- Health and safety of workers in the supplier network.
- Securing accurate chemical data from suppliers.
- Overproduction and waste due to fluctuating demand.
- Ensuring compliance with the Modern Slavery Act 2015.
PCH International
Greenhouse gas emissions & sustainability report data
In its 2020 reporting, PCH International disclosed greenhouse gas emissions of 1.1K metric tons of CO2. By scope: Scope 2: 1.1K metric tons of CO2. Figures are as stated in the company's own report and may use different boundaries, units or methods (for example market-based vs location-based Scope 2), so compare with care.
GHG Emissions
1.1K metric tons of CO2
2020
Water Usage
5.2K tons
2020
Waste
5.2K tons
2020
Energy Use
1.3M kWh
2020
📊 Emissions by Scope (2020)
| Scope | What it covers | Reported value |
|---|---|---|
| Scope 2 | Indirect emissions from purchased electricity, steam, heat and cooling. | 1.1K metric tons of CO2 |
New to scopes? Read Scope 1, 2 and 3 emissions explained and market-based vs location-based Scope 2.
✅ Reported Environmental Achievements
- All PCH package designs now undergo full LCAs, which are also being rolled out across our product design activities.
- 60% Reduction in Volume of D2C carton
- 41% reduction in CO2e from packaging changes
🎯 Climate & Sustainability Targets
🔜 Short-term
- Achieve triple-bottom line performance within and across our organization.
- Achieve strong multi-stakeholder engagement.
📅 Medium-term
- Lead customers in their objective to become ‘net zero’ by providing cross-platform hardware services that create shared value and deliver world-class sustainability performance.
- Develop enhanced sustainability offering for PCH customers.
🔭 Long-term
- Implement ESG Performance across the organization, meet all customer ESG requirements and lead customers where ESG is not yet part of their criteria.
🌱 ESG Focus Areas
Employee development and engagementDiversity and inclusionHealth and safetyChemical and safety managementEnergy managementSupplier qualification and developmentWaste minimizationChemicalsMaterialsManufacturing processesSustainable product and packaging designEnd of life