Optimisation of High-Pressure Valve Manufacturing Technology

At the beginning of the diploma thesis itself, you will be introduced to the selected topic, namely the diploma thesis entitled 'Optimisation of High-Pressure Valve Housing Manufacturing Technology'. Successful optimisation achieves improved results in longer service life of high-pressure valves and reduction of manufacturing costs; this achieves a special position in the market and makes us competitive or gives an advantage to the company engaged in the manufacture of these valves. Overall, this diploma thesis will not only demonstrate but also help to present to each of us a vivid process of optimising one product; in their case, the optimisation of high-pressure valve housing manufacturing technology.

Solution and Method

At the beginning of the diploma thesis itself, you will be introduced to the selected topic, namely the diploma thesis entitled 'Optimisation of High-Pressure Valve Housing Manufacturing Technology'. The diploma thesis addresses the investigation, presentation and characteristics of valves. The diploma thesis emphasises the optimisation of high-pressure valve housing manufacturing technology.

At the very beginning, they will explain what valve housings are and what their purpose is. The housing is the main part of the valve, which has components for regulating fluid under elevated pressure. High-pressure valves are used primarily in sectors of large industries dealing with gases, oil, energy, chemical industry, water and others.

When it comes to a safe and quality product, we also need new manufacturing technologies, which means we also address the umbrella topic 'DIGITALISATION'. In line with the above, the optimisation of high-pressure valve housing manufacturing technology aims to demonstrate the upgrade of old methods with innovations due to improvement of quality, efficiency, manufacturing time and the price of the product itself – to save time; how to achieve improved processes by using CNC machines and changing material. Optimisation can also include the use of modern methods: design, simulation, material selection and manufacturing process.

Results

Successful optimisation achieves improved results in longer service life of high-pressure valves and reduction of manufacturing costs; this achieves a special position in the market and makes us competitive or gives an advantage to the company engaged in the manufacture of these valves. Overall, this diploma thesis will not only demonstrate but also help to present to each of us a vivid process of optimising one product; in their case, the optimisation of high-pressure valve housing manufacturing technology. The results of the investigation itself may represent broad significance for the industry and guidelines for further research and examples of new technologies for manufacturing various different products.