In today's industrial landscape, the efficient separation of gases and the precise separation of gas-liquid mixtures are indispensable processes. These technologies have a profound impact on various industries, especially in the context of Air Separation Unit (ASU) plants . This blog post delves into the world of gas separation technologies and gas-liquid separation techniques, exploring their applications, innovations, and significance within ASU plants. 1. Gas Separation Technologies: Evolving Efficiency Gas separation technologies have undergone a remarkable evolution, driven by the growing demand for high-purity gases in industries ranging from healthcare to manufacturing. Traditionally, cryogenic distillation was the go-to method for gas separation, but today, innovative techniques like Pressure Swing Adsorption (PSA) and membrane separation have taken the center stage. PSA Technology : PSA technology uses specialized adsorbents to selectively capture gases, al...