37results about How to "Beautify the ecological environment" patented technology

The invention relates to a reforesting module which is composed of a main framework and an assistant flashboard casted and moulded by engineering plastic. The main framework comprises a soleplate, as well as an upper and a lower frames, a left and a right frames and a middle sash arranged on the soleplate, the middle sash is formed by comparting across a transverse partition board with a water-leaking notch at the upper part and a vertical partition board with a slot at the upper part, the position of the upper frame near the frame opening is designed to be an L-shape which contracts inwards,and the position of the lower frame near the frame opening is designed to be an L-shape which extends outwards, the left and the right frames are respectively and symmetrically provided with inward concave assembling technical grooves, the soleplate is provided with limiting and assembling holes and inner concave snap grooves. Through arranging clay and planting reforesting plants in the main framework, and continuously reconstructing the reforesting module as requirement on a reset limiting snap strip arranged on a building after being relatively stable, the reforesting system which accords with the shape and the size of the actual requirement is combined. The reforesting system has the advantages of wide range of application, convenient arrangement, low cost, stability and serviceability, good practical effect, etc.

Low-surface-energy paint with hydrophobic self-cleaning function comprises the raw materials in parts by weight: 20-25 parts of hydroxy acrylic resin, 5-6.5 parts of ultrafine talcum powder, 7-8.2 parts of ultrafine precipitated barium sulfate, 9-15 parts of organosilicon modifed polyacrylate, 2.8-4.2 parts of teflon, 7.8-8.3 parts of a mixed solvent, 9-15 parts of wax slurry, 3.8-4.2 parts of hydrophobic type nanometer silicon dioxide, and 18.5-20.5 parts of a pigment. The advantages comprise that the functional low-surface-energy paint is capable of retaining the color of a product, improving the service life of the product, and realizing the effects of saving energy, protecting environment and beautifying ecological environment.

The invention discloses a building block, which includes a block body laid on the outer surface of a dam body facing the water to form a water-facing surface, and the block body is on the near water surface facing the water side and the far water surface facing away from the water side. At least one pressure relief through hole is arranged between them, and the diameter of the end of the pressure relief through hole close to the water surface is larger than the diameter of the other end. The beneficial effects of the present invention are: since there are seven rounded platform-shaped pressure relief through holes, which are small inside and large outside, between the near water surface and the far water surface of the block, it is beneficial to plant growth, beautify the ecological environment, and facilitate the pressure relief through holes. Hole filter type pressure relief to prevent sediment loss and fundamentally solve the problem of collapse of the entire facing water surface formed by laying blocks; since the far water surface of the block has at least a pair of pits with small inside and large outside and side openings, It makes it easy for the block to obtain reliable adhesion of the dam body sediment, and at the same time, it is convenient for the operators to obtain a reliable force space when transporting and laying the block.

The invention relates to a stable vegetation ecological establishing method for a hill type reservoir entry estuarine wetland. The method includes the steps of reservoir hydrological rhythm surveying, reservoir entry estuarine wetland zoning, reservoir entry estuarine habitat zoning surveying, determination of suitable plant species according to the survey result, and guaranteeing of localization and diversification of reservoir entry estuarine wetland plants; vegetational communities are established according to the result and the selected plant species. Herbaceous plants which can quickly revive after water subsiding and are resistant to flood are planted in a low zone. Shrubs and herbaceous plants which are resistant to flood and resistant to drought in a short period of time are planted in a middle zone. Arbors, shrubs and herbaceous plants which are resistant to flood and drought for a short period of time are planted in a high zone. Hygrophyte is planted in a riverway shoreland zone. Arbors, shrubs and herbaceous plants which are resistant to moisture and drought are planted in a zone within the elevation range of 2m above the common storage water level. The establishing method is simple, feasible and easy and convenient to operate, optimal disposition of the plants in different elevation zones of the reservoir entry estuarine wetland can be achieved, stable vegetation ecology can be quickly restored in an omni-bearing mode, and the high purification effect is achieved on pollutants of upland water.

The invention discloses a method for making pulp and paper by using distiller's grains from sweet sorghum stalks. This method includes four steps. The first step is ethanol fermentation and distillation: take 16 tons of sweet sorghum stalks with a water content of 70%, grind them through a grinder, add the cultured yeast seed liquid at a ratio of 15% (v / m), and carry out Ethanol fermentation and distillation to obtain 1 ton of ethanol with a mass fraction of 95% and 16 tons of hot distiller's grains with a water content of 80% at a temperature of 94°C; in the second step, the hot distiller's grains are directly sent to a disc refiner for fiber separation and broom 14 tons of slurry with a water content of 85% are obtained, the disc grinding distance is 0.002m, and the refining concentration is 20% (w / w). In the third step, 2.1 tons of waste paper pulp boards are decomposed by a fiber decomposer and then sent to the Valley beater Beat the pulp to 36oSR to obtain 10.5 tons of slurry with a water content of 80%. In the fourth step, the distiller's grain fiber pulp obtained in the second step and the waste paper pulp obtained in the third step are mixed in a ratio of 1:1 to make paper to obtain 4.2 tons of base paper. The invention is used for the pulping and papermaking of distiller's grains from sweet sorghum stalks.

The invention mainly discloses a microorganism utilizing park water purifying device and a purifying method thereof. The technical scheme is as follows: the microorganism utilizing park water purifying device comprises a bed body, a treatment bin positioned below the bed body and a solar energy supply device positioned above the bed body, wherein the solar energy supply device comprises a protection cover, a photovoltaic panel and a containing bin; a filter area, an aerobic area and an anaerobic area are sequentially arranged in the treatment bin from left to right; a precipitation area is arranged below the filter area, the aerobic area and the anaerobic area; and a power device is arranged on the outer side of the treatment bin and connected with the solar energy supply device. The water purifying device is put on the water surface, and aquatic plants are grown on the bed body; and the sewage enters the aerobic area from the filter area and then goes into the anaerobic area and is finally discharged through a water-out pipe. In the invention, original ecological environment is not damaged, the solar energy supply device supplies energy, and thus the operation cost is low; the water quality is treated by the treatment bin, the treatment efficiency is high, and the effect is good; and the power device drives the water purifying device to move freely, the treatment area is wide, and the popularization and application are facilitated.

The invention discloses a porous adsorption medium for water treatment. The porous adsorption medium is prepared from the following raw materials in parts: 70-80 parts of silica sand casting regenerated ash, 5-15 parts of sludge, 5-15 parts of coal ash, 0-10 parts of activated carbon and 5-10 parts of straws or stem plant broken materials. The porous adsorption medium provided in the invention is hard, has the specific gravity of more than 1, is completely sunk into the bottom, is high in porosity and large in specific surface area and suitable for serving as biological stuffing (such as a filling body in a biofilter) in an environmental water treatment technology. Wastes are fully utilized, the porous adsorption medium is successfully applied to environmental protection and management, the waste is changed into a valuable material, and a great contribution is made to beautifying the ecological environment.