What Are Process Engineering Design Services and What Are the Benefits?
Process engineering design services are becoming increasingly critical for projects related to the chemical industry, such as pharmaceuticals, specialty manufacturing plants, and food processing. These services include P&ID design and drafting services, distillation column design services, and other process engineering design tasks. With the help of these specialized services, companies can ensure that their projects are well-designed and compliant with industry regulations. Moreover, they can also guarantee that their processes run smoothly and efficiently.
Am3D Piping Design offers process engineering services for various chemical processes. We accept projects regardless of the stage of completion – from existing P&IDs to simply having a process description.
Chemical engineering design services can be broken down into various sub-specialties, such as process engineering design, plant engineering design, and facilities engineering. Using a project management approach, chemical engineers can take charge of an entire project from the initial concept to its successful completion. They can also enlist the help of specialized chemical engineers to bring different perspectives and expertise to their projects.
A chemical engineer is someone who has a bachelor’s degree in chemical engineering and typically performs research in order to further the knowledge of their profession. The salary for a chemical engineer can vary depending on where they are employed, with starting salaries averaging around $65,000 per year. Professionals who are not engineers or scientists usually hold a Ph.D or M.D., and may work as a chemist or biologist in industrial settings or as an academic researcher at universities. The work of mechanical engineers typically comes into contact with moving machines and systems that have some form of energy associated with them (e.g.,. car engines, jet engines, steam turbines).
The energy associated with these machines and systems is transferred to the physical or mechanical system under study through various forms of machines that are configured for specific applications. Some examples of systems studied include: The work of civil engineers typically comes into contact with both natural and man-made structures. Examples of structures studied include: -Pipes and ducts in building construction-Landscape, irrigation, water treatment, and waste disposal systems-Geologic formations and dams-Tunnels and bridges -Earthquakes-Lava flow The energy associated with these machines and systems is transferred to the physical or mechanical system under study through various forms of machines that are configured for specific applications.
Some examples of systems studied include: The work of civil engineers typically comes into contact with both natural and man-made structures. Examples of structures studied include: -Pipes and ducts in building construction-Landscape, irrigation, water treatment, and waste disposal systems-Geologic formations and dams-Tunnels and bridges-Earthquakes-Lava flow.
Few key Process Engineering Design Services offered by AM3D Piping Design:
Process design Study for new project or R&D trails. These study are useful in scale-up operations.
Generating intelligent Process & Instrumentation Diagram P&ID’s using Intelligent AUTOCAD and MicroStation Softwares
Material balance and Energy Balance
HAZOP
Process Simulations and Engineering calculations
Continuous Distillation Design.
Batch Distillation.
Steam Distillation.
Gas Absorption.
Scrubbing System.
Determining Heat Transfer Area.
Selection & design of suitable heat exchangers.
Selection of Suitable M.O.C.
Utility Requirement.
Falling Film Evaporator.
Efficient solvent recovery system.
Pressure Drop Calculation.
2-Phase flow calculation.
Selection of Pumping System.
Line Sizing.
Stress analysis.
Reactor Designing.
Suitable Stirring System.
Static Mixer, CSTR Design
Reaction Kinetics
Full load electric calculations.
Energy Balance.
Utility sizing & requirement.
Process Thermodynamics.
AM3D Piping Design is a one-stop source for all your designing needs. Our team of experienced Chemical & Mechanical Engineers specialize in the design of process plants and associated equipment for all types of unit operations. When the process design is done correctly, it can significantly reduce the project cost by ensuring optimal designing parameters, as well as reducing energy consumption expenses, productivity losses due to waste and even safety risks.
Process design encompasses a wide variety of tasks including creating Process Flow Diagrams, Piping and Instrument Diagrams, and Mass & Energy Balances. These are essential in order to ensure efficient processes. At this point, process simulation is a great aid for coming up with an effective design for systems such as distillation columns or reactors. Such thoughtful planning processes guarantee the successful completion of the planned task.