A1. Separation and characterization of the different fractions of the meat waste and selection of fats animals:

• A1.1 Classification and characterisation of each raw material
• A1.2 Mechanical separation of the fat fraction from the proteic
• A1.3 Analysis of the properties of the fat and protein fractions

A2. Permits and licenses for the installation of the pilot plant:

• A2.1 Adequacy of the facilities to meet the requirements of the Technical Building Code
• A2.2 Guarantee the hygiene, health and environmental protection conditions
• A2.3 External services (water, energy …) for the operation of the pilot plant

C1. Pre-treatment and conditioning of meat waste. Selection of conditions for enzymatic hydrolysis of the protein fraction. Characterization and validation of the protein product:

• C1.1: Selection of conditions for the extraction of animal fat for production biodiesel
• C1.2: Recovery, characterization and validation of the protein fraction obtained as by-product of the animal fat separation process

C2. Manufacturing, scaling (forming) and quality control of the catalyst transesterification

• • C2.1. Powdery Catalyst Manufacturing and Quality Control
  • C2.2. Shaped catalyst fabrication and quality control

C3. Design and construction of the pilot plant

• • • C3.1: Design of the pilot plant
    • C3.2: Construction of the pilot plant

C4. Validation of the technology

• • • C4.1: Biofuel production and process optimization
    • C4.2: Characterization and validation of the biofuels produced
    • C4.3. Characterization, validation and formulation of the protein product produced
    • C4.4: Evaluation and final conclusions

C5. Strategy development to ensure the replicability and transferability of the technology

• • • C.5.1 Feasibility study of the new catalytic process of the LIFE Superbiodiesel project
    • C5.2 Marketing strategies
    • C5.3 Planning and making contacts
    • C5.4 Content development
    • C5.5 Planned / planned activities after project completion

C6. Exploitation & commercialisation plan

• • • C.6.1 Biofuels
    • C.6.2 Biostimulants

D1. Monitoring of the impact of the project through environmental indicators:

• • • D.1.0 Methodology 
    • D.1.1 Carbon footprint monitoring
    • D.1.2 Measurement of the rest of environmental indicators

D2. Monitoring of the impact of the project through socioeconomic indicators:

• • • D.2.1. Socio-economic assessment 
    • D.2.2. Return on investment at the partner level
    • D.2.3. Construction of a simulation model for the techno-economic evaluation of the process in alternative scenarios

E1. Communication & dissemination of results. Networking

• • • E1.1 Communication Plan
    • E1.2 Execution of the determined communication actions 
    • E1.3 Monitoring and follow-up of communication actions. Expected reach 
    • E1.4 Networking (Ongoing)
    • E1.5 Contribution to EU policy making(Ongoing)

F1. Project management

• • • F1.1 Project Management 
    • F1.2 Project progress monitoring (Ongoing)

F2. After Life communication Plan

(Ongoing)