4results about "Ion exchange regulation/control" patented technology

The utility model discloses a kind of online detection devices for resin exchange, belong to water quality supervision field, a kind of online detection devices for resin exchange, including reaction mechanism, the rear end side of the reaction mechanism is fixedly connected with preparation mechanism, the inner end inboard of the preparation mechanism is fixedly installed with detection mechanism, the detection mechanism includes motor box, the upper end middle part of the motor box is movably installed with pivot, the upper end middle part of the pivot is fixedly connected with stirring rod, the upper end of the motor box is fixedly connected with stirring box, the upper end middle part of the stirring box is fixedly installed with reagent port, the front end middle part of the stirring box is provided with liquid inlet, the outer end side of the stirring box is fixedly connected with pipette, the tail end of the pipette is fixedly connected with liquid suction pump;The online detection device for resin exchange is provided with stirring rod, and the reagent and exchange liquid are stirred to make them mix quickly, improve the reaction efficiency, and improve the accuracy of detection when the device is used.

The invention provides an ion exchange system and an ion exchange method. The ion exchange system comprises a feeding system, an ion exchange system and a separation system, the ion exchange method comprises the following steps: firstly, feeding through the feeding system, then carrying out ion exchange treatment on the molecular sieve by utilizing the ion exchange system, and completing multiple ion exchange operations under the cooperation of the separation system and the feeding system. The system can efficiently and quickly complete sodium type silicon aluminum molecular sieve ammonium ion exchange, and has the characteristics of wide application range of molecular sieve types, stable product quality, recoverable ammonium solution and the like.

The application relates to the field of soft water, and provides a water path control system and a soft water device. The water path control system comprises a switching assembly and a control assembly. The switching assembly comprises an inner valve body and an outer valve body. The outer valve body is provided with a containing cavity, a first valve port, a second valve port and a containing opening which are all in communication with the containing cavity. Part of the inner valve body is fixed in the containing cavity through the containing opening, and the inner end of the inner valve body is located between the first valve port and the second valve port. An inner valve cavity, an inner valve port and a valve opening and closing port are arranged on the inner valve body. The valve opening and closing port is located at the inner end, and the inner valve port is in communication with the first valve port and the inner valve cavity. The control assembly is movably arranged in the inner valve cavity, and one end of part of the control assembly abuts against the valve opening and closing port. The control assembly is used for controlling the opening and closing of the valve opening and closing port. The application simplifies the assembly steps of the water path control assembly, simplifies the forming process of the outer valve body, reduces the production difficulty, and improves the production efficiency.

This invention belongs to the field of butanediol production, and relates to a purification device and method for bio-based succinic acid raw materials for preparing green butanediol, as well as its application. The purification device for bio-based succinic acid raw materials includes a bio-based succinic acid raw material source, a low-carbon alcohol solvent source, a mixing container, and an adsorption tower. The adsorption tower contains four layers of adsorbent, including, from top to bottom, an activated carbon layer, a macroporous polysulfonate-based styrene cation exchange resin layer, a polystyrene macroporous strong acid cation exchange resin layer, and a particulate retention material layer. This invention passes the obtained bio-based succinic acid solution into the adsorption tower containing the specific four layers of adsorbent. Through direct adsorption, succinic acid raw materials meeting the requirements for BDO production can be directly obtained from the outlet of the adsorption tower. This reduces the impact of impurities on the activity and lifespan of the esterification reaction catalyst, thus providing a raw material guarantee for obtaining BDO with the required purity.