Process Equipment Design
Process Equipment Design
At Harsha Engineers, we provide specialized Process Equipment Design services for industries that require reliable, efficient, and safe equipment to handle critical operations. From pressure vessels and heat exchangers to storage tanks and reactors, our designs are developed to meet international standards and deliver long-term performance under demanding conditions.
Process Equipment Design Services
Our design methodology ensures safety, efficiency, and durability:
Requirement Analysis – Understanding process parameters like pressure, temperature, flow, and capacity.
Preliminary Design – Developing conceptual layouts based on operational and space requirements.
Mechanical & Thermal Design – Performing strength, load, and heat transfer calculations.
Simulation & Modeling – Using advanced software to validate performance under real operating conditions.
Material Selection – Choosing appropriate materials (carbon steel, stainless steel, alloys) for durability and corrosion resistance.
Detailed Engineering – Generating fabrication drawings, 3D models, and safety compliance documentation.
We leverage industry-standard tools to ensure accuracy and compliance:
AutoCAD & SolidWorks – 2D/3D modeling and detailed equipment design.
PV Elite – Pressure vessel design and analysis.
HTRI – Heat exchanger thermal design and rating.
ANSYS & CAESAR II – Stress, thermal, and finite element analysis (FEA).
MATLAB/Simulink – Process modeling and optimization.
Aspen HYSYS – Process simulation and equipment sizing.
Oil & Gas Refineries – Pressure vessels, separators, and heat exchangers.
Chemical & Petrochemical Plants – Reactors, distillation columns, and scrubbers.
Pharmaceutical Industry – Storage tanks, mixers, and cleanroom equipment.
Food & Beverage Industry – Process tanks, pasteurizers, and hygienic vessels.
Power Plants – Boilers, condensers, and steam systems.
Why Choose us
Why Choose Harsha Engineers forProcess Equipment Design?
Expertise in customized process equipment across multiple industries.
Use of cutting-edge simulation and design software.
Designs in compliance with ASME, API, IS, and international standards.
Focus on safety, reliability, and efficiency.
End-to-end support from concept, design, fabrication, to commissioning.
