Design of industrial plants for the oil & gas, water treatment and hydrogen production sectors.
About Us
We are a company specializing in the design of industrial plants for the oil & gas, water treatment and hydrogen production sectors. With extensive multidisciplinary experience and a strongly technology-driven approach, we offer tailored engineering solutions that ensure safety, efficiency and compliance with international regulations.
We have developed a proprietary
system for tracking
revisions of P&IDs and
isometric drawings, ensuring that every
change is tracked and approved
throughout the entire
project lifecycle.
What do we do at DESANSER?
Piping activities
Design
Comments on P&IDs (Piping & Instrumentation Diagrams)
Isometries and piping layouts
Integration of 3D modeling
Technical Analysis
Piping route analysis
Support and anchoring systems
Stress Activity
Structural and thermal analysis
Stress calculation
Thermal expansion
Design and optimization
Support system analysis
Equipment load assessments
Tools and software
E3d
PDS
sp3d
Naviswork
Autocad
bluebeam
CESAR II
AutoPipe
FEA
What we did
OUR NUMBERS
0+
Developed projects
0+
modeled lines
0+
Special designed supports
0+
Clash resolved
Piping design is one
of DESANSER's core competencies
.
Through the use of advanced tools such as SP3D, E3D, AutoCAD (3D and 2D), MicroStation, and our proprietary revision tracking system, we ensure that every project is accurate and up-to-date.
Who is satisfied with our work
our customers
An Integrated Approach
and Flexible
Piping design
Data Collection
Input
Each project starts with a thorough analysis of operational data provided by the customer, including:
Process data: Operating pressures, temperatures and fluid properties.
Regulations and standards: We ensure compliance with international standards such as ASME B31.1, ASME B31.3, EN 13480, API 610, API 650 and environmental regulations for water treatment.
Layout Development
Piping
Using SP3D, E3D, AutoCAD, and MicroStation, we develop detailed and optimized piping layouts. In addition, our P&ID and isometric revision tracking system ensures that all changes are tracked, preventing errors and ensuring consistency across technical documents.
Verification
Multidisciplinary
By integrating piping, civil and electrician-instrument, electrical, and mechanical disciplines, we ensure that all modifications and verifications are coordinated among the various teams, reducing variations in execution.
3D DESIGN
WITH SP3D, E3D, AUTOCAD,
INVENTOR AND MICROSTATION
Multidisciplinary Collaboration and Integration
Integrated 3D models:
We use SP3D, E3D, AutoCAD 3D, MicroStation
and Inventor to develop three-dimensional models that
include all the disciplines involved.
Full technical data:
Each template contains detailed information on materials,
dimensions and technical specifications, making it easier to manage the
project.
Monitoring revisions:
Our proprietary system tracks revisions
of P&IDs, isometrics and technical documents, ensuring
continuous updating and version consistency.
Three-dimensional modeling is one of the key elements of our design. We use advanced tools such as SP3D, E3D, AutoCAD (3D and 2D), MicroStation, and Autodesk Inventor to develop integrated and accurate models.
study and design
special supports
We specialize in specialty media design, following every step: from the initial draft to the final design, with reference materials and specifications. We offer customized solutions, guaranteeing precision and reliability to meet the needs of the most complex projects.
Purchase of special materials
We also specialize in selecting the ideal suppliers for purchasing special elements, such as expansion joints, variable and constant load springs, tie rods, and whatnot. We follow customer requirements and project specifications, ensuring quality and compliance for every technical need.
Safety and Durability for Complex Plants
STRESS ANALYSIS
STAGES OF STRESS ANALYSIS
Operational Data Input
The analysis is based on accurate data provided
by the client, which include:
Operating pressures and temperatures: We simulate extreme conditions and operating transients.
External and dynamic loads: Vibration, thermal expansions and seismic forces.
Fluid characteristics: We consider fluid viscosity, density and velocity, affecting internal stresses.
Thermal and Mechanical Stress Simulations.
Using CAESAR II, we run
simulations for:
Thermal expansions: We analyze how pipes behave in response to changes in temperature.
Mechanical stresses: We test stresses generated by dynamic loads and vibrations.
Fatigue cycles: We simulate operating cycles to prevent structural failure due to fatigue.
Design and Optimization of Supports
The supports are designed
to optimally distribute
stresses:
Static and dynamic supports: Strategic positioning to minimize movement and deformation.
Fatigue prevention: Supports design to withstand intense operating cycles and frequent temperature changes.
Verification of Conformity
Each project is checked
against international standards
including
ASME B31.3 and ISO 14687,
ensuring that piping systems
meet the requirements of
safety and operational durability.
Stress Analysis is an essential element in ensuring that piping systems can operate safely and without structural failure. DESANSER uses CAESAR II to perform mechanical and thermal stress simulations,
supported by a revision management system that tracks all changes during the design and analysis phase.
with Navisworks Manage
CLASH DETECTION
AND PROJECT REVIEW
Advanced clash detection:
With Navisworks Manage, we automatically identify interference between piping, structures, equipment and cable trays preventing costly changes during construction.
Integration of disciplines:
All 3D model data are centralized and integrated across disciplines (piping, civil, and electro-instrumental), providing an overview and real-time updates.
with the Proprietary DESANSER System
MANAGEMENT AND
MONITORING
OF REVIEWS
DESANSER has developed a proprietary system for tracking revisions to P&IDs and isometric drawings, ensuring that every change is tracked and approved throughout the project lifecycle. This system ensures that all revisions are handled accurately, preventing errors and maintaining consistency among technical documents.
In addition to tracking drawing revisions, our document management system tracks each technical document and verifies that all versions are up-to-date and comply with internal standards and industry regulations.
Our works
Facilities in which we have made our expertise available in the design phase.
TECHNIP ENERGIES / BOROUGE 4 - EPC
2023/2024
Type of planting
Ethane Cracker
Principal tasks
All piping activities / All stress analysis activities
SAIPEM / QUILUMA & MABOQUEIRO (Q&M) - EPC
2023/2024
Type of planting
Gas Treatment Plant
Principal tasks
All piping activities / All stress analysis activities
TECHNIP ENERGIES / RDCG NESTE - EPC
2022/2024
Type of planting
All auxiliary units, utilities
Principal tasks
All piping activities / All stress analysis activities
TECHNIP ENERGIES / SINGAPORE NESTE - EPC
2020
Type of planting
Renewable diesel
Principal tasks
All piping activities / All stress analysis activities
TECHNIP ENERGIES / BAPCO MODERNIZATION PROGRAM - EPC
2018/2020
Type of planting
Interconnecting – UNIT 930
Principal tasks
All piping activities / All stress analysis activities
TECHNIP ENERGIES
2018/2020
Type of planting
Upgrading SRU Unit at Riyadh Refinery
Principal tasks
All stress analysis activities
ZEPPELIN
2024
Type of planting
APOC PP Plant
Principal tasks
All piping activities
ACBoilers / Egyptian Electricity Holding Company
2015/2016
Type of planting
South Helwan Supercritical Power Plant
Principal tasks
All piping activities
PoloniAero
2014
Type of planting
Cold Flow Turbine Test Facility
Principal tasks
All stress analysis activities
TECHNIP ENERGIES
2011/2012
Type of planting
Heavy Residue Process Complex First Phase – Lukoil Neftochim Burgas Ad.