Group Activity: Analysis and Interpretation of MSPO GHG Emission Report #
Activity Title: GHG Emission Analysis and Baseline Determination Using MSPO GHG Calculator Report
Activity Purpose #
This group activity aims to develop participants’ competency in interpreting and analysing greenhouse gas (GHG) emission results generated from the MSPO GHG Calculator. Participants will evaluate emission performance, assess whether the current result can be used as a GHG baseline, and identify opportunities for GHG emission reduction in accordance with MSPO reporting and sustainability improvement requirements.
This activity will use the MSPO GHG Emission Accounting Report as a reference example, where emission results include total emission, emission per hectare, emission per product, and emission sources distribution such as purchased energy and transportation.
Activity Objectives #
Upon completion of this activity, participants will be able to:
- Understand and interpret GHG emission results generated from the MSPO GHG Calculator.
- Analyse emission intensity indicators such as emission per hectare and emission per metric tonne of product.
- Evaluate whether the current GHG result represents optimized operational performance.
- Determine the suitability of the current result to be declared as a GHG baseline.
- Identify practical opportunities to reduce GHG emissions at the operating unit level.
Activity Instructions #
Step 1: Review of GHG Emission Report #
Each group shall refer to their own GHG Emission Accounting Report generated from the MSPO GHG Calculator.
The report typically contains:
- Total GHG emission (Tonne CO₂/year)
- Emission per hectare (T CO₂/Ha)
- Emission per product (T CO₂/MT product)
- Breakdown of emission sources (e.g., purchased energy, transportation, fertilizer, etc.)
- Emission reduction contributions (if applicable)
Step 2: Analysis of Emission Performance #
Each group shall analyse and summarize their GHG emission result by addressing the following:
a. Emission Profile Analysis
Identify and summarize:
- Total GHG emission
- Emission intensity per hectare
- Emission intensity per metric tonne of product
- Major emission contributors (Scope 1 and Scope 2)
Explain which operational activities contribute most to GHG emissions.
b. Evaluation of Emission Optimization
Each group shall evaluate:
- Whether the current emission result is optimized based on current operational practices
- Whether emission intensity is considered reasonable, high, or requires improvement
- Justification based on operational activities such as fuel usage, electricity consumption, fertilizer use, and transportation
Provide explanation supported by emission data.
c. Determination of GHG Baseline
Each group shall determine whether the current year result can be declared as a GHG baseline.
The justification shall consider:
- Reliability and completeness of activity data
- Accuracy of calculation and emission factors
- Whether the operational condition represents normal operational year
- Whether the result can serve as a reference point for future comparison
Explain and justify the decision clearly.
d. Identification of Opportunities for GHG Reduction
Each group shall identify practical improvement opportunities to reduce GHG emissions, based on:
- Emission per hectare (kg CO₂/Ha)
- Emission per product (kg CO₂/MT product)
Potential improvement areas may include:
- Reduction of fuel consumption
- Improvement of transportation efficiency
- Optimization of electricity consumption
- Adoption of renewable energy
- Improvement of operational efficiency
Each opportunity must include justification and expected impact.
Expected Output #
Each group shall present their findings including:
- Summary of GHG emission result
- Analysis of major emission sources
- Evaluation of emission optimization
- Determination of GHG baseline status with justification
- Identification of improvement opportunities for emission reduction
Learning Outcome #
At the end of this activity, participants will be able to interpret MSPO GHG emission reports, evaluate emission performance, determine baseline emissions, and identify practical opportunities for GHG reduction. This competency is essential for supporting MSPO GHG monitoring, reporting, continuous improvement, and compliance with MSPO sustainability requirements.