CSIR Technology Portal
CSIR Technology Portal

 Technology Profile

Title:

CLI-Mate: A Unified Digital platform for Carbon footprint assessment for Leather Industry (CU) and waste treatment systems (ETP/CETP)

Value Proposition:

A unified digital platform for accurate carbon footprint assessment and decarbonisation planning in leather manufacturing and associated waste treatment systems, enabling industries to identify carbon hotspots, improve sustainability performance, and support ESG compliance.

Summary Application:
  • Carbon footprint assessment for leather manufacturing units.
  • Carbon emission quantification for Common Effluent Treatment Plants (CETPs) and Effluent Treatment Plants (ETPs).
  • Identification of process-wise carbon hotspots and emission reduction opportunities.
  • Decarbonisation planning and sustainability benchmarking.
  • Environmental reporting and ESG compliance support.
  • Scenario-based analysis for carbon reduction strategies.
  • Carbon accounting for industrial clusters, brands, and leather supply chains.
Advantages:
  • Sector-specific platform developed exclusively for leather manufacturing and waste treatment systems.
  • Provides unit-operation level carbon accounting and hotspot identification.
  • Integrates production processes, ETP/CETP operations, waste management, renewable energy, and carbon credit modules into a single platform.
  • Enables data-driven decarbonisation planning and sustainability decision-making.
  • Low hardware dependency, making deployment cost-effective and scalable.
  • Suitable for individual tanneries, industrial clusters, CETPs, brands, and supply chains.
  • Subscription-based deployment model enables continuous updates and support.
Tech. Readiness Level:
CSIR-Central Leather Research Institute
CSIR-Central Leather Research Institute[CSIR-CLRI]
:  director[at]clri[dot]res[dot]in
:91-44-24912150
:https://www.clri.org
Industrial Applications: Bioinformatics [Biological Science] Leather,Textiles and Related items Applications [Leather,Textiles and Related Items] Real time [Computers and Electronic Data Processing] Software [Computers and Electronic Data Processing]
Other IPR(s): Copyright Reference No -086CR2025