WHERE ARE WE NOW?
A CONSTANTLY UPDATED PICTURE OF THE STATE OF PROGRESS OF BIANCHI INDUSTRY’S SUSTAINABLE TRANSITION
CIRCULAR ECONOMY
ECO-SUSTAINABLE PACKAGING: SWITCHING TO REGENERATED POLYSTYRENE
Use of regenerated polystyrene to package our products.
Goals:
To reduce the use of virgin polystyrene for product packaging by 95%.
DismissREUSE
ECO-SUSTAINABLE PACKAGING:
REUSE
Reuse activities of packaging used internally; introduction of ‘returnable packaging’ logic with suppliers.
DismissINVOLVEMENT IN THE RIVENDING PROJECT
Installation of RiVending stations in our headquarters to promote the recycling of plastic cups, stirrers and bottles.
Goals:
To save 6.2 g of CO2 for every cup disposed of via RiVending.
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AN INCREASE IN PRODUCT ENERGY CLASS
Identification of the improvements to be made to products in order to increase their energy class and reduce consumption
Goals:
To increase the energy class of existing products.
ChiudiCARBON FOOTPRINT
CARBON FOOTPRINT
Measurement of Bianchi Industry’s direct and indirect emissions to determine the carbon footprint relating to scope 1, scope 2 and scope 3, according to the GHG protocols
DismissDIGITALISATION AND REDUCTION IN PAPER USE
- Implementation of software for digitalising company operational processes
- Implementation of management software for expense reports
- Digitalisation of documentation produced for active and passive cycles
RENEWAL OF THE CAR POLICY
Modification of the company car policy to prioritise the purchase of hybrid or full-electric vehicles to reduce the emissions generated by the company fleet.
Goals:
To reduce the emissions of CO2 generated by the company fleet.
DismissENERGY EFFICIENCY
ZINGONIA PHOTOVOLTAIC SYSTEM
Photovoltaic system at the Zingonia production plant.
Goals:
Dimension: 450 kWp
Surface area: 3500 m2
Annual CO2 savings: 300 tons
Installation date: September 2022
CO2 saved in 2022: 60.7 tons.
LATINA PHOTOVOLTAIC SYSTEM
Photovoltaic system at the Latina production plant.
Goals:
Dimension: 450 kWp
Surface area: 2100 m2
Annual CO2 savings: 400 tons
Installation date: May 2023.
TORINO PHOTOVOLTAIC SYSTEM
Photovoltaic system at the Torino production plant.
Goals:
Energy produced: 85043 kWh/year
Coverage requirement F1: 72%
Annual CO2 saving: 25 tons
Installation date: June 2024
IMPROVING THE ENERGY EFFICIENCY OF INDUSTRIAL MACHINERY
Implementation of tools to monitor the use of power-hungry machinery for a consequential improvement in operational efficiency in order to reduce energy consumption.
Goals:
Monthly savings in machine use: 2800 hours
Monthly savings in kWh: 30 thousand kWh
Annual savings in kWh: 360 thousand kWh
Annual savings in CO2: 241.2 tons.
IMPROVING THE EFFICIENCY OF HEATING, VENTILATION AND ILLUMINATION SYSTEMS
Implementation of a centralised management system for heating, illumination and ventilation systems.
Goals:
To reduce energy consumption related to illumination.
Reduce natural gas consumption related to heating.
CERTIFICATION
ISO 50001 CERTIFICATION
Obtaining of ISO 50001 certification through implemented monitoring and energy efficiency actions.
Goals:
To certify awareness in energy use.
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