Control Valve Sizing | Part 1 | Process Design Engineering | Chemical Engineering | PAYO'S Academy скачать в хорошем качестве

Control Valve Sizing | Part 1 | Process Design Engineering | Chemical Engineering | PAYO'S Academy

Control Valve Sizing | Part 1 | Basics, Types, Actuators, ATO & ATC | Process Design Engineering | Chemical Engineering | PAYO'S Academy Master control valve sizing, types of valves, actuators, and control strategies (ATO & ATC) in chemical process design engineering. This is Part 1 of the Control Valve series by PAYO'S Academy, ideal for chemical engineering students, process engineers, and freshers to understand valve fundamentals, sizing calculations, and process control applications in EPC, FEED, and DDE projects. In this video, you will learn: Basics of control valves, valve types, and working principles Overview of actuators: pneumatic, hydraulic, and electric Understanding ATO (Air to Open) and ATC (Air to Close) operations How to size valves correctly for chemical plant processes Practical examples from industrial chemical plants, refineries, and process systems Common interview questions on control valves, actuators, and valve sizing This Control Valve series equips process engineers, mechanical engineers, and plant designers to select, size, and implement control valves efficiently, ensuring process safety, optimization, and compliance. Who Should Watch: ✔ Chemical engineering students ✔ Freshers preparing for process control and valve-related interviews ✔ Professionals in chemical plants, EPC projects, or process operations ✔ Anyone aiming to become a skilled process engineer or control systems engineer At PAYO'S Academy, we provide industry-focused tutorials, practical examples, Excel-based calculations, and step-by-step guidance to make you confident in control valve sizing, selection, and process design engineering. #ControlValveSizing #ControlValves #ProcessDesignEngineering #ChemicalEngineering #ValveActuators #ATO #ATC #ProcessEngineer #ChemicalProcessDesign #PAYOSAcademy #EPCProjects