Zeolite non-woven fabric desert greening tree planting bag double-ingredient nutrition paste

Abstract

The invention discloses zeolite non-woven fabric desert greening tree planting bag double-ingredient nutrition paste, which is characterized by being prepared from the raw materials of zeolite compression nutrition soil, zeolite carbonization nutrition soil, attapulgite clay, acidified zeolite particles, urea, monopotassium phosphate, super absorbent resin, quick soluble sodium silicate, polyvinylalcohol, hydroxypropyl methyl cellulose, ferrous sulfate, sodium carbonate, white cement and water. The raw materials are respectively stirred and uniformly mixed, and are respectively packaged intothe zeolite non-woven fabric desert greening tree planting bag double-ingredient nutrition paste. The nutrition ingredients of double-ingredient nutrition paste adsorbed and attached onto the inside and the outside of zeolite non-woven fabric desert greening tree planting bags can be slowly seeped into the zeolite compression nutrition soil in the non-woven fabric desert greening tree planting bags; nutrition elements required in the middle stage of drought-enduring seedlings in the tree planting bags can be provided; the deep rooting and exuberant leaves of the drought-enduring seedlings areensured. The double-ingredient nutrition paste provided by the invention is applicable to the manufacturing of non-woven fabric desert greening tree planting bags.

Description

technical field [0001] The invention relates to a tree-planting bag, in particular to a zeolite non-woven fabric desert greening tree-planting bag two-component nutritional paste. Background technique [0002] The formation of land desertification, in addition to the natural factors that cause sand dunes to move forward and invade due to force, is more common due to human factors that destroy vegetation such as over-cultivation, over-grazing, over-cutting, and industrial traffic construction. Therefore, protecting and making good use of the land, sealing sand to grow grass, building wind-proof sand forests, and implementing comprehensive development and management of forestry, animal husbandry, and water conservancy are to protect the green homeland and realize the protection of human beings. [0003] The methods of desert control mainly include: setting up sand barriers, mainly grass grid sand barriers, clay sand barriers, fence sand barriers, vertical sand barriers and fla...

AI Technical Summary

Problems solved by technology

[0006] The disadvantages of the above-mentioned patents are: the "rain-gathering, water-saving, fertilizer-preserving, tree-planting bag" is "during natural rainfall, the net formed by the root system will store rainwater, provide guarantee for the survival of trees, realize the survival of saplings, and improve the ecological environment." In nature, deserts or saline-alkali lands are geographically located, and the natural rainfall is less, so the rain-gathering, water-saving, fertilizer-preserving and tree-planting bags are not suitable for afforestation in deserts and saline-alkali lands.

[0008] The disadvantages of the above-mentioned patents are: (1) the bag body includes an inner liner and an outer layer, and the production cost is relatively high, which is unfavorable for popularization

(2) The waterproof layer is made of powder waterproof material, the powder waterproof material is bentonite or modified bentonite or natural rock powder or anti-seepage sand or organic silicon waterproof powder, these powder waterproof materials are difficult to adhere to the surface of the tree planting bag , although "the fixed structure of the waterproof layer is provided between the inner lining layer and the outer layer", in order to "the waterproof layer can also be breathable while being waterproof", the powder waterproof material in the tree planting bag cannot be adhered to the The surface of the tree-planting bag is not waterproof. When the tree-planting bag is in contact with the soil or air, the water contained in the tree-planting bag is connected with the outside world and will be quickly distributed to the soil or air outside the tree-planting bag. However, it cannot play a good role in water and moisture conservation of tree planting bags, and it is not suitable for afforestation in deserts and saline-alkali lands.

[0009] According to the survey, the survival rate of seedlings is less than 55% within three years when greening and planting trees in the desert.