Jaguar Land Rover

Greenhouse gas emissions & sustainability report data

πŸ“Š Latest report period: 2012-04 to 2013-03πŸ—‚οΈ Report periods on file: 2012-04 to 2013-03

In its 2012-04 to 2013-03 reporting, Jaguar Land Rover disclosed greenhouse gas emissions of 334.2K tonnes/year (manufacturing). 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.

πŸ’¨
GHG Emissions
334.2K tonnes/year (manufacturing)
2012-04 to 2013-03
πŸ’§
Water Usage
1.2M m3/year (manufacturing)
2012-04 to 2013-03
♻️
Waste
18.3K tonnes/year (manufacturing)
2012-04 to 2013-03
βš™οΈ
Energy Use
1.2M MWh/year (manufacturing)
2012-04 to 2013-03

βœ… Reported Environmental Achievements

🎯 Climate & Sustainability Targets

πŸ”œ Short-term

  • Reduce CO2 emissions from our UK manufacturing to 0.84 tonnes per vehicle produced
  • Reduce water use in manufacturing to 3.12 m3 per vehicle produced
  • Reduce waste to landfill from manufacturing operations to 4.77 kg per vehicle produced

πŸ“… Medium-term

  • All Jaguar Land Rover sites and strategic supply chain facilities are resilient to climate change impacts
  • Water use per vehicle produced is 30% lower than the 2007 baseline
  • Achieve zero waste to landfill at product development facilities

πŸ”­ Long-term

  • All Jaguar Land Rover sites and strategic supply chain facilities are resilient to climate change impacts
  • Jaguar Land Rover operations are carbon neutral (through renewable energy and offsetting)
  • Zero waste across our operations
  • Sustainability criteria are applied in all sourcing decisions
  • Improve the lives of 10 million people worldwide

🌱 ESG Focus Areas

Environmental InnovationSustainable ProductsSustainable OperationsOur PeopleGlobal CSR

⚠️ Challenges & Risks +

  • Increased energy consumption and related emissions due to increased production volumes
  • Increased waste generated by manufacturing operations due to increased production and substantial construction work
  • Increased water use in manufacturing due to higher production volumes
  • Growing customer base in emerging markets increasing distances for product transport
  • Balancing the need to source high-quality and affordable components from emerging markets with the costs and environmental implications of longer transport distances

πŸ“‹ Report Information

Reporting Period: 2012-04 to 2013-03
Frameworks: GRI