Sustainability about gasket Coursework Example | Topics and Well Written Essays - 750 words

Sustainability about gasket - Coursework Example Gasket technology purpose to provide sealing solution that match the flange size that provides longtime sustainable life service, the gasket must comply with the current technology. The sealing technology must be flexible to the advancement in technology. Sustainability of gasket depends on technological stability, economic relevance, customer satisfaction and environmental concern. Technological sustenance, describes all the necessary activities that will keep the gasket in operation. The designers and producers must ensure a continued manufacture of the brand version currently and maintain the satisfaction as in the original version in the future (Verghese et al. 123-145). The primary concern with the project is correct seal sizing and conformation with the geometry of the flanges. The designers must ensure the gasket brands design will be able to satisfy the evolving system requirement. In most industrial piping systems there are numerous flanged joints, each of the joints is subject to failure (Verghese, Karli, Lewis, and Fitzpatrick 121-145). If any if any of the pipe system fails then the company is likely to incur several losses due to disruptions on the regular operations. The system breakdown to some extent can lead to injury and death. Difficulty in achieving gasket technological sustainability is the design lifetime under the operating temperature and pressure. Insufficient gasket loading which is the likely course of most flanged joints failures (Johnson, Anthony, and Andy 72-82). Different types and design style gasket are best fit seals. For sustainable service, the metal-jacketed gaskets must have a minimum load of 5000 psi for an adequate seal. The best solution in ensuring gasket sustainability is joining the use of rubber bound gaskets that require a lower loading of 100 psi. Environmental sustainability determines the possible