's DESAEAT methodology begins with a single question and engineers backward from the answer. We don't sell energy products. We solve energy problems.
"What does this environment actually require — and what combination of technologies delivers it most reliably, most economically, and most securely over the long term?"
Gas serves as the reliable backbone — dispatchable, consistent, and proven. Solar offsets peak daytime load and locks in a fixed portion of your energy cost for 25 years, creating a structural hedge against gas market volatility. As gas prices rise, your solar investment pays an increasing dividend.
Designed for facilities in high-irradiance environments where energy independence is the primary goal. Battery storage carries production through nights and overcast periods. The grid connection remains as a cost-managed backstop — not the primary source. The result is predictable costs and maximum resilience.
Wind and solar are natural complements. Wind peaks at night and in winter — exactly when solar underperforms. Solar peaks at midday and in summer — exactly when wind is lightest. Calibrated correctly for a given geography, the two sources balance each other across all 24 hours and all seasons, delivering near-continuous renewable coverage without heavy storage investment.
For industrial campuses, municipalities, and large facilities with significant waste streams. Converting that waste into baseload power while recovering and reintegrating materials turns a pure cost center into a productive economic loop. Energy costs drop. Disposal costs drop. Recovered materials create new revenue. The system feeds itself.
For data centers, military installations, and border operations where no single energy source can be trusted alone. Natural gas provides dispatchable, on-demand power whenever it is needed. Wind and solar reduce baseline consumption and cost while adding generation diversity. Together, the three sources create a layered, redundant system — if any one input fails or spikes in cost, the others compensate. This is the architecture we design for environments where power failure is not a scenario anyone is willing to consider.
Seebury deploys proven, branded solutions across every energy category — each selected and engineered for the specific demands of its environment.
EnviroPower Renewable Inc. (EPR) is Seebury's primary WTE technology partner — a privately held company formed to develop, own, and operate large-scale waste-to-energy and waste-to-liquid fuel facilities. EPR's senior team carries 120+ years of combined experience across utility, transmission, and renewable energy — having designed, constructed, or operated over 20 projects totaling approximately 4 gigawatts of energy production across the US and Europe, including three operating WTE plants.
Sierra is Seebury's large-scale waste-to-energy platform — engineered for regional utility applications, large industrial campuses, and data center energy programs that require significant, continuous baseload generation from non-fossil waste streams.
Longhorn Solar is Seebury's commercial solar arm — delivering turnkey panel installations, system design, and long-term monitoring for businesses, campuses, and energy-intensive facilities across Texas and the broader region.
Seebury deploys Tesla's commercial product suite as part of integrated DESAEAT energy configurations — pairing industry-leading hardware with our multiservice engineering expertise.
Tesla commercial solar panels integrated into Longhorn Solar deployments for maximum output and long-term durability.
Utility-scale battery storage for campuses, data centers, and grid-edge applications — enabling true 24-hour renewable operation.
Fleet and workplace charging infrastructure — Wall Connector networks and Supercharger-grade deployments for commercial properties.
Seebury integrates the right technology, the right builders, and the right capital into every project. Here are the partners we bring to the table.
With 155+ years of experience and 650+ waste-to-energy plants supplied worldwide, B&W's Renewable segment covers Seebury's waste-to-energy and solar EPC needs under one roof — including their proven Vølund™ combustion systems, biomass-to-energy, and carbon capture technology. Currently executing a $2.4 billion AI data center power project.
Consultech brings specialized engineering expertise in advanced waste-to-energy conversion systems — from pyrolytic gasification to industrial-scale incineration and syngas power generation. A core technical partner in Seebury's Eco Campus and municipal WTE deployments, Consultech provides the process engineering depth to match every waste stream to the optimal conversion technology.
