Table 2

Practical application of the conceptual framework

EconomicSocialEnvironmental
Project ownerGeneration and redistribution of economic value
Supply chain sustainability, evaluation of the SDGs compliance of all the suppliers
Fighting active and passive corruption
Shareholder and supplier continuous engagement
Employment of local suppliers where possible, only 5% foreign suppliers
Substitution of disposable and polluting components of the asphalt, to reduce future maintenance cost while reducing the environmental impact
Research, development and innovation, smart mobility and viability monitoring
Continuity for Heavy Good Vehicles from different businesses, interventions planning to reduce the economic impact of the stoppages
Job creation
Engagement with local communities and continuous update of the group’s stakeholder map
Road safety and crisis management
Cybersecurity
Connectivity between different regions served by the highway
Workplace safety, also required to suppliers
Human rights due diligences, identifying impacts and risks
Human capital safeguard: transparent processes, equal opportunities, fighting discrimination
Collaboration with public entities (hospitals, education, police, sport organizations, NGOs) for scholarships, awareness initiatives and training Reputation and relationship with media
Improvement of energy efficiency, employment of more sustainable lighting technologies
Climate change management and mitigation of the impact of floods, drought and heat
Pursuing decarbonization, reaching 100% of renewable energy purchased
Increase in use of recyclable material, reducing the percentage of non-recyclable material on the total
Biodiversity safeguard and reduction of animal deaths on the motorway
Mitigation of the impact of noise pollution on people and on the environment at large
Monitoring of the GHG emissions of Scope 1, 2 and 3
Waste management and management of hazardous waste
Project teamImpacts of construction sites on viability and HGV traffic
Job creation on the territory
Production of renewable energy on motorway facilities
Territorial competitiveness, enhancing the aggregation of businesses
Increase the attractiveness of the businesses network
Reduction of time stuck in traffic and of the related economic cost
Road safety, adaptation of emergency lanes and prevention of car crashes
Safeguard of health of citizens and communities
Promotion of stakeholder engagement
Promotion of cultural, historical and architectural sites
Quality of life improvement
Biodiversity and habitat safeguard, regeneration of natural elements
Adoption of circular economy practices
Minimizing carbon footprint, especially for Scope 1 and 2 emissions and embodied carbon
Minimization of land use and quality of land used, limit impermeabilization
Mitigation of noise and vibration impact
Mitigation of the impacts from the drainage systems and water contamination
Sustainability of construction material
PublicImproved connectivity with industrial areas and harbors (Mestre, Marghera)
Fair economic compensation for compulsory purchases
Optimization of construction sites times, to reduce the impact on mobility
Local job creation
Positive impact on production (direct, indirect and induced) and related income
Avoid a steep increase in tolls, which would reduce the economic benefits of the intervention
Minimization of impact on territories which already had major construction sites Protection of architectural sites
Continuous dialogue with local authorities to enhance information exchange
Safety of junctions
Improve connectivity with secondary road network and Pedemontana Veneta
Coherence of the intervention with sustainable mobility and smart working
Minimization of noise pollution
Minimization of the reduction of air quality with the widening of the motorway
Minimize land use, especially in protected agricultural areas (vineyards)
Mitigation of pollution
Safeguard of water resources
Avoiding land contamination
Source(s): Authors’ own work

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