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Heat recovery from aerosol can production

Heat recovery unit | Waste heat recovery system | exodraft > Heat recovery from aerosol can production

Since October 2016, German based G. Staehle GmbH has been heating their 7,500m² warehouse with an exhaust heat recovery system from exodraft.

G. Staehle GmbH is one of the top three European manufacturers of aerosol cans. The company has production sites in both Stuttgart and Schifferstadt.

As a responsible company, Staehle prides itself on its sustainability and environmental awareness and has been ISO 50001 certified since 2015, with the help of an energy management system that focuses on the decrease and monitoring of CO2 emissions.

This is why during the planning stage of the new printing line in Schifferstadt, Staehle took exhaust heat recovery into account.

The process of printing on the thin aluminum plates that the aerosol cans are subsequently made of results in gasses, which need to be treated. This is why the gasses are passed through a 600-degree thermal post-combustion which renders them safe to release into the environment.

Staehle wanted to use the high exhaust gas temperatures from the post-combustion and turn it into hot water to supply the warehouse heating system.

Marc from Staehle

exodraft was chosen as the supplier of the complete chimney system including exhaust heat recovery for the new printing line.

According to Mr. Mark Oliver, Staehle CEO, the reason that Staehle chose exodraft as the supplier, was that exodraft was able to offer the most compact and efficient heat recovery unit on the market as a turn-key solution.

The project was realized in 2016, together with the general contractor, heating engineers, electricians, and chimney builders.

The system was customized and designed to be incorporated in the production process.

A high degree of flexibility and communication guaranteed that the integration between the building and the production line through chimney and heat exchanger technologies could be realized in a timely manner.

While commissioning the new plant, it was soon clear that the performance data promised in the offer from exodraft had been completely met if not exceeded.

The exodraft Opticalc calculation software, which has been certified externally by a university had prior to the installation been used to calculate the technical basics of the exhaust gas flow and the hot water circuit, which established the framework parameters for the resulting energy output and Return-On-Investment calculation.

The accumulated recovered energy from the exhaust gasses can be monitored continuously on screen display.

Since October 2016, Staehle has been heating their 7,500m² warehouse with an exhaust heat recovery system keeping heating cost at a minimum, thereby not only protecting the environment but also combating rising heating costs.


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    Transferred to the district heating systemUsed in production processesHeating of factory, warehouse or office premisesUsed for apsorption chillers/refrigerationHot water for bathing facilitiesAir curtain & air heatning systemsHot warter for general cleaning/washing purposesOther