Climate Change Data

Aberdeen Group

Climate Impact & Sustainability Data (2015)

Reporting Period: 2015

Environmental Metrics

Total Carbon Emissions:Not disclosed
Scope 1 Emissions:Not disclosed
Scope 2 Emissions:Not disclosed
Scope 3 Emissions:Not disclosed
Renewable Energy Share:Not disclosed
Total Energy Consumption:Not disclosed
Water Consumption:Not disclosed
Waste Generated:Not disclosed
Carbon Intensity:Not disclosed

ESG Focus Areas

  • Sustainability

Environmental Achievements

  • Decreased energy, wastewater, and % to landfill expenses year-over-year for Leaders.
  • Leaders saw a 14% decrease in total energy consumption, a 15% decrease in total wastewater costs, and a 5% decrease in % to landfill (year-over-year, normalized for identical production levels).

Social Achievements

  • Achieved 99% production compliance (Leaders), compared to 92% for Followers.
  • Reduced total cost of quality (Leaders) across prevention, assurance, internal failure, and external failure costs compared to Followers.

Governance Achievements

  • Not disclosed

Climate Goals & Targets

Long-term Goals:
  • Not disclosed
Medium-term Goals:
  • Not disclosed
Short-term Goals:
  • Not disclosed

Environmental Challenges

  • Rising operational costs
  • Production efficiency
  • Product quality
  • Sustainability-related costs (energy, water, wastewater)
  • Improving repeatability and decreasing variations in production processes
  • Measuring the Return on Investment (ROI) for sustainability initiatives
  • Competition for resources for sustainability initiatives
  • Getting buy-in across the organization for sustainability initiatives
  • Compliance with government regulatory requirements (FSMA, HACCP, GFSI, FSIS, etc.)
Mitigation Strategies
  • Focus on production efficiency, product quality and safety, and sustainability costs.
  • Implementation of Lean and Six Sigma methodologies.
  • Automated data collection for real-time visibility into operations.
  • Use of standardized KPIs across the enterprise.
  • Statistical analysis of data (SPC, FMEA).
  • Aligning quality initiatives to support proven industry standards.
  • Integrating quality results directly into production systems.
  • Automated workflows to manage non-conformance and recall events.
  • Factoring sustainability into operational decision-making.
  • Collecting sustainability data in a single repository and providing it to key decision-makers.
  • Connecting sustainability information with production data.
  • Regular audits to provide visibility into operational performance.
  • Formation of cross-functional teams for continuous improvement.
  • Implementation of Lean, Six Sigma, and other continuous improvement techniques.
  • Formal process to dynamically incorporate best practices.
  • Use of enterprise systems (ERP, QMS, MES, SCM).

Supply Chain Management

Supplier Audits: Not disclosed

Responsible Procurement
  • Not disclosed

Climate-Related Risks & Opportunities

Physical Risks
  • Not disclosed
Transition Risks
  • Not disclosed
Opportunities
  • Not disclosed

Reporting Standards

Frameworks Used: Null

Certifications: Null

Third-party Assurance: Not disclosed

UN Sustainable Development Goals

  • Not disclosed

Not disclosed

Sustainable Products & Innovation

  • Not disclosed

Awards & Recognition

  • Not disclosed