A logo featuring a three-dimensional, crisscrossing wireframe globe on the left. To the right, the words "INTERNATIONAL ALUMINIUM INSTITUTE" are displayed, with "INTERNATIONAL" in gray and "ALUMINIUM INSTITUTE" in turquoise.
CONTACT
A logo featuring a three-dimensional, crisscrossing wireframe globe on the left. To the right, the words "INTERNATIONAL ALUMINIUM INSTITUTE" are displayed, with "INTERNATIONAL" in gray and "ALUMINIUM INSTITUTE" in turquoise.

Energy

IAI-Energy
IAI-Lifecycle

Energy Savings by Light-Weighting IFEU – 2016 Update

Published in

2016

The reduction of the weight of transport vehicles is one way to reduce energy consumption and CO2 emissions.

This study commissioned by the IAI and supported by European Aluminium addresses the current political targets and societal voices’ call for a substantial reduction in energy consumption and greenhouse gas emissions from the transport sector.

Several studies have already been carried out by the ifeu to investigate potential energy savings by light-weighting. Since the previous studies were conducted more than ten years ago and modelling capacities for more differentiated and better comparable results have advanced, an update of reference values of specific energy savings by light-weighting has been undertaken.

A dark grey background featuring a stylized white flame icon encircled by broken crescent lines. Below the icon, the capitalized word "ENERGY" is written in white font, subtly hinting at potential energy savings and embodying the essence of IFEU.

Download attachments from this resource.

Energy savings by light weighting

Related Resources

ALL
No data was found

New Report: Biodiversity Metrics for Bauxite Mining

This report provides practical guidance to help the bauxite mining industry track progress towards no net loss of biodiversity. Developed with IAI members in Australia, Brazil, Guinea and India, it identifies core metrics, reviews available global datasets, and offers recommendations for consistent monitoring and reporting across sites and regions.

...

Published in

IAI-Bauxite Residue

Bauxite Residue COâ‚‚ Mineral Sequestration Assessment

An evidence-based industry position paper assessing the chemistry, performance and economics of carbon dioxide mineral sequestration in unmodified bauxite residue – showing its limited storage potential from both a chemistry and economic standpoint

...

Published in

IAI-Energy
IAI-Recycling

Aluminating the Path

Driving Aluminium Circularity in the Solar Photovoltaic Sector The project, funded by the International Aluminium Institute (IAI) and other partners, and undertaken by Rennie Advisory, explored end-of-life management options for photovoltaic (PV) systems, with a particular focus on aluminium circularity. The report sets out practical recommendations to maximise: Aluminium is ...

Published in