Climate Change Data

Owen Mumford Pharmaceutical Services

Climate Impact & Sustainability Data (2020)

Reporting Period: 2020

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

  • Environmental Sustainability
  • Sustainable Manufacturing
  • Sustainable Design

Environmental Achievements

  • Reduced packaging volume by favoring sealed trays instead of pouches
  • Reduced the number of components in packaging
  • Exploring faster degrading plastics
  • Optimizing logistics to reduce energy consumption
  • Using more easily recyclable plastics (renewable polyethylene and PET)
  • Implementing closed-loop recycling schemes
  • Adopting clean renewable energy sources
  • Investigating materials and additives to reduce energy required for processing
  • Using bio-based materials to offset carbon emissions during processing

Social Achievements

  • Not disclosed

Governance Achievements

  • Not disclosed

Climate Goals & Targets

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

Environmental Challenges

  • Tension between recycling/reuse and the single-use disposable culture for patient and healthcare worker safety
  • High waste and energy consumption in the healthcare sector
  • Approximately 90% of medical device waste consists of disposable, one-time-use products
  • Safety standards often prevent reduction of disposable components
  • High cost of product sterilization and reprocessing
  • Environmental unsustainability of some sterilization methods (glutaraldehyde and ethylene oxide)
  • Challenges in using biodegradable materials (need for catalysts, batch-to-batch variation)
Mitigation Strategies
  • Implementing recycling initiatives
  • Optimizing manufacturing processes (reduced water and energy use, logistics optimization, reduced polluting chemicals)
  • Sustainable design principles (considering product lifecycle, material selection, energy efficiency, environmental impact, recycling)
  • Adopting less toxic sterilization methods (hydrogen plasma)
  • Designing minimum disposable units within reusable shells
  • Focusing on creating simple, repeatable interfaces between disposable and reusable components
  • Improving ease of disassembly for recycling
  • Optimizing device size and packaging to reduce waste and transport impact
  • Harmonizing raw materials and production methods to save cost and waste

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

  • Packaging with reduced volume and components
  • Use of faster degrading plastics
  • Use of more easily recyclable plastics

Awards & Recognition

  • Not disclosed