Türk Tuborg Malt Facility
High-volume renewable air preheating integrated with industrial malt drying.
İzmir, Türkiye · SolarWall installation
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By reducing fossil-fuel heating demand, this application can contribute to lower Scope 1 emissions. Scope 2 benefits depend on the facility’s purchased energy use. See the project figures above for reported or estimated savings.
Engineering the right
source of useful heat.
The engineering approach, system integration and project outcomes.
The challenge
Malt drying requires a substantial and continuous supply of heated process air. The project sought to reduce fuel use while supporting a process operating 18 hours per day, seven days a week.
The solution
The published case study describes a 315 m² SW100 façade collector, supplying preheated air to two drying processes. Temperature sensors, proportional and summer-bypass dampers and an energy management system support operating control and monitoring.
Published outcomes
SolarWall Türkiye reports approximately 1,722,945 kWh annual natural gas savings and 311.3 tonnes of CO₂ avoided each year, with an expected 2.1-year payback. Estimated project data from the SolarWall installation profile.
Project-published savings / expected payback.
Integration details.
Project highlights
- Two process drying lines
- System airflow specified at 46,675 m³/h
- Energy monitoring and automated control components
Project documentation
Download the technical case study and explore the project.
Could a similar approach work at your plant?
Each facility requires its own weather and heat-demand study, collector sizing and financial assessment.
Download the project profile
Detailed information on the system and project application.
Download case study PDF ↓