Services of Sintered Mesh Filters
Sintered mesh metal filter is significant for service in the wide range of media in the nuclear and radioactive waste treatment. This mesh is commonly used in gas and liquid screening applications
Liquid flow filtration
The liquid cross flow filter systems are constructed and used in the various waste
processing units. The blowback gas filters are the best alternative to traditional HEPA filters that are made from traditional glass fibers. A specific need of this system is its strength for the replacement of glass fiber HEPA filter that is used in the heavy duty waste container ventilation plants in the various nuclear plants around America.
In a similar case, inline gas filters made from Inconel wire mesh are utilized on the
smaller flow compact gas streams, vent lines and gas sampling pipelines. The versatility of sintered mesh media to use as filter elements is specified by its suitability in the different filtration methods and applications in the gas-liquid services in the nuclear and radioactive waste treatment applications. In these units, a wide range of filtration methods are used for example cross flow filtration for concentrated particulates that are present in the liquid media, in-situ back pulse cleanable gas filtration unit is widely used in surface particle filtration and average in-line gas filter by using particle prevention through extreme filtration.
The cross flow filtration method includes metal power filter media in the different sizes for the processing of nuclear fuels and avoids concentrated radioactive and similar particulate deposit.
In-line gas filters
These type of filters are widely used in the compact gas pipelines, utility lines, vent lines and gas sampling lines and in lab and nominal pilot test units including the use of radioactive materials. These filters are constructed from Hastelloy wire mesh and stainless steel type 316 mesh and Inconel wire mesh for service in the vigorous media. These are high strength and durable materials that can easily handle the different types of service gases and application conditions.