4 Corrosion Resistance Jobs

As a Welding Engineer at our company, you will play a crucial role in supporting dairy automation projects. Your primary responsibilities will include developing and optimizing welding processes for stainless steel fabrication in dairy processing equipment. It will be your duty to ensure that all welding work meets food-grade industry standards, such as 3A Dairy Standards, ASME BPE, and AWS D18.1 for sanitary welding. Your expertise in sanitary welding, stainless steel fabrication, and process piping will be essential in maintaining the high quality of dairy processing systems. Your key responsibilities will involve developing, implementing, and optimizing welding procedures for stainless steel fabrication used in dairy processing equipment. You will also be responsible for selecting appropriate welding techniques and materials for dairy industry applications, conducting welding inspections, and collaborating with various teams to enhance welding processes. Additionally, you will be tasked with training and guiding welders in best practices, monitoring welding performance, and maintaining detailed records of welding procedures and inspection reports. To be successful in this role, you will need a Bachelor's degree in Welding Engineering, Mechanical Engineering, Metallurgy, or a related field, along with 4-5 years of experience in welding engineering, preferably in the dairy, food, or pharmaceutical industry. Strong expertise in welding stainless steel and knowledge of TIG welding, orbital welding, and non-destructive testing methods will be crucial. Familiarity with sanitary design principles, food safety requirements, and welding codes and standards is also required. Your problem-solving skills and ability to work in a fast-paced production environment will be beneficial, as well as any experience with welding automation and robotic welding. Preferred qualifications include being a Certified Welding Engineer or Certified Welding Inspector, as well as experience in dairy plant equipment fabrication and knowledge of corrosion resistance, heat treatment, and material selection for dairy applications. If you are looking to be part of a team that is shaping the future of dairy automation and possess the necessary expertise, we encourage you to apply for this full-time position. Benefits include health insurance, paid time off, and Provident Fund, with opportunities for yearly bonuses. The work schedule may involve day shifts and rotational shifts, and the ability to commute or relocate to Vapi, Gujarat, is required. The application deadline is 01/03/2025, and the expected start date is 15/06/2025.,

As a Production Engineer / Senior Engineer in the paint shop based in Focal Point, Ludhiana, you will be required to have a B.Tech (Chemical) qualification along with 5 to 8 years of relevant experience. Your primary responsibilities will include applying coatings to enhance adhesion and corrosion resistance through pre-treatment processes like phosphating. You should possess a deep understanding of phosphating mechanisms and be familiar with degreasing, de-rusting techniques, and the associated chemicals. Your role will demand a strong skill set in surface coating applications, ensuring the uniformity, durability, and high-quality finish of products post powder coating. It is essential that you have the expertise to create hard, abrasion-resistant, and tough coatings. Additionally, you should be knowledgeable about the mechanical mixing of resin, pigments, and hardening agents in powdered form to achieve desired results. This position requires you to work full-time on a rotational shift basis at the designated work location in Focal Point, Ludhiana. The gross monthly salary for this role ranges from 35,000 to 40,000. If you meet the qualifications and possess the necessary skills for this role, please reach out to us via email at lifesolutions1@yahoo.co.in or contact us at the provided phone numbers: 81467 11166, 94643 66899, 96536 33519, 94170 85834.,

The Subject Matter Expert (SME) specializing in alternative materials, particularly metal and metal alloys such as Copper, Aluminum, Steel, and alloys, plays a pivotal role in the design, development, testing, and optimization of various materials within the HVAC industry. Your responsibilities involve collaborating with engineers, designers, product developers, and clients to ensure the efficient implementation of alternative materials and technologies, as well as problem-solving. Your educational background should include an M Tech or PhD in Metallurgy. You should possess in-depth knowledge of materials for HVAC design and operation, familiarity with various alternative materials, and an understanding of alloy development technology and applications for different industries. In terms of technical expertise, you are expected to have a strong understanding of material properties, including mechanical, thermal, and chemical properties, as well as knowledge of alloy development technology and applications. You will be responsible for selecting the right base metal based on application requirements across industries like HVAC, Automotive, and Consumer Electrical. Your role also involves conducting research on emerging technologies and industry trends, contributing to the development of advanced materials and manufacturing technology, and collaborating with engineering and design teams to provide efficient and cost-effective alternative materials and technologies. Additionally, you will develop and implement testing protocols for new materials and technologies, investigate material failures, provide solutions to prevent future issues, and recommend design modifications based on new material selections. Troubleshooting complex issues, providing technical support, and overseeing corrective actions are also part of your responsibilities. Staying updated on industry trends and innovations, participating in conferences and forums, and evaluating and implementing new technologies to enhance product offerings are essential aspects of the role. You will also develop training materials, conduct workshops, provide mentorship to junior team members, and act as a consultant to drive continuous improvement initiatives. Project management is a crucial part of your role, involving managing projects related to new materials and problem-solving, ensuring adherence to timelines, budgets, and resource allocation. You will also research and stay updated on the latest advancements in alternative materials and emerging technologies relevant to HVAC systems. Innovation and development metrics, compliance with safety and quality standards, and cost savings through identifying alternative materials and technologies are key areas where your expertise will be utilized effectively.,

Roles and Responsibilities : To analyze client specifications. To prepare technical documents for RFQ based on John Cockerill requirements, applicable norms/rules at project location, and client specifications. To analyze technical offers from bidders and to align them with clarification sheets. Then to issue technical bid evaluation. Follow-up of detailed engineering by subcontractors after purchase order of equipment: Review of manufacturers documentation, such as fabrication drawings, calculation notes and procedures. To provide support to other disciplines, including support to project manager for clarifications with client. To participate to integration of the main mechanical equipment into the electrolyser separation system. This includes: To collaborate with other disciplines (Process, Instrumentation, Structure, CAD, HSE ) for suitable integration of the system in skid mounted preassemblies. To provide guidelines and instructions to the drafting team for 3D model and 2D drawings. To verify coherence between P&ID, the system 3D model and the equipment design. To consider various project specific constraints (layout, accessibility, logistic, process ) to adapt the separation standard system design where needed. Education and Experience Mechanical engineer. At least 8 years of experience in chemical, oil & gas, power, or heavy industry sectors. Interest in equipment design in a technically challenging process. Knowledge of international codes and standards, mainly ASME VIII div. 1, API and TEMA. Software knowledge: PV Elite, Compress or AutoPipe Vessel Experience in cladded vessels is an asset. Experience in material selection, corrosion resistance and welding is an asset. Good critical appraisal Autonomous Team player Structured, rigorous, organized. Languages: English - Professional working proficiency.