HORIZON-HLTH-2026-01-ENVHLTH-01

Our team has vast experience in social sciences and sustainability assessments, so our company could contribute with the following activities:

Social and Stakeholder Awareness: Blue Synergy will create a strategy for stakeholders and related social actors to become aware of the goals and solutions of the project, as well as to increase their understanding of the matters that the project deals with.

Societal Challenges Capacity Building: Blue Synergy will create, deliver and evaluate a series of capacity building workshops with authorities and other stakeholders, to increase their level of understanding on the social challenges surrounding the topics of the project.

Clustering and Networking: Blue Synergy will create a clustering and networking strategy that will include joint events, joint communications and technical collaboration around common topics, among other activities. Additionally, Blue Synergy will seek to socialize the project with related EU initiatives.

Additionally, the team can provide integrated sustainability assessment support for climate–health interventions, through the execution of the following activities:

Life Cycle Assessment (LCA) will be used to quantify cradle-to-grave environmental impacts of technologies, services and care pathways, including greenhouse gas emissions, resource use and pollution profiles.

Life Cycle Costing (LCC) will complement LCA by tracking all relevant costs over the full life cycle of interventions, from investment and operation to maintenance and end-of-life.

Techno-Economic Assessment (TEA) will link process engineering and cost modelling to evaluate the economic performance and scalability of emerging climate–health solutions at different technology readiness levels.

Social Life Cycle Assessment (S-LCA) will examine potential social risks and benefits along the value chains of key interventions, covering issues such as working conditions, access to services, equity implications and community impacts

Circularity assessments will focus on material and resource flows, identifying opportunities to extend product lifetimes, improve reuse and refurbishment, and close loops for critical materials, water and energy

Ecosystem services monetization will be used, where data and methods are sufficiently mature, to translate changes in ecosystem functions (such as heat regulation, air purification, flood protection or mental health benefits of green space) into economic terms.