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Theis Energy

Protecting the infrastructure that powers America.

WPE — Next-Generation Turbine Technology

Theis Energy's emerging power systems initiative delivers advanced turbine technology engineered for greater output, higher availability, and lower cost per kilowatt for industrial, facility, and infrastructure applications. Compact enough to deploy on rooftops, buildings, and elevated terrain.

WPE advanced turbine CAD design
WPE turbine 3D

Advanced gear-less drive assembly

WPE turbine closeup

Precision blade and hub engineering

WPE turbine side view

Profile view — compact form factor

Deployment Configurations

WPE turbines on building

Building-mounted array — urban deployment

WPE hilltop turbines

Elevated-terrain deployment — maximum airflow capture

Advanced Materials for Energy Infrastructure

Theis Energy applies Tekton-based coatings and petroleum engineering expertise to protect critical oil, gas, power, and energy infrastructure from corrosion, pressure failure, and environmental degradation. Our pipeline coating systems, tank protection products, and power plant engineering extend asset life and reduce catastrophic failure risk.

From patented underground storage tank systems to anti-corrosion pipeline coatings proven in the harshest marine and subsea environments, Theis Energy delivers the materials science that keeps America's energy infrastructure running. Our solutions protect the assets that cannot fail — eliminating the environmental liability and economic loss that corrosion-driven failures create.

Patented Tank Systems
20+ yrs Field Proven
Deep Sea to Surface Deployment

What We Offer

Pipeline Anti-Corrosion Coating Systems

Long-life Tekton-based coating systems for oil, gas, and water pipelines — providing chemical, abrasion, and microbial corrosion resistance far exceeding conventional epoxy and polyurethane pipeline coatings.

Underground Storage Tank Systems (Patented)

Patented form-coded underground storage tank fill port and lining systems — preventing cross-contamination, extending structural life, and eliminating the environmental liability of corroded underground fuel storage assets.

Power Plant Protective Coatings

High-temperature, chemical-resistant Tekton coatings for power generation facilities — protecting boilers, cooling towers, flue systems, and structural assets from the aggressive thermal and chemical environments of continuous power generation.

Marine & Subsea Corrosion Protection

Subsea and topsides corrosion protection systems for marine oil and gas infrastructure — proven in deepwater environments where salt, pressure, biological fouling, and mechanical wear combine to destroy conventional coatings within years.

Refinery Process Coatings

Specialty protective coatings for refinery vessels, piping systems, and structural assets — resistant to the full range of hydrocarbon process chemicals, operating temperatures, and abrasive media encountered in petroleum refining.

Cryogenic Sealant Systems (LNG/H2)

Cryogenic-stable sealant formulations maintaining flexibility and bond strength at extreme low temperatures for LNG storage, hydrogen infrastructure, and aerospace fuel system applications where conventional sealants fail.

XContainers™ — Advanced Containment Systems

XContainers represent a breakthrough in energy storage and containment engineering — fusing Theis Tekton's self-healing polymer chemistry with purpose-built structural containment to eliminate the risk of catastrophic leak and spill events across energy, maritime, and industrial applications.

Self-Healing Fuel Tank Technology

XContainer fuel tanks incorporate Theis Tekton's self-healing polymer layer — autonomously sealing punctures and micro-fractures without intervention. Field-validated in maritime applications where hull puncture events would otherwise result in catastrophic fuel release and environmental liability. Tanks remain structurally sound and mission-capable after damage events that destroy conventional tank systems.

Energy Storage Containment

XContainers are engineered for the rigorous demands of stationary energy storage — protecting battery arrays, chemical energy media, and liquid fuel reserves in power generation, grid storage, and industrial facilities. Superior chemical resistance and barrier performance guard against electrolyte leakage, thermal event propagation, and the corrosive environments common to industrial energy infrastructure.

Case Study: Maritime Fuel Containment

XContainer technology was deployed aboard maritime vessels operating in contested waters where conventional fuel tank puncture would render the vessel non-operational. The self-healing Tekton liner maintained fuel containment integrity after ballistic and debris impact events — enabling continued vessel operation and eliminating catastrophic fuel spill risk in environmentally sensitive waterways.

Industrial Hazardous Fluid Containment

XContainers provide secondary containment for industrial chemical storage — dramatically reducing spill risk in refinery, pipeline, and power generation environments. The Tekton lining resists the full range of hydrocarbon, solvent, and chemical process media, providing a lifetime containment barrier that reduces insurance liability and environmental compliance cost.

Absorbtec™ — Filtration & Spill Control

Absorbtec filtration technology addresses the energy industry's most persistent environmental liability: the removal of hydrocarbons and difficult contaminants from water and process streams. Licensed and distributed through Theis's clean-technology portfolio, Absorbtec is a comprehensive system encompassing absorption, filtration, and spill containment from source to remediation.

Hydrocarbon Filtration

Advanced filtration media removes oil, fuel, and hydrocarbon contamination from produced water, stormwater, and process effluent streams — meeting strict environmental discharge standards at energy production and processing facilities.

Heavy Metals Removal

Absorbtec water filtration systems target the most chemically challenging contaminants — heavy metals including lead, mercury, arsenic, and cadmium — delivering treated water quality that exceeds EPA standards for industrial and potable applications.

Spill Containment Systems

Integrated spill containment systems paired with Absorbtec filtration provide a complete response-to-remediation capability — from immediate spill absorption through secondary containment to final effluent polishing before discharge or reuse.

Produced Water Treatment

Oil and gas produced water — among the highest-volume industrial waste streams in the US — contains complex hydrocarbon and dissolved solids loads that standard treatment cannot address. Absorbtec is engineered specifically for the treatment challenges of upstream produced water management.

