Find your industry.
Retire your boiler.
Dye baths, CIP loops, wash water, drying air and low-pressure steam — the heat your plant burns fuel for every day, delivered by a heat pump instead. Start from your industry or from your process temperature — both roads lead to the same sized scheme.
Industry solution guides
Each guide is built around real process temperatures and real fuel prices — with an interactive selector, a payback calculator and the honest boundaries of where a heat pump stops making sense. All three run large, continuously scheduled heat demand between 60 °C and 150 °C — the window where a heat pump beats a boiler on running cost, and where the process is stable enough to size against real load rather than nameplate.
Dye baths and scouring at 80–135 °C, rinsing and wash lanes at 60–90 °C, thermosol and finishing steam, and hot-air drying from a single product family. Includes a dedicated regional guide for Bangladesh dyeing houses with local fuel prices and a break-even COP analysis against HSD and LNG.
Open the textile solution guide →
CIP cleaning at 80 °C, pasteurisation at 72–85 °C, blanching at 90–100 °C, evaporation at 56 °C — mapped onto six continuous temperature segments up to 150 °C UHT steam, with the pressure boundary stated honestly: 121 °C retort sterilisation stays on the boiler because it needs pressurised saturated steam, not because of temperature.
Open the F&B solution guide →
Cathode coating lines run 85–130 °C, anode lines 75–110 °C, dry-room desiccant wheels need 120–140 °C regeneration and wafer wet benches hold 65–85 °C baths plus 60–90 °C hot ultrapure water. The guide pairs both industries with a series selector and a ten-year TCO calculator, and states the ceilings plainly: diffusion and CVD at 800–1,200 °C are not in range.
Open the New Energy & Electronics guide →More applications we serve
Dedicated guides for these industries are in production. In the meantime, our engineers size schemes for all of them today — send your load profile and we will return an indicative COP and payback range for your case.
Chemical & process
Page in prepReactor and storage-tank preheat, distillation reboiler preheat, solvent recovery and spray-drying upstream heat — delivered as 95–135 °C water or 110–150 °C low-pressure steam from HT-W2S / HT-A2S.
Pulp & paper
Page in prepBoiler feedwater preheat, bleaching-stage hot water and dryer-section make-up air. Feedwater preheat alone is often the fastest payback in the mill: it displaces the cheapest-to-replace steam duty and cuts blowdown losses.
Surface treatment & plating
Page in prepDegreasing tanks at 60–80 °C, rinse-water heating and electroplating bath temperature stability. Tanks run on circulating hot water — the exact form a heat pump delivers — and rectifier waste heat can be lifted back into the loop with a water-source MT-W2W.
Wood & biomass drying
Page in prepKiln and chamber drying at 40–80 °C with controlled humidity. The MT-A2A inverter dryer holds setpoint through the full schedule without gas-fired make-up air, and condensate from the drying air can be recovered as warm water for the next charge.
Laundry & commercial
Page in prepWash water at 60–85 °C, tunnel-washer final rinse at 82 °C and tumble-dryer make-up air for hospital linen, hotel groups and industrial laundries. Demand is flat and scheduled — the ideal load shape for heat pumps and thermal storage.
Your industry
On requestIf your process moves liquid, air or low-pressure steam anywhere between 30 °C and 150 °C, it is a candidate. The sizing logic starts from three numbers: process temperature, annual heat demand, and what you currently pay per unit of heat.
Choose by output
If you already know the form of heat your process needs, go straight to the series that produces it.
| Output | Series | Source → sink | Max. output temp. | Компрессор | Typical capacity |
|---|---|---|---|---|---|
| Hot water — standard temp. | MT-A2W | Окружающий воздух | 95 °C | Прокрутить | 350 kW |
| Hot water — water source | MT-W2W | Water / waste heat | 95 °C | Screw + VFD | 1,500 kW |
| Hot water — high temp. | HT-A2W | Окружающий воздух | 135 °C | Piston | 220 kW |
| Steam — water source | HT-W2S | Water / waste heat | 150 °C | Screw | Steam plant |
| Steam — air source | HT-A2S | Окружающий воздух | 150 °C | Piston | Steam plant |
| Hot air — drying | MT-A2A | Окружающий воздух | 30–85 °C | Inverter scroll | Direct air |
Часто задаваемые вопросы
Which industries are the strongest fit for high-temperature heat pumps?
We already run steam boilers. Can heat pumps work alongside them?
What temperature range do HETAPRO heat pumps cover?
There is no dedicated page for my industry yet. Can you still size a system?
Not sure where your process fits?
Send us your process temperature levels, annual heat demand and current energy bill. You will get an indicative COP, a payback range and a recommended series — before any commitment.
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