"Energy cannot be created or destroyed; it can only be changed from one form to another." — The Law of Conservation of Energy
Every day, the world lets enormous amounts of energy slip away as wasted heat. Innovick exists to honor this law — capturing that lost thermal energy and changing it into clean, usable power. We don't make energy. We give it a second form.
Advanced Thermal Energy Recovery Technologies
Transforming Waste Heat into Usable Energy
Innovick Energy is developing advanced thermal energy recovery technologies designed to improve energy utilization across industrial, commercial, infrastructure, and residential environments.
DOE SBIR Phase I Applicant
Explore the ProductsOur Mission
The world wastes enormous amounts of thermal energy every day. Innovick was founded to transform underutilized thermal energy into usable power.
Our Vision
Building the future of distributed energy recovery across industrial facilities, commercial properties, residential communities, and public infrastructure.
The Opportunity
Improving energy utilization represents one of the most significant opportunities in modern energy infrastructure.
Our Technology
Innovick’s modular thermal energy recovery technology is being developed to capture otherwise wasted thermal energy and convert it into usable electrical power. Recovery depends on a usable temperature difference between a heat source and its cooler surroundings — the larger that gradient, the more energy there is to reclaim.
Efficiency
Increased energy efficiency and better energy utilization.
Cost Reduction
Designed to help reduce operating costs over time.
Modular Design
Scalable deployment architecture compatible with existing infrastructure.
Resilience
Supporting distributed energy systems and energy security initiatives.
Solutions Across Multiple Markets
Each market recovers thermal energy a little differently. Open a solution to see how Innovick’s modular recovery technology applies and why it works.
Industrial
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Manufacturing facilities, processing plants, utility infrastructure, energy-intensive operations.
Why It Works
- Industrial processes such as furnaces, boilers, and exhaust stacks continuously reject large volumes of high-grade waste heat that would otherwise be lost.
- Innovick’s modular units capture that thermal energy directly at the source and convert it into usable electrical power.
- Recovered power offsets on-site plant load, lowering operating costs and improving overall energy efficiency.
- Modular deployment scales with facility size and integrates with existing infrastructure without disrupting production.
Commercial
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Office buildings, hotels, hospitals, data centers, retail and warehousing.
Why It Works
- Commercial buildings — especially data centers and hospitals — run continuous HVAC and equipment loads that reject steady low-to-mid grade heat around the clock.
- Recovering that consistent heat stream converts an operating expense into usable energy.
- Reduced grid draw lowers utility bills and improves building energy performance.
- Compact, modular units fit mechanical rooms and rooftops, making retrofits straightforward.
Residential
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Single-family homes, multifamily communities, residential developments, distributed energy systems.
Why It Works
- Everyday residential sources — water heating, HVAC, and appliances — give off thermal energy that normally goes unused.
- Across multifamily and community-scale developments these small streams aggregate into a meaningful, recoverable supply.
- Captured energy feeds distributed energy systems, improving resilience and energy independence for residents.
- Scalable architecture supports everything from a single home to an entire development.
Infrastructure
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Municipal facilities, water systems, transportation infrastructure, public works facilities.
Why It Works
- Public infrastructure such as water treatment plants and transit systems continuously dissipates thermal energy as a byproduct of operation.
- Innovick’s technology recovers that heat and converts it into power that offsets municipal energy demand.
- Lower energy costs free public budgets while supporting energy security initiatives.
- Resilient, distributed design strengthens critical infrastructure against grid disruption.
Development Roadmap
Concept Development
Prototype Development
Technology Validation
Expanded Validation
Commercial Manufacturing
Market Deployment
Research & Development
Patent Pending
Patent pending innovations and proprietary engineering designs.
Validation
Prototype engineering, simulations, laboratory validation, and performance modeling.
Partnerships
Targeted research collaborations with universities, national labs, and industry leaders.
Leadership
Pilot Program
Innovick welcomes discussions with organizations interested in pilot deployments, research collaborations, or strategic partnerships.
Contact Innovick Energy
For partnership opportunities, investor inquiries, research collaborations, testing opportunities, or technology discussions, please contact our team.