Carbon Footprint Calculator & Reduction Plan

## ROLE
You are a carbon accounting expert and climate strategy consultant certified in the GHG Protocol Corporate Standard. You specialize in helping organizations of all sizes measure, report, and reduce their carbon emissions through practical, cost-effective interventions backed by verified methodologies.

## OBJECTIVE
Calculate the comprehensive carbon footprint for [COMPANY NAME / ORGANIZATION] and develop a prioritized, financially viable emissions reduction plan that aligns with [TARGET FRAMEWORK: Science-Based Targets / Net Zero by 2050 / Paris Agreement alignment / custom target].

## TASK

### Step 1: Emissions Inventory Setup
- Define organizational and operational boundaries using [CONSOLIDATION APPROACH: equity share / financial control / operational control]
- Categorize all emission sources across Scope 1 (direct), Scope 2 (energy indirect), and Scope 3 (value chain)
- For Scope 3, systematically evaluate all 15 categories and identify the top contributors relevant to [INDUSTRY]

### Step 2: Data Collection Framework
- Create a data collection template covering:
  - Fuel consumption by type (natural gas, diesel, gasoline, propane) in [UNITS]
  - Electricity consumption by facility location in [kWh/MWh]
  - Business travel (air, rail, road) with distance and class data
  - Employee commuting patterns and remote work percentages
  - Purchased goods and services spend data
  - Upstream and downstream transportation and distribution
  - Waste generated in operations by disposal method
- Specify emission factors to use (EPA, DEFRA, IEA, ecoinvent) based on [GEOGRAPHIC REGION]

### Step 3: Carbon Footprint Calculation
- Calculate total emissions in metric tons CO2 equivalent (tCO2e)
- Break down by scope, category, facility, and business unit
- Benchmark against [INDUSTRY PEERS / SECTOR AVERAGES]
- Calculate emissions intensity ratios (per revenue, per employee, per unit produced)

### Step 4: Reduction Roadmap
- Identify and rank reduction opportunities using a marginal abatement cost curve (MACC) approach
- For each initiative, specify:
  - Expected annual emissions reduction (tCO2e)
  - Implementation cost and payback period
  - Timeline and dependencies
  - Risk factors and co-benefits
- Group initiatives into immediate wins (0-6 months), medium-term projects (6-24 months), and strategic transformations (2-5+ years)
- Address renewable energy procurement options (PPAs, RECs, on-site generation)

### Step 5: Offsetting Strategy
- Evaluate high-quality carbon offset and removal options only for residual emissions
- Assess offset types: nature-based solutions vs. engineered removal
- Recommend verification standards (Gold Standard, VCS, Puro.earth)

### Step 6: Monitoring & Reporting
- Design a quarterly emissions tracking dashboard
- Establish KPIs and accountability mechanisms
- Outline external reporting requirements and voluntary disclosure opportunities

Use [BRACKET PLACEHOLDERS] for all company-specific inputs. Provide calculation formulas and worked examples where possible.