As we are the leaders of piping engineering services in Canada and USA, Little P.Eng. for Engineering Services provide plausible solutions on the basis of design experience in Piping Design and Pipe stress analysis services over a decade. Piping design services is our strong suit, and our teams have a comprehensive project exposure and experience to achieve the broad range of piping stress analysis services for pipe support systems and Pipe support calculation. We execute Stress analysis of piping in detail, calculation, and consideration of the external & functional interknit of Stress analysis of piping system. Chilled water piping stress analysis is one of the highlights of Little P.Eng. Engineering services.
In order to properly design a piping system, the engineer must understand both a system's behavior under potential loadings, as well as the regulatory requirements imposed upon it by the governing codes.
A system's behavior can be quantified through the aggregate values of numerous physical parameters, such as accelerations, velocities, displacements, internal forces and moments, stresses, and external reactions developed under applied loads. Allowable values for each of these parameters are set after review of the appropriate failure criteria for the system. System response and failure criteria are dependent on the type of loadings, which can be classified by various distinctions, such as primary vs. secondary, sustained vs. occasional, or static vs. dynamic. The ASME/ANSIB31 piping codes are the result of approximately 8 decades of work by the American Society of Mechanical Engineers and the American National Standards Institute (formerly American Standards Association) aimed at the codification of design and engineering standards for piping systems. The B31 pressure piping codes (and their successors, such as the ASME Boiler and Pressure Vessel Section III nuclear piping codes) prescribe minimum design, materials, fabrication, assembly, erection, test, and inspection requirements for piping systems intended for use in power, petrochemical/refinery, fuel gas, gas transmission, and nuclear applications.
Why do we Perform Pipe Stress Analysis? We perform Stress Analysis in order to:
Keep stresses in the pipe and fittings within code allowable levels
Keep nozzle loadings on attached equipment within allowables of manufacturers or recognized standards (NEMA SM23, API 610, API 617, etc.)
Keep vessel stresses at piping connections within ASME Section VIII allowable levels
Calculate design loads for sizing supports and restraints
Determine piping displacements for interference checks
Solve dynamic problems in piping, such as those due to mechanical vibration, acoustic vibration, fluid hammer, pulsation, transient flow, and relief valve discharge
Help optimize piping design
Listed below are our focused services made us the top piping company in USA and Canada:
Piping Design Basis
Chilled water piping stress analysis
Pipe Support Calculation
Pipe Stress Analysis of Oil & Gas piping
Surge Analysis piping networks
Review of Basic engineering package and P&IDs.
Plot plan, Equipment layouts
Piping studies and routing, Stress analysis
Piping material specifications
Isometrics /Spool drawings ,Stage wise Material Take Off
Piping and related specifications and Purchase Recommendation
Pipe support standards , Insulation specifications and Schedules
Flushing calculations for chilled water piping
Piping 2D/3D modeling
Pipe support detail drawings
At Little P.Eng. for Engineering Services we serve the following industries:
Chemicals & Petro-Chemicals,
Refineries,
Power
Offshore Oil & Gas Projects
Well Head Towers
Process Platforms
FPSO (Floating, Production, Storage & offloading)
LNG Onshore Offloading / Receiving Terminal
Intra-State / Cross Country Pipelines
Water Treatment
Desalination,
STP, ETP, RWTP etc
Fine & Organic Chemicals
Refineries,
Agro Chemicals & Fertilizers industries
Plastics & Polymers
Paints & Varnishes
IT Data Centers
Bio-Refineries
Bio-Technology & Pharmaceuticals
Solar Thermal Power Plants – Solar Power Tower
CEMENT plants
Engineering & Design Services
Basic Engineering & Pre BID Support
Project Design Basis
Plot Plan Development
Project Cost Evaluation and feasibility study report
Material Handling study
Preliminary Piping and Instrument Diagrams
Development of Conceptual plant 3D Model
Material Cost Estimation through estimation of BOQ
We have a dedicated setup for Stress Analysis Projects. We are competent enough to take any challenge in flexibility analysis. Our capabilities are listed below.
Static Stress Analysis of above ground & underground lines
Seismic & Wind Analysis
Natural Frequency Analysis
Surge Analysis, Slug flow and Water Hammer Analysis
Analysis of Cryogenic Lines
Analysis of Jacketed Piping
Analysis of FRP/ GRP lines
Finite Element Analysis (Using Ansys)
Other than this we have successfully provided solution to Trouble Shooting in existing plant facilities. Some of this examples are provided below
Vibration in Piping System
Shoe support dislocated from supporting structure
Failure of Expansion Joint (Wrong Selection of Below or wrong component design for below)
Spring Failure (Over tension or compression of spring)
Pipe support Failure
Repeated Failure of Pump Bearings & mechanical seals
Stress Design Basis,
Stress Critical Line List & Stress Isometrics
Comprehensive Stress Report (Stress Calculation Report)
Input to structural team for support design
3D Modeling Services
3D Modeling using high end software’s like PDMS, SP3D, Autodesk Plant 3D, CADWORX, TEKLA
Complete Multi Discipline Modeling of Plant facilities like Piping, Equipment’s, Structures, Supports, and Electrical & Instrumentation Items etc.
Clash Resolving and making error free live & intelligent 3D Model,
Periodic Review of Model (30%, 60% & 90% model review) and incorporation of comments.
Extraction of Final Drawings & BOQ
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