ALLICE COLLECTIVE STUDIES
GENERAL CLASSIFICATION
Here you will find all the ALLICE collective studies. For each one, the ALLICE theme to which it relates and the year in which it was launched are indicated.Consultation of studies and state of the art reports is reserved for members.
Use the "search" function (CTRL+F) of your browser to discover the studies classified by ALLICE theme:
- Economic models and financing
- Energy efficiency
- Alternative energy integration
- Digital transition
- Carbon capture and utilization
- Circular economy
- Cross-cutting
| Year | N° | Title of study | ALLICE theme | Key words | Study cases / feedback | Publication |
| 2024 | 040 | Flue gas treatment as a means of industrial heat recovery | Energy efficiency | Completed in 2024 | ||
| 2024 | 039 | (Heat Pump 3) Technological integration of heat pumps | Alternative energy integration | Completed in 2024 | ||
| 2024 | 038 | (Heat Pump 2) "High-temperature heat pumps" state-of-the-art update | Alternative energy integration | Completed in 2024 | ||
| 2024 | 037 | (Heat pump 1) Market survey of mature heat pump technologies | Alternative energy integration | Completed in 2024 | ||
| 2024 | 036 | Summary of prospective studies on the future availability of hydrogen | Alternative energy integration | Completed in 2024 | ||
| 2024 | 035 | Summary of future biomass availability | Alternative energy integration | Completed in 2024 | ||
| 2024 | 034 | Benchmark of national aid and schemes in European countries for decarbonising industry | Economic models and financing | Completed in 2024 | ||
| 2024 | 033 | Obstacles and levers for the deployment of heat storage | Energy efficiency | Completed in 2024 | ||
| 2023 | 032 | Eco-design of industrial processes | Circular economy | CONSULT THE STRUDY Executive summary |
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| 2023 | 031 | Systemic analysis methodologies for improving energy efficiency on industrial sites | Energy efficiency | Completed in 2024 | ||
| 2023 | 030 | Solutions for heat exchanger fouling | Energy efficiency | CONSULT THE STUDY Executive summary |
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| 2023 | 029 | Cogeneration / trigeneration : opportunities to improve the performance of waste heat recovery systems | Energy efficiency | CONSULT THE STUDY Executive summary |
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| 2023 | 028 | New business models for decarbonisation | Economic models and financing | Business model, strategy | Textile (Asphalte & Alliance Machines Textiles) / Electronics (Commown) / Solar thermal (Absolicon) | CONSULT THE STUDY Executive summary |
| 2023 | 027 | Energy hybridisation of industrial processes | Energy efficiency | Completed in 2024 | ||
| 2023 | 026 | Decarbonisation of utilities and networks at industrial sites | Cross-cutting | Completed in 2024 |
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| 2023 | 025 | Load shedding Industrial Processes | Economic models and financing | CONSULT THE STUDY Executive summary |
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| 2023 | 024 | Decarbonising the food industry | Cross-cutting | Completed in 2024 | ||
| 2022 | 023 | Integration potential of solar heat in industrial processes | Alternative energy integration | Solar thermal | malt drying, Food industry (charcuterie), chemicals and tanker washing | CONSULT THE STUDY Executive summary |
| 2022 | 022 | Predictive maintenance | Digital transition | Maintenance, energy efficiency | N/A | CONSULT THE STUDY Executive summary |
| 2022 | 021 | Prospects for the evolution of energy costs and mitigation levers for industry | Economic models and financing | Energy efficiency, load shedding, flexibility, PPA/GPA, self-consumption, guarantees of origin | N/A | CONSULT THE STUDY Executive summary |
| 2022 | 020 | Potential for creating CCU hubs in order to improve the cost-effectiveness of the solutions deployed | Carbon capture and utilization | CO2 capture, Utilization, Chemical conversion, Mineralization, Biological conversion, Cartography, hub CCU | N/A | CONSULT THE STUDY Executive summary |
| 2022 | 019 | Decarbonisation of cooking and drying processes | Energy efficiency | Kilns, Dryers, Energy efficiency, waste heat, electrification, decarbonated gases | Tile kiln and dryer Powder paint line kiln and dryer Malt drying |
CONSULT THE STUDY Executive summary |
