30results about How to "Save water and energy" patented technology

The invention relates to the method to use special biology enzyme (pectic enzyme, fibrin enzyme, lipase, albumen enzyme, lacquer enzyme, xylan enzyme, polysaccharide enzyme, and catalase) and environment-friendly effective surfactant to produce aid fitting the biochemical pretreatment of fibrin fiber, and its fabric, and its processing technology. The aid for short flow of zoology pretreatment made of a host of biology enzyme and environment-friendly surfactant can fit the short flow of zoology pretreatment of fibrin fiber and its fabric. The invention advances the quality of the production. At the same tie, it reduces pollution to the environment, and it achieves the process of pretreatment of fibrin fiber and its fabric with the interreaction with biology enzyme and surfactant. Moreover, thep rocess does little harm to the fiber and it has an effective removement of residue. Additionally, it is friendly to the environment.

The invention provides a method for recycling waste acid generated in production of sulfuric acid from smelting flue gas. The method comprises the following steps: reducing waste acid by using Fe, performing evaporative crystallization to obtain FeSO4 crystals, enabling FeSO4 crystals to react with filter liquor, sulfuric acid and an oxidant generated in the activation step of producing activated clay from bentonite, so as to obtain polymeric aluminum ferric sulfate; selectively, enabling polymeric aluminum ferric sulfate to react with an organic flocculating agent, so as to obtain an organic-inorganic composite flocculating agent. According to the recycling method, the waste acid generated in the production process of sulfuric acid from smelting flue gas is adopted as a main raw material, and waste heat of smelting flue gas is utilized to produce the activated clay and the organic-inorganic composite flocculating agent which have broad markets in various industries, so that the problems about recovery of waste heat of high-temperature flue gas, treatment of waste acid, and seasonal storage of by-product sulfuric acid are solved; besides, plenty of valuable industrial products can also be produced; therefore, the method has quite high social benefit, environmental benefit and economic benefit.

The invention provides a method for producing a sticky rice with fillings of bean quickly, which comprises choosing superior lactic acid bacteria lactobacillus plantarum, bending lactobacillus, L.mesenteroides subsp.dextranicum as the bacterial of the leaven, after the bacterial is activated and cultured, adding the bacterial to a seed culture medium for 18-24h with the inoculation amount of 3-5% according to the proportion of 2:2:1, reducing the pH to about 3.2, inoculating waxy corns according to the inoculation amount of 3-5%, fermenting 8-10 days under the condition of 25-28 DEG C, cleaning the waxy corns which are fermented with water, and then drying the moisture, and a completed product of a sticky rice with fillings of bean is made finally after technologies of grinding paste, mixing dough, packaging, stewing, and freezing. The invention can reduce the fermentation periodic time, and can improve the nutrition and local flavor of the product, and is a technology for manufacturing sticky rice with fillings of bean quickly.

The invention discloses a system for cultivating microalgae with waste water, comprising a water source heat pump, a temperature control device, a heat exchange pipeline, and a waste water treatment device, wherein the water source heat pump is used for obtaining heat energy from the input waste water and storing, and the heat energy from the input waste water is used for heating or refrigeratingthe input water; the temperature control device is used for detecting environment temperature of a microalgae cultivation room and effluent water temperature; the heat exchange pipeline is used for accepting the water output by the water source heat pump and carrying out heat exchange with the microalgae cultivation room; and the waste water treatment device is used for carrying out further treatment on the waste water flowing out of the water source heat pump, the heat exchange pipeline and/or a water curtain and inputting to each photobioreactor. The invention realizes utilizing waste waterto control the proper temperature range of microalgae cultivation and inputting to each photobioreactor, and utilizing waste water to provide culture solution for microalgae cultivation.

The invention relates to a new ship high-efficiency over-dam device, which comprises: a ship support bank, a rail, an upright well, a torque balance weight, a coiling cylinder, a crown block, a steel wire, a gate, a sealing device, an inlet/outlet tube, and an inlet/outlet water valve. The invention utilizes the float and gravity to quickly lift and fall the ship on the rail via ship support bank. The invention can increase the over-dam efficiency, with high stability and reliability.

The invention relates to a method for the treatment of laundry (7), having a washing lye in a washing machine comprising a lye discharge system (18) disposed on the base of a lye container (1), a pivotally supported drum (2), and a heating device (13, 16) for the direct heating of a load (a1) of laundry (7) containing the washing lye, the method comprising the steps of: a) adding the washing lye to the load (a1) in an amount (a2) smaller or equal to an amount (a3) required for saturation of the laundry (7) with water ('saturation amount'), and wetting the laundry (7); b) heating the wetted laundry (7) by means of the heating device (13, 16); and c) adding water at a temperature Tw of no more than 40 DEG C for rinsing the washing lye from the laundry (7). The invention further relates to a washing machine suitable for carrying out the method.

A purge valve comprising a valve body having a valve inlet and a valve outlet and a water flow passage between the valve inlet and the valve outlet; first valve means adapted to set the valve in open position by opening the water flow passage in response to a user's action; second valve means adapted to hold the valve in open position if and until the water flowing through the water flow passage is below a predetermined temperature; third valve means adapted to automatically set the valve in close position when the water flowing through the water flow passage is at the predetermined temperature; and, fourth valve means adapted to alert the user that the valve has closed and water having the predetermined temperature is available at the valve inlet.

