Bilfinger Turbo Blading, formerly Stork Turbo Blading, has been supplying customers in the energy market for over 80 years. These customers include all major OEMs, independent service companies, and end-users. The experience, qualifications, and enthusiasm of our team for developing demanding products form a solid foundation for successful cooperation with our clients. The company is proud to be a technological leader in numerous areas. For example, they contribute to solutions that support their customers' success.
Mission
Bilfinger strives to be the leading global provider of knowledge-based Asset Integrity services in the Oil & Gas, Mining, Chemical, and Power sectors. Its mission is to reduce risks for its clients, ensure safety, and improve performance. With innovative solutions and services, they help clients improve their business results throughout the entire asset lifecycle.
Bilfinger has two large factories for turbine components, one in the Netherlands (Sneek) and one in the United States (Ithaca NY). The company specializes in the production of turbine blades and components for thermal/nuclear steam turbines and compressor blades for gas turbines.
Way of life
At Bilfinger, corporate social responsibility and sustainable business practices are a ‘way of life.’ They play a central role in all activities and form one of the fundamental principles for our world-class knowledge-based asset integrity management services. The company provides these services to businesses in the Oil & Gas, Chemical, and Power sectors, as well as other major industries, enabling them to perform optimally. As a consultant, Bilfinger has earned the trust of international companies. Therefore, while optimizing assets and ensuring uninterrupted production, the company also ensures compliance with all environmental standards. Stork makes optimal use of resources and minimizes waste. Additionally, it possesses the necessary skills, knowledge, and experience to help its clients reduce their environmental impact and make their organizations more energy-efficient.