A steam heat pump uses waste steam or vapor from industrial utilities as an input, compresses and pressurizes it, and increases its temperature to meet process requirements. This process recovers latent heat, making it energy efficient.

In a single stage, a steam heat pump can achieve a Delta T of around 20°C. Higher temperatures can be reached by adding multiple stages.

Industries such as food processing, textiles, chemicals, and pharmaceuticals that generate waste steam can benefit from the technology to improve energy efficiency and reduce operating costs.

Units are available in Cast Iron, SS 304, and SS 316L grades, with mechanical seals designed for high-temperature applications.

By recovering complete latent heat from waste steam, the system reduces energy wastage and lowers the need for fresh steam generation.

Steam heat pumps can reduce or partially replace fossil fuel boilers by upgrading waste steam into usable process steam.

Steam heat pumps can achieve high energy efficiency by recovering latent heat from waste steam and upgrading it for reuse in industrial processes.