49results about How to "High accumulation rate" patented technology

A fusion protein that is expressed in a recombinant protein body-like assembly (RPBLA) in host eukaryotic cells and organisms is disclosed. More particularly, a biologically active polypeptide fused to a protein sequence that mediates the induction of RPBLA formation is expressed and accumulated in host cells after transformation with an appropriate vector. The eukaryotic host cell does not produce protein bodies in the absence of the fusion protein. Methods for preparing and using the RPBLAs and the fusion protein are also disclosed, as are nucleic acid molecules that encode the fusion proteins.

The invention discloses a device and a method for enhancing advanced nitrogen and phosphorus removal from municipal wastewater by using an excess sludge anaerobic fermentation mixture through two stages of SBRs (sequencing batch reactors), and belongs to the field of biochemical treatment of wastewater. The device comprises an excess sludge fermentation tank, a sludge storage tank, a raw water tank, an intermediate water tank, the two SBRs, an air compressor and a peristaltic pump. The method comprises the steps that a domestic wastewater and excess sludge fermentation mixture enter the first SBR firstly for anaerobic phosphorus release, shortcut nitrification and anoxic denitrifying phosphorus accumulation; drained water from the first SBR enters the intermediate water tank and then enters the second SBR, NH4<+>-N and NO2<->-N, which are not nitrified and produced through fermentation of hydrolytic acidification organisms, in the drained water are continuously subjected to further nitrification, meanwhile, phosphorus-accumulating organisms accumulate phosphorus sufficiently, and finally, advanced nitrogen and phosphorus removal from the domestic wastewater is realized. The device and the method are applicable to enhanced nitrogen and phosphorus removal from the municipal wastewater with low C/N and C/P, carbon sources are saved, the nitrogen and phosphorus removal efficiency is increased, and sludge reduction treatment is realized.

A water treatment system for producing a sodium hypochlorite solution to control bacteria levels in well water containing: a pH adjuster; a container containing solid calcium hypochlorite for producing a calcium hypochlorite solution; and a container containing solid sodium carbonate for producing the sodium hypochlorite solution and a method of controlling bacteria levels in well water by using intermittent injections of a sodium hypochlorite solution with alternating pH values.

The invention relates to a synchronous nitrosation-Anammox device for low-temperature low-ammonia-nitrogen sewage based on a magnetic induction heat effect, which comprises a sewage treatment container, a composite filler in the sewage treatment container and a magnetic field generation device outside the sewage treatment container. A metal conductor is arranged in the composite filler, a protective layer is arranged on the middle layer, a porous adsorption carrier layer is arranged on the outer layer, and anaerobic ammonia oxidizing bacteria and nitrite bacteria grow in the porous adsorption carrier layer and on the surface of the porous adsorption carrier layer. The device adopts a one-stage Canon process, local high temperature is generated through an external alternating magnetic field and the magnetic induction heat effect of the metal conductor in the composite filler, meanwhile, the outer adsorption carrier selectively adsorbs ammonia nitrogen to create a local high-nitrogen-carbon-ratio environment, anaerobic ammonia oxidizing bacteria and nitrite bacteria are efficiently screened, and competitive advantages of the anaerobic ammonia oxidizing bacteria and the nitrite bacteria are kept. The biological activity is efficiently improved with low consumption, the denitrification capacity of the nitrosation-Anammox process on low-temperature and low-ammonia-nitrogen urban sewage is remarkably improved, and the capital construction and operation cost for sewage treatment is greatly reduced.

The present invention relates to an electric energy storage apparatus having a configuration comprising at least a capacitor and an inductor, wherein the electric energy storage apparatus provides storage of charges generated from microbial fuel cells, and the inductor of the electric energy storage apparatus is capable of converting part of the alternative current power generated by the microbial fuel cell into a direct current power. This direct portion of electric power is a part of the electric power supplied to the energy storage apparatus. The storage of the energy storage apparatus also can be stabilized by the electromagnetically induced feedback mechanism. Therefore, the stabilization of energy storage of the microbial fuel cell can be achieved simultaneously. The present invention also provides a microbial fuel cell energy storage system comprising a microbial fuel cell and the apparatus.

The invention relates to a method of stacking a horizontal rib on an unequal-height section through laser cladding operation. The method comprises the following steps that the unequal-height section and a laser cladding device are provided, the stacking position is determined on the unequal-height section, and the length of the rib on the unequal-height section is determined according to the stacking position; and the lowest portion of the stacking position serves as the head segment of the rib, the highest portion of the stacking position serves as the tail segment of the rib, the number of segments of the rib is determined according to the length and the height of each segment of the rib in the vertical direction, the cladding speed of each segment of the rib is determined according to the relationship of the cladding height of each segment of the rib and the scanning speed under the condition of a certain parameters, and the laser cladding operation is conducted, so that the horizontal rib is obtained. According to the method, a segmentation speed changing method is adopted to conduct segmentation on the rib on the unequal-height section, and the rib obtained through the cladding operation can be of a horizontal structure by use of the influence of the change of the scanning speed on the height of the cladding layer.

The present application relates generally to a process of manufacturing an optimized packing material comprising chia seed mucilage (CSM), glycerol, and sorbitol, wherein said packaging materials have a good tensile strength (2.005 N/mm²), lower water vapor permeability (1.73×10⁻⁹ g×s×Pa/m), a good flexibility (e.g. high elongation at break, 31.729%). The optimum conditions of polyol concentration were 1.3 g of glycerol and 2.0 g of sorbitol per g of CSM. Based on these results, chia seed mucilage can successfully be used to develop biofilms with potential to be used in drug delivery and edible food coating applications. Both the process and the products are within the scope of this application.

The invention discloses a high-efficiency denitrification device and method capable of self-strengthening release of a solid carbon source. The device comprises a water distribution and sludge discharge device, a reaction device and a three-phase separation device which are sequentially communicated from bottom to top, an anaerobic ammonia oxidation zone, an inner three-phase separation zone, an inner water distribution zone and a short-range denitrification zone are sequentially arranged in the reaction device from bottom to top. Ammonia nitrogen and nitrite nitrogen in wastewater are removed through the anaerobic ammonia oxidation zone, then the wastewater is separated in the inner three-phase separation zone, gas is accumulated through the gas collection device and then is subjected to pulse gas release in the short-cut denitrification zone, and liquid enters the short-cut denitrification zone through the inner water distribution zone; the short-cut denitrification zone is provided with a solid carbon source, and power generated by pulse gas release can promote flow state disturbance and release of the solid carbon source; nitrate nitrogen of the wastewater is converted into nitrite nitrogen through the short-cut denitrification region, and the nitrite nitrogen flows back to the anaerobic ammonia oxidation region. According to the invention, all reaction characteristics are fully utilized, the release efficiency of the solid carbon source is enhanced by adopting self-produced gas disturbance, the function cooperation of short-cut denitrification and anaerobic ammonia oxidation processes is improved, and efficient and economic biological denitrification is realized.

By preliminarily dissolving a basic organic compound in an aqueous solvent in which a peptide usable in metal-labeling is to be dissolved, the solubility of the peptide is improved and thus metal-labeling can be carried out without heating. A composition for medical use containing a peptide usable in metal-labeling and a basic organic compound acceptable as a pharmaceutical additive can be utilized as a preparation useful in image diagnosis, radiotherapy and so on.