Recycling industrial waste heat for sustainable district heating: a multi-actor perspective

Mixing and transportation of hydrogen via the natural gas network in Rozenburg

Flexible Coproduction of Hydrogen and Power Using Internal Reforming Solid Oxide Fuel Cells System

Scenario Analysis to Assist Brisbane Transport in Achieving 2026 Patronage and Clean-Air Targets

Flexible Coproduction of Hydrogen and Power Using Internal Reforming SOFC System

Case study Rozenburg, Introducing Hydrogen in the Natural Gas Grid. Part of the Gas (VG2) Project

Trends in Emission Standards and its Implications for Bus Fleet Management: Technology Assessment for Brisbane Transport

Trends in Emission Standards for Public Transport Buses: How Low should they go

Conceptual Design Of A Hythane Based Infrastructure System For Combined Power And District Heat Production

Conceptual Design Of A Hythane Based Infrastructure System For Combined PowerAand District Heat Production

Integrated conceptual design of a robust and reliable waste-heat district heating system

Transition towards a Greener Energy System: Hydrogen based fuel for Transport

An Analytical Approach to Correlating World Development Indicators

A Multi-Actor Analysis and Modelling Approach

The Hydrogen Economy ¿ Potential & Reality

Sustainable District Heating System: A Multi-Actor Perspective

Flexible C0-Production of Hydrogen and Power using Internal Reforming SOFC System

Robust conceptual design of a residual industrial waste-heat district heating system

Actionable Solutions to Tackle Future Energy Uncertainties

Robust Conceptual Design of a Residual Industrial Waste-Heat District Heating System