H2020 DRALOD Project: Renewable energy-based drying technology for cost-effective recovery of food processing industry waste
Engineering and technology, Ingeniería eléctrica, ingeniería electrónica, ingeniería de la información, Ingeniería electrónica, sistemas de control, control systems, Engineering and technology, Environmental engineering, Energy and fuels, renewable energy, renewable energy, Engineering and technology, Mechanical Engineering, thermodynamic engineering, thermodynamic engineering, Engineering and technology, Environmental engineering, Energy and fuels, energía fósil, gas natural, natural gas, Engineering and technology, Environmental engineering, Gestión de residuos, Procesos de tratamiento de residuos, Waste treatment processes, Vía Rápida hacia la Innovación (FTI), Engineering and technology, Electrical engineering, electronic engineering, information engineering, Electronic engineering, control systems, control systems, Engineering and technology, Environmental engineering, Energy and fuels, renewable energy, renewable energy, Engineering and technology, Mechanical Engineering, thermodynamic engineering, thermodynamic engineering, Engineering and technology, Environmental engineering, Energy and fuels, fossil energy, natural gas, natural gas, Engineering and technology, Environmental engineering, Waste management, Waste treatment processes, Waste treatment processes, Bioeconomy, circular economy, valorization and management of by-products, Digitalization and innovation
