Environmental and Social Sustainability

Sustainability is embedded in our design philosophy, in the materials we select, and in the solutions we deliver.

Targeted Plant Design

  • High-efficiency plant layouts that reduce fuel consumption and CO₂ emissions at the source
  • Optimized process engineering to minimize energy losses, pressure drops, and unnecessary recirculation
  • Integration of high-efficiency and low-emission technologies such as advanced turbines, burners, and waste heat recovery systems
  • Reduction of flaring and venting through improved process control, reliability, and system integration
  • Design for flexibility, enabling future upgrades, hybrid configurations, and compatibility with evolving fuels and regulations
  • Robust and reliable systems that reduce unplanned shutdowns, waste generation, and operational emissions

Low-Emission and Sustainable Materials

  • Selection of materials with lower embodied carbon, where technically and operationally feasible
  • Optimized structural and mechanical design to reduce overall material quantities without compromising safety
  • Preference for durable materials that extend equipment and plant lifetime, reducing replacement needs
  • Use of modular and prefabricated components to limit waste, transport emissions, and on-site activities
  • Design solutions that support recycling, reuse, and responsible end-of-life management

People’s Wellbeing

  • Safety-driven design that minimizes exposure to hazardous areas and high-risk operations
  • Ergonomic layouts and equipment to reduce physical strain and improve operability
  • Reliable systems that limit emergency interventions and reduce operational stress
  • Design measures to reduce noise, heat, and environmental discomfort in working areas
  • Plant layouts that simplify maintenance, inspections, and daily activities over the entire lifecycle