| 2022 | 018 | Waste Heat Project Deployment Potential | Energy efficiency | Waste heat, systemic analysis methodology | Metallurgy / food processing / waste treatment | CONSULT THE STUDY Executive summary |
| 2022 | 017 | Efficient ventilation solutions | Energy efficiency | Ventilation, energy efficiency, best practices | N/A | CONSULT THE STUDY Executive summary |
| 2021 | 016 | Eco-industrial parks | Energy efficiency | Industrial ecoparks, systemic methodologies, digital tools | N/A | CONSULT THE STUDY Executive summary |
| 2021 | 015 | Very high temperature heat recovery in industry | Energy efficiency | Waste heat, self-recovery, thermodynamic machines, cooling, district heating networks |
Petrochemicals, Metallurgy, Ceramics, Food industry, Waste-to-energy plant | CONSULT THE STUDY Executive summary |
| 2021 | 014 | Efficient cold for industry | Energy efficiency | Cooling, waste heat, absorption machines, adsorption |
Food industry (dairy), chemicals | CONSULT THE STUDY Executive summary |
| 2021 | 013 | Overview of heat-to-electricity technologies | Energy efficiency | Waste heat, ORC machines, thermodynamic cycles, working fluids, Stirling and Ericsson machines, gas turbines |
N/A | CONSULT THE STUDY Executive summary |
| 2021 | 012 | Very high temperature heat pumps for industry | Energy efficiency | Heat pumps, absorption, adsorption, refrigerants | N/A | CONSULT THE STUDY Executive summary |
| 2021 | 011 | Potential for the integration of low-carbon gases in industry | Alternative energy integration | Low-carbon gases, biogas, H2 | All sectors with a focus on roof tiles and bricks, steel industry | CONSULT THE STUDY Executive summary |
| 2021 | 010 | Potential for electrification of industrial thermal processes - Phase 2 | Alternative energy integration | Electrification, energy market price, electricity grid, subsidies | All sectors with a focus on fluid heating (heat pumps (food industry), resistors (all sectors)), low voltage furnaces, high voltage furnaces (iron and steel industry (arc furnaces), glass industry (conduction furnaces)), dryers (CMV (food industry), microwaves and high frequencies (basic chemicals/fine chemicals)) | CONSULT THE STUDY Executive summary |
| 2020 | 009 | Heat storage in industry | Energy efficiency | Sensible storage, latent storage, thermochemical storage | Metallurgy (heat treatment kiln), Ceramics (tile and brick kiln), Industrial hot water production (food industry) | CONSULT THE STUDY Executive summary |
| 2020 | 008 | Potential for electrification of industrial thermal processes - Phase 1 | Alternative energy integration | Electrification, resistive heating, radiant energy, mechanical steam compression, heat pumps, induction | Food industry (pasteurisation, evapoconcentration, LV tunnel kiln), Metallurgy (HV batch kiln, tunnel kiln), Mechanical engineering (HV tunnel kiln), MNC (tunnel dryer) | CONSULT THE STUDY Executive summary |
| 2020 | 007 | Risks coverage for funding energy efficiency projects in industry | Economic models and financing | Financial risk, operational risk, financial packages, energy efficiency project, SPV, CEE | MNC (Terréal, Cléia), Paperboard (Condat/NewHeat), Metallurgy (Mannesmann, Fomas), Plastics (SIB) | CONSULT THE STUDY Executive summary |
| 2019 | 006 | Bibliographical study and modelling of phenomena associated with drying in an industrial convective dryer | Energy efficiency | Drying, modelling, drying kinetics, dryers | Food industry (sugar dryers, maize dryers, tomato dryers, fish fillet dryers, apple slice dryers) | CONSULT THE STUDY Executive summary |
| 2019 | 005 | Performance of heat exchangers for industrial processes | Energy efficiency | Heat exchangers, fouling, prevention and maintenance | Food industry (milk spray towers, biscuit ovens, coffee bean roasters, malt kilns), Glass (glass furnaces) | CONSULT THE STUDY Executive summary |
| 2019 | 004 | Technologies (advanced and alternative) for cold production | Energy efficiency | Performance cooling, absorption chillers, working fluids | N/A | CONSULT THE STUDY Executive summary |
| 2019 | 003 | Heat recovery from industrial steam | Energy efficiency | Waste heat, energy recovery, cooking, drying | Food industry (biscuit oven, baker's oven, mashed potato dryer, blanchers), Metallurgy (surface treatment, paint line) | CONSULT THE STUDY Executive summary |
| 2019 | 002_B | O
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