Les données utilisées dans cet outil proviennent de la base de données OpenIO-Canada, qui est basée sur un modèle Entrée-Sortie étendu à l'environnement (EEIO). Ce modèle combine des données sur les échanges économiques (c'est-à-dire les dépenses) entre divers secteurs de l'économie avec des données environnementales pour estimer les émissions (directes et indirectes) associées à chaque secteur. Il fournit un profil environnemental moyen pour différents secteurs en considérant leurs interactions économiques. Veuillez noter que les résultats fournis par cet outil sont approximatifs et ne représentent que les entreprises de transformation alimentaire situées au Québec. Cet outil est spécifiquement adapté au secteur de la transformation alimentaire uniquement.
Les résultats n'ont aucune valeur légale et ne doivent pas être utilisés à des fins de marketing.
- Scope 1 : Représente les émissions directes provenant des processus (combustion de combustibles, fuites de certaines substances, etc.).
- Scope 2 Représente les émissions indirectes liées à la génération de l'énergie consommée par l'organisation (électricité, vapeur, chaleur ou refroidissement).
- Scope 3 Regroupe toutes les autres émissions indirectes de l'organisation.
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
Optimization of delivery routes and use of electric or hybrid vehicles
Transition from gasoline vehicles to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition the gasoline vehicle fleet to hybrid or electric vehicles, and use electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy.
- Prioritize clean and renewable energy sources whenever possible.
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Optimization of delivery routes and use of electric or hybrid vehicles
- Transition of the gasoline vehicle fleet to hybrid or electric vehicles, use of electric trailers and cranes
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Optimization of nitrogen fertilization: calculate the forecast nitrogen dose, manage fertilization, delay the spring nitrogen application, split the contributions, etc.)
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Optimization of nitrogen fertilization: calculate the forecast nitrogen dose, manage fertilization, delay the spring nitrogen application, split the contributions, etc.)
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Optimization of nitrogen fertilization: calculate the forecast nitrogen dose, manage fertilization, delay the spring nitrogen application, split the contributions, etc.)
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Use more efficient combustion technologies to reduce the amount of fuel needed to produce the same amount of energy
- Prioritize clean and renewable energy when possible
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
How to identify leaks?
- Visual inspection
- Boiling water or soapy water detection
- Nitrogen water detection
- Fluorescent leak detection
- Gas pressure detection
- Halogen lamp detection
- Electronic leak detector
How to properly maintain refrigeration equipment?
- Check the condenser/evaporator
- Service and clean filters
- Clean and blow out coils
- Check condensate drainage
- Inspect electronic circuits
- Control inlet and outlet temperatures
- Check the refrigeration circuit and its tightness
- Functionality test
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
How to identify leaks?
- Visual inspection
- Boiling water or soapy water detection
- Nitrogen water detection
- Fluorescent leak detection
- Gas pressure detection
- Halogen lamp detection
- Electronic leak detector
How to properly maintain refrigeration equipment?
- Check the condenser/evaporator
- Service and clean filters
- Clean and blow out coils
- Check condensate drainage
- Inspect electronic circuits
- Control inlet and outlet temperatures
- Check the refrigeration circuit and its tightness
- Functionality test
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
How to identify leaks?
- Visual inspection
- Boiling water or soapy water detection
- Nitrogen water detection
- Fluorescent leak detection
- Gas pressure detection
- Halogen lamp detection
- Electronic leak detector
How to properly maintain refrigeration equipment?
- Check the condenser/evaporator
- Service and clean filters
- Clean and blow out coils
- Check condensate drainage
- Inspect electronic circuits
- Control inlet and outlet temperatures
- Check the refrigeration circuit and its tightness
- Functionality test
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
How to identify leaks?
- Visual inspection
- Boiling water or soapy water detection
- Nitrogen water detection
- Fluorescent leak detection
- Gas pressure detection
- Halogen lamp detection
- Electronic leak detector
How to properly maintain refrigeration equipment?
- Check the condenser/evaporator
- Service and clean filters
- Clean and blow out coils
- Check condensate drainage
- Inspect electronic circuits
- Control inlet and outlet temperatures
- Check the refrigeration circuit and its tightness
- Functionality test
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
How to identify leaks?
- Visual inspection
- Boiling water or soapy water detection
- Nitrogen water detection
- Fluorescent leak detection
- Gas pressure detection
- Halogen lamp detection
- Electronic leak detector
How to properly maintain refrigeration equipment?
- Check the condenser/evaporator
- Service and clean filters
- Clean and blow out coils
- Check condensate drainage
- Inspect electronic circuits
- Control inlet and outlet temperatures
- Check the refrigeration circuit and its tightness
- Functionality test
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
How to identify leaks?
