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Research Results

Browse interactive studies from across the network.

Showing 29 of 29 studies
PARIS REINFORCE

PARIS REINFORCE

6 studies
NDC ASPECTS

NDC ASPECTS

5 studies
IAM COMPACT

IAM COMPACT

8 studies
IAM COMPACT IAM COMPACT

Post-Glasgow targets

A global analysis of pre-Glasgow policies, NDCs, and net-zero targets with a focus on regional feasibilities

Economy-wideGlobal

  • NDCs
  • Net zero
  • Multi-model
IAM COMPACT IAM COMPACT

Comparison of Fit-for-55 Policy and Cost Optimal Scenarios for the EU

Τhree models were included to compare Fit-for-55 to cost optimal scenarios: two global IAMs, GCAM and TIAM-Grantham, and one global energy model PROMETHEUS.

Economy-wideEU

  • Fit for 55
  • Multi-model
  • NDCs
  • +1
IAM COMPACT IAM COMPACT

Enhancing renewable energy system metrics

This study utilises energy system model EnergyPLAN, as well as the IAMs MARIO and WILIAM to assess EU's energy security and resilience.

Energy supplyEU

  • Resilience & security
IAM COMPACT IAM COMPACT

Implications of EU steel industry relocation

This study utilises three IAMs, one sectoral bottom-up model and one Input – Output (I/O) model to asses the implications of potential EU steel industry relocation to other world regions because of high energy and CO2 prices in the EU.

IndustryEU

  • Steel
  • Trade
  • Multi-model
  • +3
IAM COMPACT IAM COMPACT

Cost of capital evolution effects on regional mitigation pathways

The study uses two well-established IAMs (GCAM, TIAM) and highlights the importance of examining how realistic financing costs and perceived investment risks might evolve over time.

Energy supplyGlobal

  • Investment & finance
  • Cost of capital
  • NDCs
  • +1
IAM COMPACT IAM COMPACT

Behavioural changes for climate policy

Leveraging the GCAM and WILLIAM IAM models to explore the economic implications of behavioral changes and social innovations, within the context of the energy transition

Economy-wideEU

  • Behavioural change
  • NDCs
IAM COMPACT IAM COMPACT

Tech-constrained EU pathways to net zero

The study assesses EU's low-carbon transition pathways by implementing disruptions from geopolitical events and technological limitations. Study uses the well-established IAMs GCAM, PROMETHEUS and TIAM.

Economy-wideEU

  • Resilience & security
  • Net zero
  • Multi-model
  • +1
IAM COMPACT IAM COMPACT

DEMO – Tech-constrained EU pathways

Showcase copy of the IAM COMPACT tech-constrained study: how limits on renewables, biomass and CCS change the EU's route to net zero, across three models.

Economy-wideEU

  • Carbon capture & storage
  • Bioenergy
  • Net zero
  • +2
DIAMOND

DIAMOND

1 study
ENCLUDE

ENCLUDE

3 studies
DECIPHER

DECIPHER

1 study
TRANSIENCE

TRANSIENCE

6 studies
TRANSIENCE TRANSIENCE

Circularity in EU passenger cars

Circular economy measures in passenger cars and their effect on EU steel trade and import dependence.

IndustryTransportEU

  • Steel
  • Circular economy
  • Trade
  • +1
TRANSIENCE TRANSIENCE

Circularity in EU plastic packaging

Circular economy measures in PET packaging and their effects on EU polymer demand, trade flows, and import dependence.

IndustryEU

  • Plastics
  • Circular economy
  • Trade
  • +1
TRANSIENCE TRANSIENCE

Circularity in the German chemical industry

Chemical recycling of plastic waste and its effects on fossil feedstock dependence, industrial resilience, and competitiveness in Germany.

IndustryGermany

  • Chemicals
  • Plastics
  • Circular economy
  • +1
TRANSIENCE TRANSIENCE

Industrial decarbonisation in the Basque Country

Modelled decarbonisation pathways for the glass, pulp and paper, and cement industries in the Basque Country, and their shared reliance on electricity and biomass.

IndustrySpain

  • Cement
  • Glass
  • Pulp & paper
  • +1
TRANSIENCE TRANSIENCE

Decarbonising the Polish cement sector

Modelled decarbonisation pathways for the cement sector in the EU27 and Poland, focusing on the impacts of carbon transport and storage infrastructure.

IndustryEUPoland

  • Cement
  • Carbon capture & storage
  • Investment & finance
  • +1
TRANSIENCE TRANSIENCE

Decarbonising the Port of Rotterdam

A deep decarbonisation pathway for the Rotterdam petrochemical cluster and its impacts on climate, human toxicity, and critical material demand across the global supply chain.

IndustryNetherlands

  • Chemicals
  • Critical raw materials
  • Life-cycle impacts
EU-CHINA BRIDGE

EU-CHINA BRIDGE

1 study