43results about How to "Achieve high and stable production" patented technology

The invention relates to a preparation for promoting growth and development of wheat in a weak light environment and a preparation method thereof. The preparation comprises the following components in percentage by weight: 0.00001-0.00005% of brassinolide, 0.0001-0.0005% of 6-benzylaminopurine, 0.0001-0.0002% of manganese sulfate, 0.005-0.01% of boric acid, 0.5-3% of alpha-fatty acid methyl ester sulfonate, 0.05-0.15% of xanthan gum, 0.1-0.8% of fulvic acid, 3.0-5.5% of ethylene glycol, 3-5% of absolute ethanol and the balance of water. The preparation method comprises the following steps: respectively dissolving brassinolide and 6-benzylaminopurine in absolute ethanol, and mixing to obtain a mother solution; diluting the mother solution, adding boric acid and alpha-fatty acid methyl ester sulfonate, and stirring at high speed; adding xanthan gum, and stirring; and finally, adding manganese sulfate, fulvic acid, ethylene glycol and the balance of water, and stirring uniformly. When being used for coating or application in the breeding season, the preparation can obviously enhance the photosynthetic efficiency of wheat, and promote yield increase.

The present invention includes increases intermediate water producing factory, intermediate water supplying pipeline and domestic waste water recovering pipeline on the basis of available water supply pipeline; re-constructing city excrement draining and recovering pipeline and re-builds the city sewage processing factory into organic fertilizer plant. The city domestic sewage is drained in new pipeline for recovery and processing into intermediate water for secondary use in flushing toilet and other proper purpose. The city excrement is recovered and treated to produce marsh gas and organic fertilizer.

The invention discloses a machine-transplanted hybrid rice hill-reduction seedling-stabilizing large-ear culturing method. The machine-transplanted line spacing of hybrid rice is 0.30 m, and the hill spacing is adjusted to be 0.20 m to 0.25 m; the seedling grabbing area is set according to the seedling establishment percentage, and during transplanting, the number of seedlings in each hill is 3 to 5 on average so that it can be guaranteed that the number of survival seedlings in each hill is 2 to 4 after regeneration, the density is 132000 hills per hm<2> to 167000 hills per hm<2>, the average total seedling number is 240 pieces per hm<2> to 300 pieces per hm<2>; in other words, the weight of seeds per hm<2> is kept being 18 kg to 22.5 kg. According to the machine-transplanted hybrid rice hill-reduction seedling-stabilizing large-ear culturing method, the number of transplanting hills is reduced by 25.8% to 41% compared with conventional transplanting, and transplanting efficiency is greatly improved; as the number of hills is decreased without decreasing the number of seedlings, the number of seedlings in each hill is increased, the transplanting missing rate is reduced by 10 percent or above, and the number of persons for seedling supplementing is decreased by 3 to 4 per hm<2>; the machine-transplanted late-planting and late-harvesting area of multi-cropping rice fields in Sichuan is large, and rainwater after autumn is much; when the number of hills is decreased, ventilation and light transmitting become better, pest and disease damage is reduced, lodging is reduced, and large ears, more grains and high yield are achieved.

The invention discloses an environment-friendly oxidation-imbibition method for zero flowback of shale gas well fracturing fluid and improved recovery. In this method, oxidant is added to the fracturing fluid, and after the fracturing of the gas well, the shale and the oxidizing fracturing fluid are used to oxidize the organic matter on the fracture surface or pore surface, thereby increasing the contact area between the fracturing fluid and clay minerals, and improving the shale The imbibition ability of fracturing fluid enables the fracturing fluid in the fracture to imbibe and disperse into the pores, and the fracturing fluid in the pores dissolves organic matter and disperses into the intercrystalline pores of clay minerals, realizing zero flowback of fracturing fluid. The present invention uses oxidative fracturing fluid to improve the imbibition capacity of shale reservoirs, not only increases the effective seepage channel and gas desorption-diffusion capacity, but also avoids the environmental problems induced by fracturing fluid flowback, and returns to the shale gas well after shale gas well pressure. When the drainage is put into production, the oxidant trapped in the reservoir can continuously improve the shale gas transmission channel, which is conducive to realizing the low-cost and high-efficiency development goal of shale gas wells.