- Visual inspection
- Boiling water or soapy water detection
- Nitrogen water detection
- Fluorescent leak detection
- Gas pressure detection
- Halogen lamp detection
- Electronic leak detector
How to properly maintain refrigeration equipment?
- Check the condenser/evaporator
- Service and clean filters
- Clean and blow out coils
- Check condensate drainage
- Inspect electronic circuits
- Control inlet and outlet temperatures
- Check the refrigeration circuit and its tightness
- Functionality test
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
How to identify leaks?
- Visual inspection
- Boiling water or soapy water detection
- Nitrogen water detection
- Fluorescent leak detection
- Gas pressure detection
- Halogen lamp detection
- Electronic leak detector
How to properly maintain refrigeration equipment?
- Check the condenser/evaporator
- Service and clean filters
- Clean and blow out coils
- Check condensate drainage
- Inspect electronic circuits
- Control inlet and outlet temperatures
- Check the refrigeration circuit and its tightness
- Functionality test
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
How to identify leaks?
- Visual inspection
- Boiling water or soapy water detection
- Nitrogen water detection
- Fluorescent leak detection
- Gas pressure detection
- Halogen lamp detection
- Electronic leak detector
How to properly maintain refrigeration equipment?
- Check the condenser/evaporator
- Service and clean filters
- Clean and blow out coils
- Check condensate drainage
- Inspect electronic circuits
- Control inlet and outlet temperatures
- Check the refrigeration circuit and its tightness
- Functionality test
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
How to identify leaks?
- Visual inspection
- Boiling water or soapy water detection
- Nitrogen water detection
- Fluorescent leak detection
- Gas pressure detection
- Halogen lamp detection
- Electronic leak detector
How to properly maintain refrigeration equipment?
- Check the condenser/evaporator
- Service and clean filters
- Clean and blow out coils
- Check condensate drainage
- Inspect electronic circuits
- Control inlet and outlet temperatures
- Check the refrigeration circuit and its tightness
- Functionality test
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
How to identify leaks?
- Visual inspection
- Boiling water or soapy water detection
- Nitrogen water detection
- Fluorescent leak detection
- Gas pressure detection
- Halogen lamp detection
- Electronic leak detector
How to properly maintain refrigeration equipment?
- Check the condenser/evaporator
- Service and clean filters
- Clean and blow out coils
- Check condensate drainage
- Inspect electronic circuits
- Control inlet and outlet temperatures
- Check the refrigeration circuit and its tightness
- Functionality test
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
How to identify leaks?
- Visual inspection
- Boiling water or soapy water detection
- Nitrogen water detection
- Fluorescent leak detection
- Gas pressure detection
- Halogen lamp detection
- Electronic leak detector
How to properly maintain refrigeration equipment?
- Check the condenser/evaporator
- Service and clean filters
- Clean and blow out coils
- Check condensate drainage
- Inspect electronic circuits
- Control inlet and outlet temperatures
- Check the refrigeration circuit and its tightness
- Functionality test
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
How to identify leaks?
- Visual inspection
- Boiling water or soapy water detection
- Nitrogen water detection
- Fluorescent leak detection
- Gas pressure detection
- Halogen lamp detection
- Electronic leak detector
How to properly maintain refrigeration equipment?
- Check the condenser/evaporator
- Service and clean filters
- Clean and blow out coils
- Check condensate drainage
- Inspect electronic circuits
- Control inlet and outlet temperatures
- Check the refrigeration circuit and its tightness
- Functionality test
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
How to identify leaks?
- Visual inspection
- Boiling water or soapy water detection
- Nitrogen water detection
- Fluorescent leak detection
- Gas pressure detection
- Halogen lamp detection
- Electronic leak detector
How to properly maintain refrigeration equipment?
- Check the condenser/evaporator
- Service and clean filters
- Clean and blow out coils
- Check condensate drainage
- Inspect electronic circuits
- Control inlet and outlet temperatures
- Check the refrigeration circuit and its tightness
- Functionality test
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
How to identify leaks?
- Visual inspection
- Boiling water or soapy water detection
- Nitrogen water detection
- Fluorescent leak detection
- Gas pressure detection
- Halogen lamp detection
- Electronic leak detector
How to properly maintain refrigeration equipment?
- Check the condenser/evaporator
- Service and clean filters
- Clean and blow out coils
- Check condensate drainage
- Inspect electronic circuits
- Control inlet and outlet temperatures
- Check the refrigeration circuit and its tightness
- Functionality test
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
- Proper maintenance of refrigeration equipment to prevent leaks
- Use of refrigerants with a lower carbon footprint (isobutane, ammonia, CO2, etc.)
