Water treatment plants
Water Treatment Plants Design & Detailing Services for STP, ETP, WWTP, RO Plants etc.
We provide complete basic engineering and design engineering service for STP (Sewage Treatment Plant), ETP (Effluent Treatment Plant), WWTP (Wastewater Treatment Plant), and RO (Reverse Osmosis) are offered by various engineering firms. These services include designing and engineering solutions for industrial and municipal wastewater, residential and commercial sewage
Our Engineers are Experts in Design & detailing for complete water treatment plant including mechanical, piping, electrical & civil & steel structure design, detailing with FEA analysis modelling and detailing, Team is Equipped extensive knowledge of Piping and Equipment Fabrication and Execution related to water treatment plants which helps in develop & deliver high quality basic engineering drawings and documents & 3d & 2d detail engineering drawing and documents Increasing Productivity by Reducing Time in Design and Detail Engineering and parallelly having deeper admin experience to customize of all Autodesk applications effectively like Autodesk Plant3d, Autodesk Advance steel, Autodesk Revit, Autodesk MEP CAD, Autodesk Civil 3d etc , which provides quality output engineering drawings & documents.
Thermal Plant Power Plant
Plant Engineering India
Plant engineering India has complete knowledge on the thermal power plants 3d piping, support, instruments, hanger supports modelling, pipe thickness calculations, insulation thickness calculations, concept design & drawings for spring supports which are used for high temperature pipe lines, clash checking, using Autodesk Intelligent domain Softwares to deliver the good for construction engineering drawings in order to reduce errors in drawings and BOQ and providing the best solution ever.
Design & Detail Engineering scope:
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1. Pipe thickness calculations
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2. Pipe insulation calculations
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3. Design of high temperature pipe line routing connection to turbine
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4. Design of pipe supports & validation (spring supports)
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5. 3d pipe supports including spring supports (Lisega supports)
Food & Pharmaceutical processing industries
Piping design in the Pharmaceutical Industry
Process piping systems are vital to the success of any pharmaceutical or biotech development and manufacturing facilities. In fact, piping design is an integral part of pharmaceutical facility design. Since piping systems are frequently in contact with product materials, the design needs to be efficient and meet the stringent rules and standards set by the industry. Owing to health and sanitation implications, pharmaceutical equipment including piping materials, fluid level indicators, etc. are some of the most standardized and inspected process equipment worldwide.
To satisfy the product quality requirements in the industry, process piping systems must meet several criteria:
Piping systems fidelity to the design specified by the user group or clients.
The piping design must meet the application sections of one or more ASME codes and standards.
Optimizing the design for personnel, material and information flow; thus reducing waste, variation and cycle times; while increasing yield, throughput, reliability and profitability.
Suitability of the material selected for the applicable codes, environmental requirements, safety, performance of the requirements, and the economics of the design and other parameters, which may affect the work.
Moreover, the installation and documentation must comply with current Good Manufacturing Practices (GMP).
As a piping design and engineering services company, Rishabh Engineering has designed process piping systems for several industrial companies. Our team of engineers and piping design specialists have in-depth expertise in international codes and standards such as ASME Bioprocessing Equipment Standard (BPE), ASME B31.3 and many other standards as applicable by geographical, climate and other conditions.
Both ASME BPE– ASME B16.1 and ASME B31.3 are overarching standards, comprising all aspects of the piping process from fluid level indicators to piping materials.
Rishabh Engineering helps design engineering companies and EPCs to expedite their design engineering plans by delivering on tight deadlines with high quality piping design. We have annual subscription contracts for some the major software tools used to create piping designs. Some of these include Intergraph Autodesk Plant 3d. We also use some of the best engineering and review tools Autodesk Navisworks.
Oil & Gas industry.
Piping design & Detailing Service for Oil & Gas
Piping design and flexibility analysis are an important aspect of engineering. The advent of computing software has transformed the way piping design is facilitated today. Engineers now utilize a wide range of tools and software that aid in the process of modern piping design. However, there are multiple aspects a piping design engineer needs to consider when designing the piping systems.
One of the primary aspects is to conform to the piping design standards and codes. Piping systems are designed in line with industry codes and standards. These standards are set by the professional societies, committees and trade organizations. Each code is basically a standard created by the same organization or committee that developed the standards which are then accepted by the government.
Process plants comprise all kinds of facilities involved in the chemical/physical processing of raw materials to the desired end products. Refineries have some of the largest process plants where plant design and piping engineering play an important role in the successful and safe construction of the facility. Accurate planning and execution of the design and pipe routing also makes a big difference on controlling the total installed cost (TIC).
The main purpose of a code is to ensure the personal and industrial safety of a plant or equipment. It is necessary for a piping design engineer to thoroughly understand the industry codes and standards as well as the components and materials used in piping systems. The knowledge of industry codes and standards helps in the selection of appropriate piping material and develop the material specifications with precision. Moreover, it ensures the integrity of the piping design when processed for construction and system maintenance.
Designing Piping Layout in accordance with the standardization further aids in avoiding any differences in the piping systems, components, and procedures while reducing overall costs, inconvenience and confusion. The organizations that developed the standards also develop recommended practices which are adopted as best engineering practices industry-wide when designing the piping systems.
Piping design & Detailing Service
For Renewable energy industries
Piping design for renewable energy involves creating systems for transferring fluids like water, steam, oil, biofuel, and gases, focusing on efficiency, safety, and durability. Key considerations include material selection based on temperature and chemical resistance (such as stainless steel or HDPE), optimizing layout for heat transfer and pressure drop, and ensuring system integrity for applications in solar thermal, geothermal, biomass, and wind energy. The design process typically involves both conceptual and detailed stages using specialized software to ensure ease of operation, maintenance, and compliance with regulations.
The pursuit of sustainable and clean energy sources has become a global priority, and the technologies and practices of industrial piping play a fundamental role in the development and expansion of these renewable energy sources. Industrial piping encompasses the design, installation, maintenance, and operation of piping systems that transport essential fluids and gases across various industrial sectors, including those dedicated to solar, wind, biomass, green hydrogen, and other forms of clean energy.
In this article, we explore how knowledge and application in industrial piping can enhance the efficiency and economic viability of renewable energies, contributing to a more sustainable future.
