13 results about "Chlorinated water" patented technology

The invention relates to use of a pipe for transporting chlorinated water, wherein the pipe is a biaxialy oriented pipe made by a process comprising the steps of:a) forming a polymer composition comprising a polyolefin into a tube andb) stretching the tube of step a) in the axial direction and in the peripheral direction to obtain the biaxially oriented pipe.

An apparatus and method are provided for storing biomass under controlled conditions to preserve sucrose integrity and reduce microbial degradation. The apparatus comprises an improved bioreactor operative under predominantly anaerobic conditions, with agitation controlled to stabilize sucrose levels and pH. In some embodiments, the bioreactor may be operatively connected to a cooling system including a surrounding jacket or recirculation pathway for exchanging heat with a coolant. Additives such as chlorinated water or alkaline solutions may be introduced via auxiliary ports, and sensors or probes may be employed to monitor parameters such as pH, temperature, density, total soluble solids, sugar content, or microbial activity. Automated feedback control may adjust agitation, additive dosing, or cooling to maintain stable storage conditions.

The invention belongs to the technical field of chemical production, and particularly relates to a maltol chlorination neutralization reaction method and application. Comprising the following steps: putting 2m < 3 > of materials in a chlorination hydrolysis kettle into a neutralization kettle, stirring at 80r / min, and cooling to 60 DEG C; adding 1.6 m < 3 > of trichloromethane according to the ratio of the neutralization solution to the trichloromethane being 1: 0.8; introducing ammonia to adjust the pH value to 2.5-3.5, and standing for layering for 10 minutes; preheating the heavy phase to 120 DEG C, feeding the heavy phase into a sublimation kettle (vacuum is-0.065 to-0.096 MPa, and kettle temperature is less than 220 DEG C), sublimating, and freezing and centrifuging to obtain a maltol crude product; and freezing and centrifuging the light phase to obtain ammonium chloride salt. The method provided by the invention has the advantages of fast reaction, high yield, reduction of sewage amount and treatment cost, and improvement of device safety, and is suitable for ethyl maltol production.

The process of using matcha to decrease chlorine concentration in the water purification process. The process includes adding matcha after the use of chlorine and properly dissolving the matcha into the chlorinated water. The matcha itself is in powdered form to increase surface area and results. In addition, the matcha also decreases the taste associated with chlorine covering it with its flavonoids. Other embodiments are described or shown.

The present structural arrangement aims to provide improvements and eliminate the disadvantages of the previous configuration of a sanitizing device (1). To this end, as the main improvements, both housings (2 and 3) of the device (1) are positioned so as to maintain a rear space in the cistern body, which receives first and second internal channels (4 and 8), which replace the external pipe of the previous configurations. The lid (11) of the device (1) has a raised contour (12) coinciding with the upper edges of each housing (2 and 3). The device (1) includes an external clip-on connector element (13) for connection to a chlorinated water (AC) outlet hose (M2) and which is fitted to the end of the overflow pipe (LA) of the cistern (CA), thereby improving installation and providing a better finish for the installed assembly.

A method of treating a rhodium material comprising both rhodium and base metal (e.g., prior to refining of the rhodium material to recover the rhodium), the method comprising: locating the rhodium material in water; passing chlorine through the water to chlorinate the water; adding hydrochloric acid to the chlorinated water and heating to dissolve the base metal forming a leach liquor comprising the base metal; separating the leach liquor comprising the base metal from the rhodium material comprising the rhodium.

The invention relates to use of a pipe for transporting chlorinated water, wherein the pipe is a biaxially oriented pipe made by a process comprising the steps of: a) forming a polymer composition comprising a polyolefin into a tube and b) stretching the tube of step a) in the axial direction and in the peripheral direction to obtain the biaxially oriented pipe.

A salt chlorine generator is provided in the form of a housing including an inlet opening designed to receive an incoming water flow, an outlet opening designed to release an outgoing chlorinated water flow, and a chlorinator mounted in a fluid cavity defined between the inlet opening and the outlet opening. The salt chlorine generator also includes a gas removal device positioned downstream from the chlorinator and proximate to the outlet opening. The gas removal device includes a gas engagement portion in fluid communication with the fluid cavity and a stream engagement portion in fluid communication with a chlorinated water stream, the stream engagement portion having a first upstream end and a second downstream end. The first upstream end defines a first opening with a first cross-sectional area, and the second downstream end defines a second opening with a second cross-sectional area.

