Operation technology for soaking palladium chloride on CQ-1 porcelain beads and application device thereof

Abstract

The invention relates to the technical field of palladium chloride treatment technologies, in particular to an operation technology for soaking palladium chloride on CQ-1 porcelain beads and an application device thereof. The operation technology includes the following steps that the white billet porcelain beads to be treated are sieved and cleaned in clear water and then are evenly spread on an enamelled dish, and then the porcelain beads are put into a drying oven of 120-130 DEG C to be subjected to drying dehydration treatment for 2h; the dried white billet porcelain beads are put into a plastic bag and wait for entering into the next process; the cleaned and dried white billet porcelain beads are evenly put into a plurality of beakers of 1000ml; a palladium chloride solution of 13+ / -1% is injected to the beakers; the multiple beakers are put into a stainless steel washbasin filled with hot water, and a plurality of special cover plates for holes are used for separating and positioning the beakers; the porcelain beads are subjected to indoor temperature palladium soaking treatment; and the porcelain beads are poured out of the corresponding beakers to be dried. According to the operation technology for soaking the palladium chloride on the CQ-1 porcelain beads and the application device thereof, stirring can be conducted in the multiple beakers at the same time, stirring efficiency is high, the stirring speed can be regulated and controlled, and using is more convenient and safer; and the soaking technology is easy to operate and high in soaking efficiency.

Description

technical field [0001] The invention relates to the technical field of hydrogen eliminators, in particular to an operation process for soaking CQ-1 porcelain beads in palladium chloride and a device for using the same. Background technique [0002] At the end of battery charging, after the two poles are converted into effective substances, and then continue to charge, a large amount of hydrogen and oxygen gas will be produced. h 2 :O 2 Precipitates in a volume ratio of 2:1. According to the electrochemical equivalent of hydrogen and oxygen gas, 0.4181L of hydrogen and 0.20907L of oxygen are produced for every 1Ah of overcharging. When the concentration of this mixed gas accounts for 4% in the air, an explosion will occur when it encounters an open flame, which will damage the battery in the slightest, and injure people and damage things in the severest case. Therefore, there is a safety valve (or pressure limiting valve) to directly discharge hydrogen and oxygen, but thi...

AI Technical Summary

Problems solved by technology

Therefore, there is a safety valve (or pressure limiting valve) to directly discharge hydrogen and oxygen, but this will cause the electrolyte to dry up and the battery life will be greatly shortened.

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