Piping
Piping design
Critical to engineering projects and process plants, piping design is the science behind developing efficient processes for the safe transport of fluids and gases across industrial facilities.
Our company, as experts in process piping engineering, is equipped with all the necessary software tools and possesses the knowledge and experience needed to overcome any design challenges your piping system may encounter."
Piping & Instrumentation Diagrams (P&ID)
P&ID (Process and Instrumentation Diagram) is a graphical representation of process systems and instruments in industrial facilities. These diagrams provide a detailed insight into the functional relationships among various components in process engineering.
Our company specializes in providing services for creating P&ID diagrams, offering expert support throughout the entire design process. Additionally, ENCON provides consultation and assistance to clients in developing their own customised P&ID diagrams, addressing the specific needs and requirements of their industrial processes.
Stress analysis
Stress analysis in piping systems is a critical component during both the design phase and operational or maintenance activities. Given the potential serious consequences of pipe failures, accurate stress calculations are imperative to ensure optimal safety and operational efficiency.
The objectives of pipe stress analysis involve safeguarding the structural integrity of the entire piping system, considering the conveyed fluid, and anticipating potential challenges and failures throughout its lifecycle. The primary goal of this analysis is to ensure that stress levels remain within the recommended limits prescribed by relevant technical codes or standards.
For us these considerations are vital to guaranteeing the optimal performance, reliability, and longevity of the pipeline system, thereby minimizing the risk of structural issues and enhancing overall operational safety.
Flexibility Analysis
Ensuring the necessary flexibility to absorb thermal movements is a key aspect of piping design. A rigid piping system can experience stress during operation at elevated temperatures, so it is very important to ensure flexibility for high temperature piping. Flexible routing is recommended, especially for piping connected to sensitive equipment like pumps, compressors, columns, turbines, and heat exchangers.
Our experienced team of engineers is capable of conducting even the most complex analyses and ensuring maximum security for your pipeline systems.
Advanced Analysis (FEM/FEA)
In cases where the geometry is extremely complex and there are no clear guidelines in standards or software for pipeline calculations, we can offer stress analysis using Finite Element Method (FEM/FEA).
Our engineers have been actively involved in the development of FEM/FEA tools for many years, with a track record of successfully completed projects. The more complex the problem, the more imperative it is for us to assist you in finding a solution.
Internal pressure software, powered by ENCON
For many years, we have been developing calculators and software for calculating pressure components according to piping standards. We are able to provide support in selecting and calculating standard piping components for the needs of your engineering offices or for quick checks during on-site applications.
Supports design
Pipe supports play a crucial role in the proper functioning of the entire piping system. Piping systems must be supported in a way that accommodates the weight of the pipe components with their fluid and limits the temperature expansions of the pipes. Pipe supports often have the task of absorbing a portion of the load, thereby relieving the equipment to which the pipe is connected.
Our team of engineers has extensive experience in utilizing standard supports from various manufacturers and designing custom supports for applications across all industries. Feel free to present us with any challenge!
Custom supports calculation
If the support system is exceptionally complex, or if there is no standard method for stress verification in the interactions between the support and the pressure system, we can offer you an FEM/FEA approach to addressing these challenges
Supports calculation software, powered by ENCON
For many years, we have been developing calculators and software to assist engineers in project offices and construction sites. We have designed a simple and highly effective tool for designing, calculating, and generating workshop documentation for standard pipe supports.
ISO drawings
ENCON is a premier BIM and CAD service provider with extensive expertise in delivering piping shop drawings on a global scale. Our skilled and specialized team, well-versed in computer-aided design (CAD) tools, seamlessly produces professional and reliable isometric drawings from 3D models
Boiler Power Plants
Basic Engineering
Let ENCON be your compass in Boiler Power Plant design. Our support extends beyond engineering brilliance; it's a partnership that crafts reliability and sustainability into every detail of your energy facility.
We can support your project the entire way, from scratch to "as-built" documentation.
Stress analysis
We are able to provide you with all the technical calculations necessary for the safe operation of your thermal power plant. We offer calculations for boiler pressure parts as well as relevant calculations for all connecting piping systems. Additionally, the service can extend to the selection and calculation of all types of supports.
Detail Engineering
ENCON provides engineering expertise in the creation of technical documentation. We specialize in drawing pressure components of boilers, and entire thermal power systems utilizing CAD tools.
Pressure Vessels
Engineering
Our service encompasses design, technical calculations, and the execution documentation, making the entire process simple and effective. You can confidently rely on us for fast, accurate, and adaptable support in developing technical documentation for pressure vessels.
CFD Analysis
Engineering
CFD analysis represents a sophisticated technique that utilizes mathematical models for simulating and analyzing the behavior of fluids and thermal interactions within a space. This precise analysis enables engineers to gain a deeper understanding of flow dynamics, temperature, and fluid distribution.