The present invention relates to a method for transporting chlorinated water, the method comprising the step of conveying the water through a pipe made of a polyolefin comprising a hydrotalcite mineral and a hydrazide of formula (I) as defined herein. The present invention also relates to a pipe for transporting chlorinated water, wherein the pipe is made of a polyolefin comprising a hydrotalcite mineral and a hydrazide of formula (I); a method for preparing a pipe, the method comprising contacting a polyolefin, a hydrotalcite mineral and a hydrazide of formula (I); and the use of a hydrotalcite mineral and a hydrazide of formula (I) for stabilizing a pipe made of a polyolefin against chlorinated water.

The invention belongs to the technical field of colored hydrometallurgy processes, and particularly discloses a method for increasing the available chlorine content of sodium hypochlorite in a chlorination system cobalt electrodeposition chlorine gas absorption procedure, which comprises the following steps: introducing circulating water into a liquid inlet of a primary absorption tower, introducing chlorine gas into a gas inlet of the primary absorption tower, and introducing chlorine gas into a gas outlet of the primary absorption tower; an absorbent is introduced into a liquid inlet of the five-stage absorption tower, the volume ratio of water to alkali of the absorbent is (1-3): 1, chlorine is mainly subjected to step-by-step alkali absorption, the temperature during absorption is controlled to be 35-40 DEG C through a cooling plate heat exchanger, a generated sodium hypochlorite solution is discharged out of the second-stage absorption tower from a sodium hypochlorite discharge port, and the discharge potential of the sodium hypochlorite solution is controlled to be 450-500 mv; circulating water is introduced into a liquid inlet of the six-stage absorption tower to cool chlorine, generated chlorine water is discharged out of the six-stage absorption tower from a liquid outlet, and chlorine is discharged from a purified tail gas outlet of the six-stage absorption tower after being detected and analyzed to be qualified; the discharge amount of alkaline wastewater is reduced, the production environmental protection risk is reduced, and the available chlorine content of sodium hypochlorite is improved.

The invention belongs to the technical field of chemical equipment, and particularly relates to a chlorination hydrolysis high-pressure reaction method and system. In order to solve the technical problem of reducing high-content salt in sewage, the method comprises the following steps: S1, preparing a methanol aqueous solution by using recycled methanol, raw material methanol and water; s2, a furfuryl alcohol and methanol mixed solution is prepared, and methanol mass flow and furfuryl alcohol mass flow are interlocked; s3, pumping a certain volume of methanol aqueous solution into the chlorination kettle, and then carrying out circulating cooling; introducing chlorine and dropwise adding furfuryl alcohol into the chlorination kettle at the same time, and carrying out chlorination reaction; after the chlorination reaction is finished, feeding liquid in the chlorination kettle to a high-pressure reaction kettle for distillation; s4, circularly cooling the high-pressure reaction kettle after distillation is finished, adding caustic soda liquid into the cooled high-pressure reaction kettle, adjusting the pH value to 2.5-3.0, and conveying the neutralized liquid with the adjusted pH value to a preheating kettle; and S5, preheating the neutralized liquid in the preheating kettle, and sublimating the neutralized liquid.

This invention belongs to the field of hydrometallurgical technology for precious metals in non-ferrous metallurgy, specifically relating to a short-process treatment method for silver anode sludge in silver electrolysis. The method includes adding an alcohol medium to the silver anode sludge and subjecting it to ultrasonic vibration to disperse the elemental and compound elements present in the silver anode. The undersize material undergoes solid-liquid separation to obtain filter residue and filtrate. The filtrate is returned for further vibration dispersion. The oversize material is then melted and cast into silver anode plates using a reflow method. The obtained filter residue undergoes chlorination leaching to convert rare and precious metals such as gold, platinum, palladium, and rhodium into a chlorinated aqueous solution. The elemental silver and its silver compounds in the filter residue are converted into chlorinated slag containing silver chloride. The chlorinated solution is returned to the gold extraction process for gold separation or precipitation to obtain crude gold powder rich in platinum, palladium, and rhodium, which is used for refining to obtain gold ingots. The chlorinated slag is directly returned to the silver extraction process for reduction or silver separation to obtain high-quality crude silver powder for electrolysis. This invention features a simple process, a short flow, and achieves the recycling of material resources.

The disclosed embodiments relate to a composition for the dechlorination of water and improving the palatability of chlorinated water for livestock. In certain aspects, disclosed compositions comprise a reducing agent, a weak base, and water. Further disclosed are method for dechlorinating chlorinated water comprising combing a dechlorinating solution with chlorinated water, wherein the dechlorinating solution comprises a reducing agent, a weak base, and water.