Process Engineering

Cutech focuses on the design, operation, control, and optimization of chemical, physical, and biological processes for various industries. It includes petroleum industry, refining, chemical production, alternative fuels, food grade products, nuclear materials processing, and all other process industries.
In General, Process modeling and simulation enables anindustry to optimize the capital cost during the early stage of design and manufacturing phases. We provide a range of consulting services in process modeling and optimization to help companies to maximize plant and business performance and profitability.
Cutech’s process personnel are well-experienced & highly-motivated engineers with track records of significant achievement in all facets of process engineering services.
Process modeling services offered are:

• Computational Fluid Dynamics (CFD)
• Dynamic process simulation
• Process control and optimization
• Process economic evaluation
• Statistical analysis

Piping Engineering

Cutech offers detailed specification and design of the physical piping and equipment layout within process plants. Our design Engineers and draftspersons are highly experienced with a wide range of international plant design.
Typical design tasks undertaken include:

• Piping design and detail.
• P&ID, Piping General Arrangements and Piping Isometric drawing production.
• Pipe support design and detail.
• Mechanical design and detail.
• Pipe stress analysis - statics and seismic dynamics.
• Piping material take off / bills of material / Schedules.
• Site survey.
• Piping as built drawings.
• Piping feasibility studies.
• Piping clash detection.

Design and detail of steel structures.
Design Tools for Piping Design Engineering:
Modeling Tools: Intergraph PDS, PDMS, Intergraph CADWorx, Autodesk AutoCAD, Stress analysis Tools: Intergraph CAESAR II, COMPRESS, PV-Elite

Mechanical Engineering

Cutech aim’s to provide efficient and reliable design for all projects. The department includes lead engineers well experienced in stationary and rotating equipment. Our expertise in stationary equipment design is a prerequisite for our in-house manufacturing of pressure vessels, oil treaters, fired heaters, and heat exchangers. Our engineers and designers work closely with shop fabricators to facilitate continuous improvement in the design and manufacture of process pressure equipment. The mechanical engineering team prepares the required data sheets, calculations, finite element analysis, fabrication drawings, and material takeoffs necessary to deliver the pressure vesselmanufactured in-house.
Specialized products Include:

• Pressure vessels
• Heat exchangers
• Reactors
• Skid GA

Electrical Engineering

Our designs include power systems, power generation and distribution, and area and task lighting, as well as grounding, cable, and tray systems. The electrical engineering department focuses on design and fabrication of motor control centers and control buildings, including control panel design for programmable logic controllers and distributed control systems, with thorough development of process control systems. The group is flexible in its approach and constructs many types of modules and process plants. Cutech has completed electrical installation to various international standards for projects around the world, using onshore and offshore construction techniques and equipment. We have a dedicated group of licensed electricians who maintain our high level of workmanship.

Instrumentation Engineering

The instrumentation and automation department designs, programs, installs, and commissions control engineering systems. We have the experience to execute projects that require facility-wide process control systems, emergency shutdown systems, fire and gas systems, and safety instrumented systems. Cutech has used and configured distributed control systems, programmable logic controllers, and supervisory control and data acquisition packages from numerous manufacturers including Siemens, Emerson, and Honeywell among others. Cutech develops complete drawing/document packages that meet instrumentation and controls requirements for our projects and ensures that these systems and processes operate effectively, efficiently, and safely.