Heat Recovery ROI Landing Page
Upgrade existing boilers and water heaters to 100+% effective efficiency with an integrated high-temperature heat pump and ultra-efficient air-to-water heat recovery system—without ripping and replacing your plant.
For a facility with ~$200k in annual fuel spend, 30% savings, and a 15-year analysis horizon.
Most buildings are still throwing away valuable thermal energy. Flue gas, rejected heat, and oversizing mean your mechanical room is an untapped profit center. Our integrated high-temperature heat pump and air-to-water heat recovery system captures that lost heat and reinvests it into your hot water and heating loops—turning a sunk cost into a strategic asset.
We keep the complexity in the mechanical room and make the outcomes simple: lower fuel use, lower emissions, and stable comfort.
Heat that would normally be lost through flues, exhaust air, or rejection is captured from your existing system instead of vented to the atmosphere.
A high-temperature heat pump efficiently lifts that captured energy to the temperatures required for your hot water and hydronic heating loads.
The recovered heat is reinjected into your existing heating loop, cutting fuel consumption and driving system-wide efficiency gains without replacing your boilers.
Using our ROI model, a representative project shows:
Assumptions: ~$200k baseline annual fuel spend, 30% savings, 15-year horizon, and typical incentives. Actual results will vary by site.
Heat recovery doesn’t just cut costs—it meaningfully reduces your carbon footprint at a highly competitive cost per ton of CO₂ avoided.
Based on representative fuel use, savings assumptions, and incentive structures. The ROI model lets you input your own data and carbon pricing assumptions.
Use the CO₂ module in the ROI calculator to:
This allows you to frame the project as both a financial and ESG win in front of boards, investors, and regulators.
The platform is engineered for the realities of central plants and complex buildings—not just theoretical efficiency curves.
Stabilize comfort across seasonal swings while reducing budget pressure. Ideal for district plants serving multiple buildings and year-round hot water needs.
Maintain high uptime and thermal resilience with a decarbonization strategy that meets strict reliability expectations and community scrutiny.
Improve NOI by reducing fuel spend, enhance sustainability credentials, and deploy a repeatable retrofit approach across your portfolio.
The system is built to integrate with conventional hot water boilers, mid-efficiency and condensing water heaters, and new or existing hydronic plants. We focus on leveraging your installed base while unlocking high-efficiency performance.