Hovione

Greenhouse gas emissions & sustainability report data

📊 Latest report period: 2019-2020🗂️ Report periods on file: 2019-2020, 2017-04 to 2019-03

In its 2019-2020 reporting, Hovione disclosed greenhouse gas emissions of 65.2K tCO2e/year (2020). By scope: Scope 1: 20.2K tCO2e/year (2020); Scope 2: 7.4K tCO2e/year (2020); Scope 3: 37.7K tCO2e/year (2020). 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
65.2K tCO2e/year (2020)
2019-2020
⚡
Renewable Energy
53% (2020)
of total energy
💧
Water Usage
534.0K m3/year (2020)
2019-2020
♻️
Waste
18.3K tons/year (2020)
2019-2020
⚙️
Energy Use
431.9K GJ/year (2020)
2019-2020

📊 Emissions by Scope (2019-2020)

ScopeWhat it coversReported value
Scope 1Direct emissions from sources the company owns or controls (fuel combustion, company vehicles, process and fugitive emissions).20.2K tCO2e/year (2020)
Scope 2Indirect emissions from purchased electricity, steam, heat and cooling.7.4K tCO2e/year (2020)
Scope 3Other indirect emissions across the value chain (purchased goods, business travel, use of sold products, etc.).37.7K tCO2e/year (2020)

New to scopes? Read Scope 1, 2 and 3 emissions explained and market-based vs location-based Scope 2.

📈 Emissions by Report Period

Report periodHeadline emissions figure reported
2019-202065.2K tCO2e/year (2020)
2017-04 to 2019-0374.6K tCO2e/year (2018)

Each row is the headline figure extracted from a different report; scope coverage and methodology can change between years.

✅ Reported Environmental Achievements

🌱 ESG Focus Areas

Governance and Business EthicsLegal and ComplianceCommunity EngagementEnergy and ClimateWaste and Circular EconomyWater ManagementInclusion, Diversity, and Non-DiscriminationSafetyWellbeingTalent ManagementInnovation and R&DSupply Chain ManagementProduct Safety, Quality and Supply

⚠️ Challenges & Risks +

  • Climate Change
  • Increased disparities and augmented social fragmentation due to Covid-19 pandemic.
  • High water physical quantity risk for Loures and New Jersey facilities due to climate change.
  • Solvent intensive API manufacturing processes.

📋 Report Information

Reporting Period: 2019-2020
Frameworks: GRI