This role centers on driving the energy transition within a heavy industrial setting. You will analyze complex chemical processes and utilities—such as steam and cooling systems—to uncover efficiency gains. Beyond analysis, you will take ownership of translating high-level Net Zero objectives into practical engineering projects, managing them from initial concept through to physical realization on-site.
Working for a global chemicals leader means your engineering decisions directly influence the decarbonization of a carbon-intensive sector. By implementing pinch analyses and process electrification, you contribute to a tangible reduction in global industrial emissions. This position bridges the gap between theoretical sustainability reporting and the hard engineering required to make circularity and carbon neutrality a reality in large-scale manufacturing.
This suits someone who possesses a solid technical foundation in chemical engineering and thrives on solving thermodynamic puzzles. You should be a pragmatic problem-solver who enjoys working between the data-heavy world of ISO 50001 and the practical realities of industrial CAPEX projects.