Environmental Compliance

Absorbtec systems provide the documented treatment performance and compliance chain-of-custody that energy operators require to satisfy state and federal environmental discharge permits — reducing regulatory exposure and environmental remediation liability.

Pipeline & Tank Spill Response

Rapid-deployment Absorbtec spill response kits provide immediate hydrocarbon absorption for pipeline integrity events, tank overfill incidents, and transportation spills — containing contamination before it reaches soil, groundwater, or waterway resources.

Parresia Corporation — Licensing Entity

Absorbtec filtration technology, XContainer systems, and Theis's broader portfolio of clean energy and water technologies are licensed and commercialized through Parresia Corporation — Theis Industries' dedicated licensing entity for clean energy, water treatment, and environmental technology applications. Inquire through Theis Industries for licensing, partnership, and distribution opportunities.

Powered by Theis Tekton™

Every Theis Energy product is engineered with or enhanced by Theis Tekton™ — our proprietary materials system proven for over 20 years in the world's most extreme environments. This gives Theis Energy a materials advantage that no competitor can replicate. Tekton's deep chemical resistance, adhesion, and barrier performance make it the definitive solution for energy infrastructure protection where failure is not an option.

Learn About Theis Tekton →
LIQUID KEVLAR™ BY THEIS INDUSTRIES

Who We Serve

Oil & Gas Operators

Upstream exploration and production companies, midstream pipeline operators, and downstream processing facilities requiring reliable corrosion protection for assets in land-based and marine environments.

Pipeline Companies

Interstate and intrastate natural gas and liquids pipeline operators seeking cost-effective, long-life coating solutions that extend pipeline service life and reduce corrosion-driven integrity threats.

Power Generation Facilities

Natural gas, coal, nuclear, and conventional power generation operators protecting plant infrastructure from the aggressive thermal, chemical, and moisture environments of continuous baseload operation.

LNG & Hydrogen Infrastructure

Liquefied natural gas terminals, hydrogen production facilities, and fuel cell infrastructure operators requiring cryogenic-capable sealants and coatings for next-generation energy storage and distribution systems.

Refineries & Processing Plants

Petroleum refining and petrochemical processing facilities requiring specialty coatings for vessels, towers, piping, and structural assets exposed to harsh hydrocarbon and chemical process environments.

Marine & Subsea Energy Operators

Marine production facilities, floating production systems, and subsea infrastructure owners requiring corrosion and fouling protection systems proven at the deepest depths and most hostile marine environments.

Emerging Technology

Theis WPE — Advanced Turbine Technology

WPE is in prototype development — advanced turbine technology engineered for greater output, higher availability, and lower cost per kilowatt for industrial, facility, and infrastructure applications. It approaches the Levelized Cost of Energy of coal while delivering a 98% reduction in CO₂ emissions versus coal and petroleum. WPE represents a long-term strategic technology initiative. It is not a current commercial offering — it is showcased here as an emerging technology in active development.
Advanced Turbine Design — Gyroscopically and harmonically stable architecture engineered for superior performance at lower altitudes and in high-velocity airflow conditions.
Maximum Output Density — Integrated architecture maximizes power output per square foot of installation footprint for space-constrained industrial and facility sites.
Advanced Materials — Lighter and stronger than conventional turbine materials, optimized for lower altitude operation where traditional designs underperform.
Readily Available Components — Designed around commercially available parts to reduce supply chain risk and lower manufacturing cost at scale.
Low Environmental Footprint — Design philosophy and specialized geometry are engineered to minimize wildlife and environmental impact — a key regulatory differentiator.
Specialized Blade Coating — Proprietary blade surface treatment optimizes aerodynamic performance and extends blade service life in harsh environments.
Shipping Container Distribution — The full turbine system ships inside a standard intermodal container, dramatically simplifying global logistics versus conventional large-turbine transport.
Ease of Installation — Smaller components and shorter towers reduce installation complexity, crane requirements, and site preparation cost compared to utility-scale conventional turbines.
Reduced Maintenance — Gyroscopically stable design and advanced materials significantly reduce maintenance frequency and cost over the turbine's service life.
Siting Flexibility — Compact size, low height profile, and high MW/sq-ft output make WPE a superior candidate for sites where conventional turbine logistics and foundation requirements are prohibitive.
DOE Policy Alignment — WPE technology development is structured to align with Department of Energy power systems policy frameworks and funding priorities.
Multi-Sector Power Vision — WPE power generation is designed to ultimately support vehicles, aircraft, rail, and maritime transportation — enabling cross-sector clean energy deployment.
~65% Target Capacity Factor (coal parity)
98% CO₂ Reduction vs. Coal & Petroleum
1 Container Standard Shipping Distribution Unit
Prototype Development Stage

Theis WPE is an emerging power systems initiative currently in prototype development. Technical claims represent design targets and engineering projections. WPE is not a current commercial product offering of Theis Industries. Contact Theis Industries for investor and development partnership inquiries.

See It For Yourself

WPE Advanced Turbine (WIP)

XContainers

Power Grid & Critical Infrastructure

Theis Tekton coatings protect the power transmission infrastructure that keeps America running — from high-voltage transmission towers to pipelines and rail.

Power transmission lines
Power lines winter
Energy refinery

From Earth to Orbit

Theis Tekton has been field-proven protecting the ISS oxygen tanks — the same chemistry now protects energy infrastructure on earth.

Rocket launch pad
Spacecraft cockpit

Ready to Explore Theis Energy?

Contact Theis Industries to discuss products, pricing, licensing, or partnership for the Theis Energy division.

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