Industrial circular economy
Transforming flows into strategic resources.
Circularity becomes industrial when it guarantees material quality, volumes, market outlets, and measurable performance.
Moving from waste processing to organizing production loops.
The industrial circular economy connects producers, processors, users, regions, and research. It starts with actual flows and technical requirements to build solutions capable of operating over the long term.
SGI assesses resource pools, processes, applications, and economic conditions to identify the most robust pathways.
Areas of work
Conditions for robust circularity
Flows
Characterizing resource streams
Origin, consistency, volumes, seasonality, and logistical constraints.
Quality
Defining the usable material
Specifications, quality control, traceability, and stability.
Processes
Selecting the transformation method
Preparation, separation, purification, and scaling up.
Markets
Securing applications
Certification, competitiveness, market outlets, and contractual agreements.
Territories
Organizing synergies
Land use, energy, infrastructure, and local cooperation.
Measurement
Quantifying results
Material indicators, impacts, value creation, and progress.
SGI Method
From observation to industrial loop
An available flow or a material need?
Present the territory, the resource, and the intended use.
