raffinate การใช้

• The resulting streams will be a loaded organic and a raffinate.
• Currently PUREX raffinate is stored in stainless steel tanks before being converted into glass.
• The first cycle PUREX raffinate is very radioactive.
• Remedial work had been started on the raffinate splitter from February 21, 2005.
• Thus, two alternate product batches are generated : a raffinate and a strip product.
• With either design, not all of the hydrogen is removed from the product gases ( raffinate ).
• In pressure swing adsorption the raffinate refers to the gas which is not adsorbed during the high pressure stage.
• Any solvent remaining in the raffinate stream represents a loss of solvent and hence an increase in operating costs.
• The most highly active raffinate from the first cycle is the one which is most commonly known as PUREX raffinate.
• The most highly active raffinate from the first cycle is the one which is most commonly known as PUREX raffinate.
• It has been suggested that the ruthenium and palladium in PUREX raffinate should be used as a source of the metals.
• Currently at Sellafield, the high-level waste ( PUREX first cycle raffinate ) is mixed with sugar and then calcined.
• In addition the ruthenium in PUREX raffinate forms a large number of nitrosyl complexes which makes the chemistry of the ruthenium very complex.
• The concentrated raffinate is then pumped into an electrowinning plant where 99 % or greater purity copper cathode is produced for direct sale.
• The Jameson Cell is used to recover the organic solvent in solvent extraction  electrowinning plants from both the electrolyte and raffinate streams.
• As each of the species to be separated associates differently with the host, the composition of the raffinate and strip product is differentiated.
• The mechanism of the transport is the separation of hydrogen into protons and electrons at the surface and recombination on the filtrate or raffinate side.
• The fission palladium can separate during the process in which the PUREX raffinate is combined with glass and heated to form the final high level waste form.
• The failure of the blowdown stack to contain hydrocarbons vented from a raffinate splitter led to a catastrophic explosion at the Texas City Refinery ( BP ) in 2005.
• The plant-which produces naptha, kerosene, waxy raffinate and speciality products like detergent feedstocks after conversion from natural gas-has been closed pending results of the investigation.