Creating Growth that Matters

EING’s refuse-derived fuel (RDF) solutions from ANDRITZ are setting new standards for waste-to-energy processes.

At AMAG in Austria, a new ANDRITZ line delivers flawless aluminum strip while cutting energy, water, and chemical use – proof that premium quality and sustainability can advance together. 

On Vienna’s Donauinsel – better known for cycling paths, beaches, bars, and summer festivals – an entirely different kind of infrastructure works quietly in the background. 

EING’s refuse-derived fuel (RDF) solutions from ANDRITZ are setting new standards for waste-to-energy processes.

How a family-owned firm built the country's largest kraft pulp mill and a fully integrated pulp and tissue production complex – and turned it into a sustainable, fossil-free powerhouse – in record time. 

How ANDRITZ’s Reject Treatment System reduces water use, saves space, and simplifies mill operations. Insights from ANDRITZ senior experts and leading paper producers.

At AMAG in Austria, a new ANDRITZ line delivers flawless aluminum strip while cutting energy, water, and chemical use – proof that premium quality and sustainability can advance together. 

A partnership between ArcelorMittal and ANDRITZ has revolutionized how vehicle components are made, combining innovation with precision to deliver lighter, safer, stronger, and more sustainable parts.

The new surface treatment line for high-quality aluminum surfaces has been handed over to the customer. This line produces a wide range of special and decorative surface products for applications in architecture, consumer electronics, and the automotive industry, including trim parts and tread plates.

How Morocco’s Abdelmoumen pumped storage plant turns wind and sun into reliable power – with ANDRITZ technology at its core.

Tucumã and Feijó substations

Mozambique, Cahora Bassa

On Vienna’s Donauinsel – better known for cycling paths, beaches, bars, and summer festivals – an entirely different kind of infrastructure works quietly in the background. 

The fuel of the future is an ongoing debate, but e-methanol has emerged as one of the early frontrunners. Despite being a synthetic fuel, e-methanol is becoming a backbone of industrial sustainability efforts, bridging the critical gap between renewable energy generation and hard-to-abate end-use sectors such as shipping that depend on liquid fuels and chemicals.

To restrict global warming to a maximum of 1.5°C as stated in the Paris Agreement, the global emissions would need to be reduced by 43% by 2030 and net zero reached by 2050. We at ANDRITZ see that reaching this goal calls for more than just promises. It requires resilient infrastructure, strong investments, and robust industrial execution. Only through these actions can solutions, like capturing biogenic CO₂, be turned into profit and become true game changers in reaching the climate targets.