The company specializes in chemical process design and integration, creating synergistic systems that maximize efficiency and minimize waste. Process integration techniques, such as heat integration (using heat exchanger networks), material recycling (purge gas recovery), and utility system optimization (cogeneration of steam and power), are applied to achieve energy savings of 15 - 30%. In a chemical complex design, waste heat from a reformer furnace was used to preheat feedstock for a downstream reactor, reducing natural gas consumption by 2.5 MMscfd. Water integration strategies include water pinch analysis to minimize fresh water usage (recycling 80% of process water), with zero liquid discharge (ZLD) systems for wastewater treatment. Process control integration involves designing hierarchical control systems (basic process control, advanced process control, supervisory control), with data historians (OSIsoft PI) for real-time performance monitoring and optimization.