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Even though electricity in Quebec is primarily hydroelectric, optimized energy consumption management can help reduce the indirect carbon footprint and promote a more efficient use of resources.
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec’s electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reducing the company’s energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to invest in more expensive energy sources with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
Although the direct impact on GHG emissions from improving the efficiency of electrical systems is limited (the carbon footprint of Quebec's electricity is very low), electricity still plays a key role in the decarbonization of Quebec businesses. Indeed, energy efficiency allows for:
- Reduce the company's energy expenses and improve its financial balance sheet Reducing the company's energy expenses and improving its financial performance
- Freeing up the necessary power for the electrification of heating loads and processes that can be electrified
- Contributing to the reduction of electricity demand to support the electrification of other sectors of the economy (such as transportation)
- Freeing up budget capacity to procure more expensive energy with a lower carbon footprint
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction in quantities of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Reduction of packaging materials
- Prioritization of recyclable, compostable or biodegradable packaging
- Selection of suppliers who use certified materials from renewable or recycled sources
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Purchase of chocolate not from deforestation
- Favor purchases covered by label or certification whenever possible (e.g. Rainforest label or through the Forest Positive Coalition of Action)
- Favor the supply of cocoa from regenerative agriculture
- Substitute rice for oats
- Reduction of losses in the processing plant
- Develop a responsible procurement system in order to work with suppliers and other partners who have objectives to reduce GHG emissions (example: implement a code of conduct integrating GHG inventory requirements, question and raise awareness among suppliers on GHG reduction projects)
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Purchase of Rainforest or FairTrade certified coffee
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Purchase of sustainably sourced fish
- Prioritize purchases covered by labels or certifications whenever possible: MSC, AC, BAP, HACCP.
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Minimize the use of palm oil in the processing phase.
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Sustainable Supplier Selection
- Reduction of losses in the processing plant
- Develop a responsible procurement system to work with suppliers and other partners who have GHG emission reduction goals (example: implement a code of conduct with GHG inventory requirements, question and raise awareness among suppliers about GHG reduction projects).
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Recovery of organic waste (e.g. composting, biomethanization, animal feed, etc.)
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Recovery of organic waste (e.g. composting, biomethanization, animal feed, etc.)
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Recovery of organic waste (e.g. composting, biomethanization, animal feed, etc.)
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Reduce landfilling, reduce greenhouse gases (GHG) and integrate the principles of sustainable development
- Sort residual materials before their elimination for selective landfill.
- Prohibit the landfilling of organic materials as well as materials that can be recycled.
- Limit unnecessary purchases and packaging
- Promote sustainable modes of transportation (carpooling, public transit, cycling, etc.). Examples: install bike racks, provide a shower at the workplace, create a committee to organize carpooling, etc.
- Encourage remote work. Example: implement a remote work policy for all employees.
- Promote sustainable modes of transportation (carpooling, public transit, cycling, etc.). Examples: install bike racks, provide a shower at the workplace, create a committee to organize carpooling, etc.
- Encourage remote work. Example: implement a remote work policy for all employees.
- Promote sustainable modes of transportation (carpooling, public transit, cycling, etc.). Examples: install bike racks, provide a shower at the workplace, create a committee to organize carpooling, etc.
- Encourage remote work. Example: implement a remote work policy for all employees.
- Promote sustainable modes of transportation (carpooling, public transit, cycling, etc.). Examples: install bike racks, provide a shower at the workplace, create a committee to organize carpooling, etc.
- Encourage remote work. Example: implement a remote work policy for all employees.
- Promote sustainable modes of transportation (carpooling, public transit, cycling, etc.). Examples: install bike racks, provide a shower at the workplace, create a committee to organize carpooling, etc.
- Encourage remote work. Example: implement a remote work policy for all employees.
- Promote sustainable modes of transportation (carpooling, public transit, cycling, etc.). Examples: install bike racks, provide a shower at the workplace, create a committee to organize carpooling, etc.
- Encourage remote work. Example: implement a remote work policy for all employees.
- Promote sustainable modes of transportation (carpooling, public transit, cycling, etc.). Examples: install bike racks, provide a shower at the workplace, create a committee to organize carpooling, etc.
- Encourage remote work. Example: implement a remote work policy for all employees.
- Promote sustainable modes of transportation (carpooling, public transit, cycling, etc.). Examples: install bike racks, provide a shower at the workplace, create a committee to organize carpooling, etc.
- Encourage remote work. Example: implement a remote work policy for all employees.
- Promote sustainable modes of transportation (carpooling, public transit, cycling, etc.). Examples: install bike racks, provide a shower at the workplace, create a committee to organize carpooling, etc.
- Encourage remote work. Example: implement a remote work policy for all employees.