8 results about "Chemical agent" patented technology

The invention refers to a kind of plant fibre liquefied and the manufacturing method, and the usage. It is made up by mixing 100 shares of polyatomic alcohol, 0-12 shares of phenol, 1-15 acid and heating them to 110-160deg.C, then adds in dried and crushed plant fibre material about 5-40 shares, reacts for 20-150 minutes, then cools them with ice. The product can be used to produce polyurethane foaming material. The plant fibre liquefied material not only can be lumber fibre material, but also can use other plant fibre material, it upgrades the use of material other than lumber resources, it reduces the consumption of chemical agent, the other hand, it can improve the flexibility of high polyurethane.

The invention relates to a chlorine dioxide generating unit and a chlorine dioxide generating device. An object of the invention is to provide a chlorine dioxide generating unit capable of releasing a practically adequate amount of chlorine dioxide for a long period of time while being small in size. Provided is the chlorine dioxide generating unit characterized in that the unit is provided with a chemical agent accommodating part and at least two light source parts, the light source parts are used for generating light comprising essentially the visible region of wavelengths, a chemical agent including a solid chlorite is accommodated in the chemical agent accommodating part, the chemical agent accommodating part is provided with one or a plurality of openings so that air can move between the inside and outside of the chemical agent accommodating part, the one or plurality of openings in the chemical agent accommodating part are covered by a breathable sheet, and the chemical agent present inside the chemical agent accommodating part herein is irradiated by the light generated from the light source parts, whereby chlorine dioxide is generated.

The invention discloses a device applicable to a pipe washing work of a deep sea oil and gas pipeline. The device comprises a water flushing system, a chemical agent filling system which is connected to the water flushing system, an assisting system which assists the water flushing system to clean the pipeline, and a data acquiring and transmitting system for acquiring and transmitting data of a pipe cleaning device, wherein the water flushing system comprises at least free water flushing and ROV supported water flushing; the free water flushing is that the inner and outer water pressure difference of a seawater pipeline is treated as power to flush water for cleaning the pipe; the ROV supported water flushing is that hydraulic power supplied by a centrifugal pump is used for flushing water to clean the pipe; the chemical agent filling system comprises at least an underwater chemical agent tank, a chemical agent discharging assembly, a chemical agent filling assembly, a chemical agent filtering and adjusting assembly and an underwater rapid chemical agent supplementing joint; and the chemical agent is filled with different concentration and mixing ratio through the chemical agent filling and adjusting assembly based on the flow rate change of a main pipeline. The device overcomes deep water pressure and resistance along the way and reduces the shortages of a large amount of aboveground devices for normal pipe cleaning work, large occupied space, and high input cost; and the deep water pipeline cleaning work efficiency is improved.

Disclosed is a PIG high-elasticity pressurized pneumatic elastic cleaning technology. By combining PIG cleaning with chemical cleaning, to-be-cleaned pipelines are subjected to PIG cleaning and chemical cleaning in sequence. The PIG high-elasticity pressurized pneumatic elastic cleaning technology combines PIG cleaning with chemical cleaning, thus efficient and low-cost cleaning of the pipelines is achieved, adaptability is high, the PIG high-elasticity pressurized pneumatic elastic cleaning technology is suitable for cleaning of the super-long pipelines, and a multi-layer cleaning mode can beadopted; through PIG cleaning, the position between two PIGs can be filled with a chemical agent for cleaning, rinse water or air in the pipeline cleaning process, the cleaning, passivation and drying processes can be completed correspondingly, the cleaning technology is greatly simplified, the investment of a large number of drugs and equipment is saved, the more economical and more environmentally friendly effects are achieved, the construction period is greatly shortened, and meanwhile, the gas purging cost is saved greatly.

The invention provides a combustion furnace. The combustion furnace is used for coal combustion, generated smoke is changed into sludge fertilizer, clean gas is discharged to the environment, the fog hazard degree is lowered, and high chimneys do not need to be constructed. Smoke and gas which are generated after coal combustion are subjected to two times of shower water spraying and one time of chemical agent processing under the effect of closed system terminal electric fan pumping and is discharged into the atmosphere after being purified, and sludge formed after the smoke is subjected to shower water spraying and precipitates can be used as the fertilizer. The combustion furnace can be used for coal combustion for heating of north residents, coal combustion in plants in all places, coal combustion in brickyards in all places, and the like.

The invention provides a method and structure for co-processing waste incineration fly ash underground in a mine. According to the method, anti-pollution and anti-seepage treatment of the mine is used as a first-stage pollution isolation barrier; a secondary dirt isolation barrier is formed through encapsulation treatment; and clay mortar in the treatment sealing layer is used as a third-stage dirt isolation barrier. According to the structure, an underground space of a mine serves as a fly ash disposal space, and a wall impermeable layer is arranged in the fly ash disposal space; a plurality of packaging box body stacks are placed in the fly ash disposal space, and each packaging box body stack is formed by stacking a plurality of packaging box bodies; the encapsulation box body comprises a box body, a chelating agent or a chemical agent fly ash mixture is contained in the box body, and the top of the box body is sealed through a cement mortar layer; a disposal sealing layer is arranged at the outlet position of the fly ash disposal space, and the fly ash disposal space among the multiple packaging box body stacks is filled with clay mortar. The problems that ground land resources are short and waste incineration fly ash cannot be disposed can be effectively relieved. And underground idle space formed after coal mining can be effectively utilized.

The invention provides a novel chemical agent injection device. The novel chemical agent injection device comprises a reducing pipe and an injection part which are sequentially arranged from top to bottom, the inner diameter of the bottom of the reducing pipe is the same as that of the top end of the injection part, the upper end of the reducing pipe is sleeved with a first flange, the lower end of the reducing pipe is sleeved with a second flange, and the injection part comprises an injection joint and a pipe body, a third flange is sleeved below the injection joint, the second flange is fixedly connected with the third flange through a bolt, an upper sealing gasket is padded between the injection joint and the second flange, a lower sealing gasket is padded between the injection joint and the third flange, a medicine feeding hole is formed in the side wall of the bottom of the pipe body, and a short pipe and a pipe seat are sequentially sleeved on the pipe body from top to bottom. According to the novel chemical agent injection device, the interchange and universality of injection parts with the same pressure grade are realized, and when the injection parts are better, the operation can be finished by only detaching the flange connection and re-fastening the flange connection after replacement, so that the operation is convenient, and standardized, serialized and mass production can be realized.