The invention discloses an ultraviolet-resistant fabric and a preparation method thereof. The fabric comprises a fabric surface layer and an ultraviolet-resistant layer deposited on the fabric surface layer, wherein the ultraviolet-resistant layer is a blending layer of polyurethane, sodium alginate, hydroxyethyl methyl cellulose, hindered amine light stabilizers, hydroxyphenyl benzotriazole ultraviolet absorbents, nano ultraviolet absorbents and rare earth fluorescent compounds. The fabric is excellent in ultraviolet-resistant effect, excellent in moisture absorption property, simple in production process, has resistance to sunlight and perspiration and does not need to be washed with water; a lot of water and energy can be saved; the fabric coated with the ultraviolet-resistant coating is soft, tough, washable and durable, and is excellent in properties.

The invention discloses a method for improving the fixation rate of a reactive dye in an alcohol organic solvent-water system. The method includes modifying a pre-dyed cotton textile by adopting a treatment method that an alkali liquor and a cation modifier are in the same bath, and then directly dyeing in the alcohol organic solvent-water system; remarkably improving the affinity between the cotton textile and the reactive dye through the synergistic effect of alkali liquor pre-swelling and cation modifier modification treatment, so as to improve the fixation rate of salt-free dyeing of the cotton textile and the K/S value after soaping; and meanwhile, placing the cotton textile in the alcohol organic solvent-water system, performing alkali liquor pre-swelling, and then performing cationic modification. on one hand, the alkali liquor is used as a nucleophilic reagent combined with the cation modifier and the cotton textile, on the other hand, the alkali liquor is used as a fixing agent for dyeing the modified cotton textile, and the modified cotton textile is directly dyed without water washing, so that the fixing rate of the reactive dye in the alcohol organic solvent-water system is obviously improved.

The invention relates to a preparation method of a polyester fabric moisture-absorbing and sweat-releasing finishing agent containing a naphthalene structure, which comprises the following steps: by taking dimethyl 1, 8-naphthalate, ethylene glycol, polyethylene glycol and a catalyst as raw materials, carrying out transesterification, and then carrying out polycondensation to synthesize a polyester-polyether copolymerization type moisture-absorbing and sweat-releasing finishing agent suitable for polyester fabrics. The method is high in synthesis efficiency, the finished fabric is good in hydrophilicity and hand feeling, the moisture absorption and sweat releasing agent and silicone oil can be subjected to one-bath finishing, the hydrophilic performance is excellent after one-bath finishing, and the after-finishing efficiency of the fabric is greatly improved.

The invention discloses a full-automatic closed-circuit circular extraction device. The device comprises a magnetic stirring water bath pot, an evaporation kettle, an extraction kettle, ultrasonic/microwave auxiliary equipment, a condenser, a support frame, a horizontal support, an extraction container and a dual-sealing cover; a support is arranged at the pot bottom; the evaporation kettle is arranged in the pot; a sealing cover and a steam pipe are arranged on the top of the evaporation kettle; a flow guide pipe is arranged between the evaporation kettle and the extraction kettle; the dual-sealing cover comprises an inner cover and an outer cover; the outer cover is fixedly connected with the extraction kettle in a sealing mode; the extraction container is connected with the inner cover in a sealing mode; mesh holes are formed in the extraction container, and a return pipe is arranged on the inner cover; the condenser is fixed to the support frame and comprises a water cooling part, a natural cooling part and a drainage pipe; the drainage pipe is detachably connected with the return pipe in a sealing mode; the natural cooling part is detachably connected with the steam pipe in a sealing mode; the support frame, the magnetic stirring water bath pot and the ultrasonic/microwave auxiliary equipment are arranged on the horizontal support. The whole device is a closed-circuit system, no solvent is lost in the extraction process, and steam in the evaporation kettle serves as driving force for achieving automatic circulation of the whole system.

A high-pressure water-saving closestool for the places such as washrooms comprises a high pressure air generator (19), a high pressure water generator, a high pressure air tank and a closestool body. All the parts are enclosed and are capable of bearing the pressure and impact force of high pressure air or high pressure water without damage. The high pressure air generator (19) is used for pressurizing the water in the high pressure water generator or inflating the high pressure air tank, and then the kinetic energy generated by the high pressure water or high pressure air is used for clearing the dirt. The high-pressure water-saving closestool saves water and energy, and is sanitary and generates less noise.

The invention discloses an environment-friendly discharge printing technology which comprises the specific steps of: performing pre-treatment on knitted cloth; then performing rotary screen printing; and finally adopting one of high-temperature roasting and high-temperature steaming. Printing paste used for the environment-friendly discharge printing technology comprises components in percentages by weight as follows: 10-20% of leucotrope, 12-50% of a solvent, 20-30% of a paste material and the balance water. The printing paste disclosed by the invention does not contain odor from free formaldehyde and free sulfur, so that the environment-friendly discharge printing technology which uses the printing paste does not need water-washing and soap-washing. Thus, the environment-friendly disperse dye printing technology is not only environment-friendly, but also saves plenty of water and energy, and is in accordance with a principle of low carbon economy.