Chemical engineering bridges chemistry, physics, and mathematics to design processes that convert raw materials into useful products at scale. From petroleum refining to pharmaceutical manufacturing, chemical engineers optimize reactions, separations, heat transfer, and fluid flow to maximize yield while minimizing cost, energy, and environmental impact.
The discipline emerged in the late 19th century when the chemical industry needed engineers who could scale laboratory reactions to factory-size operations. Today, chemical engineers work at the forefront of sustainability, designing processes for carbon capture, green hydrogen, biodegradable plastics, and next-generation batteries.
These simulations let you explore the core unit operations of chemical engineering: distillation columns that separate mixtures, heat exchangers that manage thermal energy, reactors that drive chemical transformations, mixing vessels that homogenize fluids, and catalyst systems that accelerate reactions without being consumed.