Skip to main content

Bilfinger commissioned by Clariant to support construction of biofuels plant in Romania

Published by , Editor
Hydrocarbon Engineering,

Bilfinger has been commissioned by the Swiss specialty chemical company Clariant to deliver EPCM (engineering, procurement, overall project and construction management) services for the construction of their commercial-scale cellulosic ethanol production plant using Clariant’s sunliquid® technology in southwest Romania.

Bilfinger commissioned by Clariant to support construction of biofuels plant in Romania

“We are proud to support our long-standing customer Clariant in the construction of this groundbreaking plant that will contribute to the large-scale production of sustainable fuels”, said Jorg Gerritsen, Project Director of Bilfinger Tebodin. “With our extensive network and expertise in design, engineering, procurement and construction management, we ensure the timely and efficient execution of this major project.”

While the COVID-19 pandemic continues to present a challenging situation, the team was able to ensure that work on the construction site continues while fully complying with all pandemic precautionary regulations as established by the Romanian authorities.

"Over the past months, several milestones have been reached on the construction site while also achieving the installation of the majority of large key equipment. This puts us on track to complete the construction by the end of 2021, after which start-up and production will commence. We are proud to see already the substantial benefits that our investment is bringing to the Podari region and look forward to see its impact increase further once the plant is fully staffed and operating at full capacity", said Christian Librera, Vice President and Head of Business Line Biofuels and Derivatives at Clariant.

An international team at Bilfinger Tebodin of around 130 experts from the Netherlands, the Czech Republic, Romania, and Ukraine is working on the project. The team has realised the complete process design in one digital platform. Centralising all data makes the planning of the plant more efficient, e.g. as it considerably speeds up design reviews.

For the spatial design, Bilfinger Tebodin is combining various software packages. The 3D model of the plant is extended to a 4D model that includes time planning, making it possible to optimise the sequence of the individual construction phases. Bilfinger Tebodin is also assisting Clariant in procuring materials and services. Furthermore, the team manages and supervises the construction works.

Once operational, the plant will process around 250 000 t of locally sourced wheat straw per year into 50 000 t of cellulosic ethanol. This is an advanced, sustainable, and carbon-neutral biofuel that can readily be blended into conventional fuel and be used in today’s car infrastructure. Clariant’s sunliquid plant will use co-products from the process for the generation of energy with the goal of making the plant independent from fossil energy sources.

Image courtesy of Clariant

Read the article online at:

You might also like


Embed article link: (copy the HTML code below):