Development of applications to calculate the carbon footprint of high-capital equipment maintenance activities

Context

Maintenance of high-capital assets, like compressors, turbines, or generators, is critical for ensuring availability and safety in the energy sector. These activities consume resources, involve travel, and use materials that generate greenhouse gas emissions. Most organizations currently lack standardized tools to quantify the carbon footprint for maintenance, limiting progress toward decarbonization and ESG reporting goals.

Opportunity

Develop a digital tool to calculate, analyze, and report the carbon footprint of maintenance activities on high-capital assets. This would improve visibility and traceability of indirect emissions, identify reduction opportunities, optimize maintenance processes, and support corporate sustainability targets.

What are we looking for

Digital solutions, such as web or mobile applications, analytics platforms, or integrated systems, that automatically collect maintenance, energy, logistics, and material data to estimate the carbon footprint of each intervention. Tools should generate ESG-compliant reports, provide comparative indicators, and integrate with existing asset and sustainability management systems.

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