SciTransfer
Organization

INSTITUT SYMLOG

French research SME specializing in risk governance, societal acceptance, and safe-by-design frameworks for emerging technologies across energy, nano, and environmental domains.

Research consultancy SMEsocietyFRSME
H2020 projects
5
As coordinator
0
Total EC funding
€920K
Unique partners
101
What they do

Their core work

Institut Symlog is a Paris-based research SME specializing in risk governance, societal acceptance, and safety assessment of emerging technologies. Their core contribution to EU projects is analyzing the social, ethical, and regulatory dimensions of complex technical domains — from radioactive waste disposal to nanomaterials and CO2 storage. They bridge the gap between technical development and public trust, providing risk frameworks, safe-by-design methodologies, and science-policy analysis that help consortia address the human side of technology deployment.

Core expertise

What they specialise in

Risk governance and societal acceptanceprimary
4 projects

Central theme across SITEX-II (radioactive waste governance), InsSciDE (science diplomacy), SAbyNA (safe-by-design), and PilotSTRATEGY (societal acceptance of CO2 storage).

Nanomaterial safety and safe-by-designprimary
2 projects

NanoFASE studied nanomaterial fate in the environment; SAbyNA developed risk assessment tools and safe-by-design approaches for nano-enabled products.

Science diplomacy and policy analysissecondary
1 project

InsSciDE explored the intersection of science, diplomacy, and European policy across themes including environment, health, heritage, and security.

CO2 geological storage assessmentemerging
1 project

PilotSTRATEGY (2021-2026) is their most recent and highest-funded project, focused on CO2 storage pilot characterization and risk frameworks.

Evolution & trajectory

How they've shifted over time

Early focus
Environmental risk governance
Recent focus
Safe-by-design and RRI

In their early H2020 period (2015-2017), Symlog focused on environmental risk and governance of established hazards — radioactive waste disposal (SITEX-II) and nanomaterial environmental fate (NanoFASE). From 2017 onward, their work shifted decisively toward proactive safety frameworks: safe-by-design methodologies for nanomaterials (SAbyNA), science-policy interfaces (InsSciDE), and societal acceptance of energy transition technologies (PilotSTRATEGY). The recent keyword profile — dominated by terms like safe-by-design, risk assessment, hazard assessment, and RRI (Responsible Research and Innovation) — confirms a clear move from studying risks after the fact to designing safety into technologies from the start.

Symlog is moving toward proactive safety governance and responsible innovation frameworks, making them increasingly relevant for any consortium that needs to address regulatory compliance, public acceptance, or safe-by-design requirements in emerging technology projects.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European23 countries collaborated

Symlog operates exclusively as a project participant, never as coordinator, which is consistent with their role as a specialist contributor embedded in larger technical consortia. With 101 unique partners across 23 countries in just 5 projects, they consistently join large, diverse consortia rather than small focused teams. This broad network and specialist positioning means they are easy to integrate — they bring a defined competence (risk governance, societal dimensions) without competing with the technical leads.

Despite only 5 projects, Symlog has collaborated with 101 distinct partners across 23 countries, reflecting their participation in large pan-European consortia. Their network spans widely across the EU with no obvious geographic concentration beyond their French base.

Why partner with them

What sets them apart

Symlog occupies a distinctive niche as a research SME that specializes in the societal and governance dimensions of technical projects — an expertise that is required in many Horizon Europe calls but difficult to source. Unlike larger social science institutes, they are a small, agile SME that can embed into technical consortia without bureaucratic overhead. Their cross-domain experience (nuclear, nano, CO2 storage, diplomacy) means they can apply risk governance and responsible innovation frameworks to virtually any emerging technology domain.

Notable projects

Highlights from their portfolio

  • PilotSTRATEGY
    Their largest-funded project (EUR 298K) and most recent, addressing CO2 geological storage — a high-priority energy transition topic running until 2026.
  • SAbyNA
    Demonstrates their core safe-by-design expertise with practical tools for industry to develop safer nanomaterials, directly linking regulation with product development.
  • InsSciDE
    Unusual topic for a technical research SME — science diplomacy across environment, health, security, and space — revealing their breadth in science-society interfaces.
Cross-sector capabilities
Energy — societal acceptance and risk frameworks for CCS and energy transitionManufacturing — safe-by-design assessment for nanomaterials and advanced materialsEnvironment — environmental risk and fate assessment of emerging contaminantsSecurity — governance frameworks for dual-use technologies and nuclear waste
Analysis note: Profile based on 5 projects with moderate keyword data. The early projects (SITEX-II, NanoFASE) lack keywords, so the evolution analysis relies partly on project titles and descriptions. No website available for verification. The connecting thread across diverse topics — risk governance and societal dimensions — is inferred from project themes and keyword patterns rather than explicitly stated in the data.