3 Pid Preparation Jobs

As a Process Design & Engineering Professional with 5-8 years of experience, you will be responsible for the following key responsibilities: - Preparation of preliminary Process design for various systems including Pretreatment, Reverse Osmosis, Chemical dosing system, Sludge treatment, and Post treatment - Proficiency in RO membrane design and UF membrane design using vendor software such as Wave, IMS Design, Toray DS, Inge, etc. - Selection of process technology based on feedwater characteristics and conducting process calculations, membrane selection, filters selection, hydraulic calculation, pressure drop calculation, line sizing, and preparation of layout, PFD, P&ID, HFD, electrical load list - Prepare enquiry documents (RFQ), scopes of work, datasheets for valves, pumps, and other engineering items required for RO desalination projects - Preparation of Control philosophy, O&M manual for project execution - Interact closely with PLC engineer for logic development, participate in technical meetings, decision making, and coordination with clients - Prepare technical evaluation and comparison of documents from different manufacturers independently - Flexibility to travel long term/short term to project sites and client/consultant offices for document approval and site technical issue resolution For Industrial Treatment Systems experience, the key responsibilities will include: - Preparation of preliminary Process design for Oil removal system, Biological Treatment, Pretreatment, Reverse Osmosis, Chemical dosing system, Sludge treatment, Conventional DM Plant, CPU, and Evaporator - Similar to the above role, you will be involved in process technology selection, calculations, membrane selection, filters selection, hydraulic calculation, pressure drop calculation, line sizing, and document preparation - Engage in preparing enquiry documents, scopes of work, datasheets for valves, pumps, and other engineering items required for projects - Preparation of Control philosophy, O&M manual, interaction with PLC engineer, participation in technical meetings, decision making, and coordination with clients - Conduct technical evaluation and comparison of documents from different manufacturers independently - Willingness to travel long term/short term to project sites and client/consultant offices for document approval and site technical issue resolution Please note that the above responsibilities are indicative and may vary based on specific project requirements.,

You should possess 5 to 10+ years of experience in Basic and Detail Engineering within Thermal Power Plant, Combined Cycle, and Supercritical Power plants. You must have extensive knowledge of Main Plant accessories and be skilled in understanding ITO inputs for Technical Proposals. Proficiency in P&ID preparation and review, including Device summary settings for Turbine and Generator Accessories Systems, is essential. Additionally, you should be capable of handling Product Cost out activities based on project requirements. Experience in creating and modifying P&ID and Device Summary (Instrumentation) using tools such as AVEVA DIAGRAM and AVEVA Engineering, with AutoCAD proficiency being an added advantage, is necessary. You should be adept at developing Plant layout drawings, General Arrangement Drawings, Technical Specifications, Data Sheets, Technical Bid Evaluation, and Commissioning spare parts lists. Expertise in Piping, Tubing, fittings, Valves, and Plant layout drawings is crucial. You must have experience in creating new Arrangement drawings and Bills of Materials aligned with P&ID Schematics, as well as preparing Ordering Specifications/Functional Specifications Modification Kits and FMI (Field Modification Instruction manuals). Demonstrated ownership and decision-making skills in design, considering cost, feasibility in manufacturing, and fabrication, are required. As an Engineer, you should have served as the primary interface with customers, ensuring the implementation of design requirements, changes, analysis, and verification. Planning, executing, and delivering tasks on time, while ensuring cost-effectiveness and quality, is a key responsibility. Excellent coordination skills with Cross-Functional Teams, including Customers, Suppliers, Configuration Team, and Electrical Team, are essential. Qualifications: - BE/B.Tech/ME/M.Tech in Mechanical Engineering - Energy Engineering experience from Thermal/Aero/Simple/Combined Cycle Power Plant Key Skills: - P&ID - Piping - Instrumentation - AVEVA DIAGRAM and AVEVA Engineering Work Experience: - P&ID - Piping - Instrumentation - AVEVA DIAGRAM and AVEVA Engineering - Built to Specifications - Bought-out Engineering,

As a Piping Stress Engineer, you will be responsible for ensuring quality, adhering to the budget, and meeting project schedules for piping stress analysis tasks. Your primary duties will include reviewing technical documentation and requirements provided by clients, designing piping support components, and issuing project piping stress specifications and critical lines lists. You will be responsible for performing calculations on critical piping networks, resolving high pipe loads on equipment nozzles, and addressing high secondary stresses in piping. Additionally, you will issue loads necessary for the design of pipe-rack and foundations, as well as provide the technical specifications for all piping support components required for stress analysis. Maintaining project technical files, updating company standards, and performing inter-discipline checks on documents related to piping materials are also key aspects of this role. You will be required to review subcontracted discipline engineering documents and isometrics for construction of critical lines prepared by piping design engineers. Collaboration with multi-discipline leads such as Electrical, Piping, Civil, Structural, and HVAC teams is essential. Strong knowledge and experience with CAESAR II software is a must, while hands-on experience with 3D modeling plants like AutoCAD Plant 3D or E3D is preferred. Your expertise and attention to detail will be crucial in ensuring the successful completion of piping stress analysis tasks within the project scope and timeline.,