Energy efficient adaptive process ventilation

The project aims to develop and demonstrate a suction arm for process extraction based on automation and robotics technology that follows the pollution from industrial processes with lower energy consumption than today. Main activities:

• WP1: MECHANICAL DESIGN AND CONSTRUCTION: 1.1 Safety - sepcs.; 1.2 Mechanical specs.; 1.3 Selection of mechanical components; 1.4 Mounting of actuator/sensor on GeoVent extractor.
• WP2: SENSOR DEVELOPMENT: 2.1 Establish safety system and sensory; 2.2 Development of the detection sensor.
• WP3: MANAGING TECHNICAL DESIGN AND CONSTRUCTION: 3.1 Test of collision scenarios - RobWork; 3.2 Programming of extractor; 3.3 Programming of user interface; 3.4 Programming of app for android smart phone for controlling.
• WP4: VENTILATION TECHNIQUE. 4.1 Effect measurement before and after; 4.2 Clarify processes/sources where EAP can be used; 4.3 Documentation of the extractor's optimal design and placement; 4.4 Documentation of the total power of installation; 4.5 Effect measurement (energy and environment) on demonstrator; 4.6 Final measurements.
• WP5: DEMONSTRATOR TEST WITH ''CUSTOMER''. 5.1 Demonstrator test GeoVent. Further development testing in our own workshop; 5.2 Demonstrator test Mercantec. Testing, demonstration and evaluation.
• WP6: DISSEMINATION. 6.1 News dissemination; 6.2 Attendance at industry trade fair; 6.3 Final report. It's a project goal that the EAP Demonstrator is relatively close to the market