+
Hydrogen-Powered Machines Demonstrate Low-Emission Construction Site
Equipment

Hydrogen-Powered Machines Demonstrate Low-Emission Construction Site

Liebherr, MAN and Daimler Truck have jointly demonstrated a low-emission construction site at a gravel plant near Munich, where all deployed machines were powered by hydrogen engines. The test deployment, initiated under the Hydrogen Engine Alliance, showcased how hydrogen can serve as an efficient, robust and largely CO₂-free alternative for demanding construction and logistics applications.

The operation featured a Liebherr L 566 H large wheel loader working alongside a production-ready MAN hTGX truck and a hydrogen-powered development vehicle based on the Mercedes-Benz Arocs from Daimler Truck. All three machines successfully handled intensive earthmoving and material transport tasks, delivering performance comparable to diesel-powered equipment while significantly reducing emissions.

According to Liebherr, the hydrogen-powered wheel loader can operate a full shift and be refuelled within 10–15 minutes, enabling seamless integration into existing construction workflows. MAN and Daimler Truck highlighted that the hydrogen engines offer familiar driving behaviour, quiet operation and suitability for long ranges and heavy loads.

The demonstration underlines that low-emission construction sites are already achievable in practice. However, wider adoption will depend on the development of a comprehensive hydrogen infrastructure and competitive hydrogen pricing across Europe.

Liebherr, MAN and Daimler Truck have jointly demonstrated a low-emission construction site at a gravel plant near Munich, where all deployed machines were powered by hydrogen engines. The test deployment, initiated under the Hydrogen Engine Alliance, showcased how hydrogen can serve as an efficient, robust and largely CO₂-free alternative for demanding construction and logistics applications.The operation featured a Liebherr L 566 H large wheel loader working alongside a production-ready MAN hTGX truck and a hydrogen-powered development vehicle based on the Mercedes-Benz Arocs from Daimler Truck. All three machines successfully handled intensive earthmoving and material transport tasks, delivering performance comparable to diesel-powered equipment while significantly reducing emissions.According to Liebherr, the hydrogen-powered wheel loader can operate a full shift and be refuelled within 10–15 minutes, enabling seamless integration into existing construction workflows. MAN and Daimler Truck highlighted that the hydrogen engines offer familiar driving behaviour, quiet operation and suitability for long ranges and heavy loads.The demonstration underlines that low-emission construction sites are already achievable in practice. However, wider adoption will depend on the development of a comprehensive hydrogen infrastructure and competitive hydrogen pricing across Europe.

Next Story
Infrastructure Urban

India Expands Semiconductor Training To 500 Institutions

Under the Chips to Startups programme of the India Semiconductor Mission, the Union minister responsible for Railways, Information and Broadcasting, and Electronics and IT reported notable progress in talent development. He indicated that over the past four years substantial steps have been taken towards a 10-year target of training 85,000 engineers in semiconductor design. World-class EDA tools have been deployed in 315 academic institutions across the country to provide students with practical exposure to chip design. These EDA tools are supported by leading global firms and are accessible t..

Next Story
Infrastructure Urban

Delhi Institutions Support India Semiconductor Mission

The Government of India has prioritised talent development through training, upskilling and workforce development under the Chips to Startups initiative of the India Semiconductor Mission, with officials noting progress in four years towards a 10-year target of training 85,000 engineers in semiconductor design. Electronic design automation tools provided by Synopsys, Cadence, Siemens, Renesas, Ansys and AMD have been deployed in 315 academic institutions, enabling students to gain practical chip design experience. Chips have been fabricated and tested at the Semiconductor Laboratory, Mohali, a..

Next Story
Infrastructure Urban

NHA Announces Winners Of NHCX Hackathon At IIT Hyderabad

The National Health Authority (NHA) has concluded the NHCX Hackathon under the Ayushman Bharat Digital Mission (ABDM) to stimulate innovation around the National Health Claims Exchange (NHCX). The winning teams presented their solutions at the NHCX Innovation Meet held at IIT Hyderabad during a two-day event in March 2026 that also served as the hackathon grand finale. The hackathon itself ran from 22 to 28 February 2026 and aimed to accelerate paperless, transparent claims processing across India. The event was organised with a range of ecosystem partners, including the Insurance Regulatory a..

Advertisement

Subscribe to Our Newsletter

Get daily newsletters around different themes from Construction world.

STAY CONNECTED

Advertisement

Advertisement

Advertisement