Skip to content

Facilities & Operations

This guide explains how to use Carbon GPT to effectively measure, manage, and reduce emissions from your organization's facilities and operations (primarily Scope 1 and 2).

Understanding Facilities & Operations Emissions

  • Definition and scope of facilities and operations emissions
  • Key emission sources in different facility types
  • Operational boundaries and organizational structure
  • Regulatory requirements and reporting obligations

Emission Sources Inventory

Stationary Combustion

  • Boilers and furnaces
  • Generators and backup power
  • Process heating equipment
  • Other fuel-burning equipment

Mobile Combustion

  • Company-owned vehicles
  • Leased vehicles
  • Off-road equipment
  • Refrigerant leakage from mobile equipment

Process Emissions

  • Manufacturing processes
  • Chemical reactions
  • Industrial processes
  • Waste treatment

Fugitive Emissions

  • Refrigerant leakage from HVAC systems
  • Gas leaks
  • Fire suppression systems
  • Other unintentional releases

Purchased Energy

  • Electricity consumption
  • Steam, heating, and cooling
  • Renewable energy certificates (RECs)
  • Power purchase agreements (PPAs)

Data Collection Strategies

Utility Data Management

  • Setting up utility bill tracking
  • Automated data collection
  • Managing multiple facilities
  • Normalizing for weather and production

Direct Measurement

  • Submetering and monitoring systems
  • IoT sensors and real-time data
  • Calibration and maintenance
  • Data validation protocols

Activity Data Collection

  • Fuel consumption tracking
  • Refrigerant management
  • Process inputs monitoring
  • Operational parameters

Calculation Methodologies

Emission Factors Selection

  • Location-based vs. market-based methods
  • Source-specific emission factors
  • Grid emission factors
  • Global warming potentials (GWPs)

Calculation Approaches

  • Fuel-based calculations
  • Activity-based calculations
  • Direct measurement approaches
  • Hybrid methodologies

Reduction Strategies

Energy Efficiency

  • Building envelope improvements
  • HVAC optimization
  • Lighting upgrades
  • Equipment efficiency

Fuel Switching

  • Electrification opportunities
  • Low-carbon fuel alternatives
  • Renewable natural gas
  • Hydrogen and other alternatives

Renewable Energy

  • On-site renewable generation
  • Renewable energy procurement
  • Energy storage solutions
  • Virtual power purchase agreements

Operational Optimization

  • Building management systems
  • Preventive maintenance
  • Behavioral changes
  • Scheduling and load management

Implementation with Carbon GPT

Facility Setup

  • Adding facilities to Carbon GPT
  • Setting organizational boundaries
  • Defining operational control
  • Facility categorization

Data Management

  • Manual data entry workflows
  • Bulk upload capabilities
  • Data quality checks

Monitoring and Reporting

  • Real-time dashboards
  • Facility benchmarking
  • Performance tracking
  • Regulatory reporting

Case Studies

  • How a commercial real estate company reduced emissions by 40%
  • Manufacturing facility's approach to process emissions
  • Retail chain's energy efficiency program

Implementation Roadmap

  1. Facility inventory and boundary setting
  2. Emission sources identification
  3. Data collection system implementation
  4. Baseline calculation
  5. Reduction opportunity assessment
  6. Implementation planning
  7. Ongoing monitoring and improvement