EPR is Seebury's primary WTE development partner — 120+ years combined team experience, 20+ projects, ~4 GW built across the US and Europe. EPR's patented LoNOx™ rotary kiln gasification system (manufactured by Metso with full OEM performance guarantees) operates at 3–15% of EPA Subpart Eb emission limits under worst-case conditions. Wholly owned subsidiary Synergy World Power converts plastics and biomass to ultra-low sulphur diesel and sustainable aviation fuel. 70% EBITDA model: EPR is paid to receive waste feedstock, generating five revenue streams simultaneously.
28GW+ of installed capacity worldwide. Baker Hughes supplies the natural gas generation technology at the heart of Seebury's power solutions — from 5–20MW distributed units to large combined-cycle systems — plus BRUSH™ Power Generation equipment, geothermal, hydrogen co-firing, and advanced digital monitoring. Recently secured a 1.21GW generator order for AI data centers.
150+ years of engineering excellence. World-class bonding capacity and global EPC execution for power generation projects at any scale — from turbine supply to full plant delivery.
One of America's premier builders of energy infrastructure — with exceptional depth in renewable energy, AI data centers, and mission-critical facility construction.
Institutional debt financing, project bonds, and structured credit facilities for large-scale energy infrastructure.
Patient, long-horizon equity capital from family office investors who understand infrastructure as a generational asset class.
Infrastructure debt placement with institutional insurance investors seeking yield, capital preservation, and ESG-aligned assets.
World-class technology. Proven builders. Capital-ready. Most energy developers bring a proposal. Seebury brings a complete solution.
The Kuwait Towers were designed to solve a practical problem — storing water for a growing nation. But the architects understood something larger: what a community builds reflects what it believes about itself. Those towers are not remembered as water storage. They are remembered as Kuwait.
At Seebury, we carry that understanding into every project we develop. Energy infrastructure is not invisible. It occupies land, shapes skylines, sits at the edge of communities, and stands for decades. How it looks, how it fits its landscape, and how it honors the people whose land it sits on — these are not secondary concerns. They are part of the engineering brief.
When we develop an energy campus on sovereign tribal land in Oklahoma, or design a solar installation for a Texas commercial client, we ask the same question the Kuwait architects asked: what should this project say about the community it serves?
The projects a community builds become part of its identity — long after the original engineers are gone. Seebury designs energy systems that communities will be proud to point to, not infrastructure they will eventually want hidden or replaced.
Efficiency and aesthetics are not competing values. A solar array designed with intention can be as striking as it is productive. A gas facility sited thoughtfully can coexist with the landscape around it. We refuse to accept that functional means ugly.
Infrastructure that respects its surroundings gets maintained. It gets defended when challenged. It lasts. Projects that ignore context get resented, resisted, and eventually removed. Design is not a luxury — it is a long-term investment in the project's survival.
In 30 years of working alongside Canadian First Nations, U.S. Tribes, and international partners from Kuwait to Alaska, we have learned that energy projects land differently depending on how they are designed, explained, and integrated. Cultural responsibility is not a checkbox — it is the foundation of a project that actually works.
"The towers were built to hold water. They endure because they were also built to hold meaning. Every project we develop asks the same question — what does this say about the people it serves?"— Patrick D. Stansbury, President · Seebury Multiservice Solutions
"The question isn't which energy technology is best. It's which combination is right — for your mission, your location, your future. That's what Seebury answers."— Seebury Multiservice Solutions · McGregor, Texas
16,500 pounds of PFAS enter US landfills every year. Scientists have measured concentrations tens of thousands of times above the EPA's safe drinking water limit. The buried toxic sludge beneath our communities is not staying buried — and Seebury is building the solution.
Plastics to fuel. Biomass to renewable gas. Residual waste to electricity. Seebury's centralized Eco Campus model is proving that the circular economy isn't a theory — it's an engineered reality ready for deployment.
Half the sewage sludge in America becomes farm fertilizer. We now know it's contaminated with PFAS forever chemicals. Maine farmers have shuttered operations. Seebury's Eco Campus offers a proven path to safe biosolid disposal.