Imagine a bustling fuel terminal where every loading and unloading operation releases clouds of hydrocarbon vapors into the air. These vapors, while invisible, contain compounds like benzene and toluene, which contribute to smog  and respiratory issues. Without intervention, every tanker load would add to the harmful emissions that affect both our health and the environment.  
In a world that increasingly prioritizes sustainability, companies dealing with volatile organic compounds (VOCs) face a dilemma: how can they reduce harmful emissions while still meeting operational needs? How can they contribute towards Sustainability & quickly achieve their aggressive Net Zero Targets? 

Enter Vapor Recovery Units (VRUs) - the unsung heroes working tirelessly to capture and reclaim vapors before they escape into the atmosphere. VRUs are sophisticated assemblies, using activated carbon, liquid-ring vacuum systems, and advanced membranes to capture nearly 99.9% of hydrocarbons. 
Through precise engineering & automation, these systems not only capture emissions but also recycle them, converting vapors back into usable liquid fuel. This efficiency brings a tangible benefit to companies, allowing them to reclaim product, reduce tax liabilities, and, most importantly, meet stringent environmental standards.  
In Europe, directives like EC94/63 have pushed the implementation of VRUs, with phased requirements ensuring that even smaller terminals install these units. In India, terminals must comply to Environment Protection Act (Protection Rules 1986). The VRUs' design, featuring explosion-proof valves, temperature monitoring, and detonation arrestors, makes them robust and safe, even in volatile conditions.
SIMATIC S71500R System along with ET200SP I/O system, WinCC v8.0 and TIA portal V19 for efficient engineering is offered as a standardised solution for VRUs.