International industrial services provider Bilfinger has secured a major contract, as part of a consortium, to support bp’s upcoming green hydrogen electrolyzer facility in Lingen, Germany. The project, with a planned capacity of 100 megawatts (MW), will be bp’s largest green hydrogen plant so far and its first fully owned and operated hydrogen facility, Chemical Industry Digest reported.
Once operational, the plant is expected to produce up to 11,000 tonnes of green hydrogen each year, strengthening Germany’s clean energy network. The facility will operate entirely on renewable electricity to ensure low-carbon hydrogen production, with commissioning currently targeted for 2027. The hydrogen produced will be supplied to industrial customers through Germany’s hydrogen core network, while a portion will be used at bp’s nearby refinery to manufacture lower-emission fuels.
Bilfinger will oversee a wide range of engineering and construction tasks, drawing on its experience in hydrogen projects. Its responsibilities include the prefabrication and assembly of piping systems, installation of plant components, thermal and cold insulation works, and HVAC system installation.
At the peak of construction, more than 200 Bilfinger specialists are expected to be deployed on-site to support efficient execution. By delivering multiple services under a single contract, the company aims to streamline installation activities and help shorten overall project timelines.
Bilfinger Group CEO Thomas Schulz said the company is pleased to support bp in advancing its hydrogen initiative and to contribute to the development of Germany’s hydrogen infrastructure. He described the collaboration as an important step in Bilfinger’s strategy to strengthen efficiency and sustainability.According to the press release, the Lingen project represents a significant milestone for both companies. It expands bp’s green hydrogen capacity while reinforcing Bilfinger’s role in energy transition infrastructure. As Europe increases investment in hydrogen, projects such as this are expected to help decarbonise industry, lower emissions, and build a more resilient clean energy supply chain.
