Artificial intelligence, machine learning, digital twins, etc. are making their way into the construction industry. For what benefits and application? Find out through the example of ORIS Materials Intelligence.

All roads lead to the Paris Agreement!

The first step in tackling today's climate challenges is to measure a construction product's environmental footprint, in particular its carbon footprint. Using a life cycle assessment (LCA) offers an in-depth analysis to target.

The challenge of designing sustainable roads lies in the multitude of factors that need to be considered and overcome. One of the crucial aspects is the selection of construction materials, as they play a vital role in the.

A UK Case Study: During the initial design stage of a 1.6 km link-road for the UK's Major Road Network, AECOM hired ORIS to optimise pavement design, taking into account environmental impact and maintenance needs. Using ORIS’s.

ORIS proudly took part in the hybrid webinar hosted by the Asian Development Bank on April 25, 2023 dedicated to building a Climate Responsive Road Sector. The event brought together the first deputy chairman of the Committee of.

When it comes to infrastructure construction, carbon accounting might seem intangible and even unnecessary. But thinking about the future, it is a fundamental variable when planning infrastructure construction work. Let’s take a.

Delivery of construction materials on project sites is time sensitive. The fastest delivery allows for the best quality of materials. The shortest delivery time ensures an overall lower cost and carbon footprint. Increased fuel.

Road construction has a heavy impact on the environment, due to large natural resource consumption, massive carbon emissions and uncontrolled maintenance requirements at short or medium term. With ORIS Materials Intelligence,.