Climate Change Mitigation: Energy Efficiency
Climate Change Mitigation: Low-Carbon Transport
Climate Change Mitigation: Renewable Energy
Climate Change Mitigation: Low-Carbon Products Or Processes
Climate Change Adaptation/Resiliency: Stormwater And Floods
Climate Change Adaptation/Resiliency: Heat Stress Mitigation
Climate Change Adaptation/Resiliency: General Actions
Inform employees on daily energy-saving habits and use of installed energy-efficient equipment
Conducting an energy audit and implementing key recommendations
Replacing conventional lighting with LED systems (which are supported by an official energy label or other reliable standard) and installing motion or daylight sensors in appropriate areas
Replace older electronic appliances with more energy-efficient appliances such as printers, computers, monitors and servers, compressors, pumps, kitchen appliances
Installing smart energy meters, monitoring dashboards, and battery storage to enable efficient energy use
Upgrading building insulation and windows, or applying reflective coatings to improve thermal efficiency
Optimising or retrofitting energy-intensive equipment (e.g. compressors, HVAC, ovens) to reduce peak energy use
Installing heat recovery systems to capture and reuse waste heat from production or building processes
Enhance employee awareness of the company's GHG emissions in order to ensure internal alignment on the prioritisation of actions to be implemented
Use energy-efficient server solutions or moving to cloud-based services hosted in data centres powered by renewable energy
Providing low-emission infrastructure or incentives for employee's daily commuting (e.g. e-bike storage, public transport passes, remote work options)
Replacing company vehicles and machinery (e.g. forklifts) with electric or low-emission alternatives and providing on-site EV charging
Implementing route optimisation for company fleets and logistics operations to reduce fuel consumption (e.g. reduce employee’s business air travel, switch from air freight to sea freight)
Switching to a renewable energy provider or signing a long-term green power purchase agreement (PPA) or a Guarantee of Origin (GO)
Installing on-site renewable energy sources, such as rooftop solar panels (PV) and energy storage systems or participating in a renewable energy cooperative
Using heat pumps or connecting to district heating systems to reduce reliance on fossil-fuel heating
Replacing high-GWP refrigerants with low-impact alternatives and installing electronic refrigerant leak detectors
Integrating low-emission materials or processes into production (e.g. water-based coatings, green chemistry, circular inputs)
Installing flood barriers or mobile gates and sealing basement walls in floodprone areas
Elevating critical equipment and retrofitting buildings with sump pumps and backflow valves
Training staff on heat stress risks and adaptation measures
Allowing flexible working hours, and monitoring workplace heat conditions
Installing shading structures and cool roofs to reduce indoor temperatures
Improving ventilation and thermal insulation to maintain indoor comfort during heatwaves
Preparing for wildfires, windstorms, or hurricanes by securing infrastructure and maintaining fire-resistant landscaping
Sourcing products from suppliers that are exposed to few climate risks or from those that have taken actions to reduce their exposure to climate related risks - thus increasing overall value chain resiliency and reducing supply chain disruption risks
Diversifying suppliers and logistics channels to reduce vulnerability to climate disruptions
Developing multi-risk emergency response plans and conducting employee training
Restoring ecosystems and greening operational sites to buffer climate-related risks (e.g. to act as nature-based infrastructure for stormwater and flood prevention)
Manage the financial consequences of physical climate risks when it materialise, consider purchasing climate risk insurance to protect assets from physical climate impacts