Application of soil hardener in wall body building of greenhouse

Abstract

The invention discloses application of a soil hardener in a wall body building of a greenhouse and prepared solidified soil. A preparation method of the soil hardener comprises the following steps of: dissolving 2.5 percent of hydroxypropyl methyl cellulose and 5 percent of polyacrylamide into 22.5 percent of water to form aqueous solution; adding 70 percent of water glass, uniformly stirring, adding 0.2 percent of curing agent basic solution into 99.8 percent of tap water with low salinity, and uniformly mixing to form hardener diluent; mixing 6 percent-8 percent of cement into 94 percent-92percent of plain soil to prepare mixing soil; uniformly spraying 12 percent of hardener diluent into 88 percent of mixing soil by several times, uniformly mixing, preparing to obtain the solidified soil, feeding into a walling die, uniformly paving on a working face, and dynamic consolidation compacting, wherein the maxim compacted density is 1.76g/cm<3>; and laminating and nourishing for 10-15 days, so that the soil hardener can come into use. The soil hardener in the wall body building of the greenhouse is suitable for the construction field of an aeolian sandy soil type wall body of a winter-warmed greenhouse, and has wide applicability.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

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AI Technical Summary

Benefits of technology

This patented technique allows for better quality control during housekeeping works on buildings that are already undergoing remodeling or rebuilding operations due to environmental concerns such as climate change caused by carbon dioxide emissions from fossil fuel combustion processes used in power plants. By applying this material over these constructions, it becomes less expensive than traditional methods like brickwork or plastered roofs while also improving their durability against damage caused through weather events. Additionally, there're no requirement for complicated repairs after they have been completed because the new layer will maintain its effectiveness even if exposed without being affected again. Overall, this approach helps improve energy efficiency and reduce CO2 emission levels associated with houses becoming older more difficultly to recover themselves.

Problems solved by technology

The technical problem addressed in this patented text relates to improving green house design efficiency while reducing costs associated with conventional methods like rebuilding or replacing old buildings. Specifically, it focuses on developing better green houses through various means including increasing support capabilities, enhancing heat preservation properties, protecting against damage caused by snow loads during cold weather, prevention of root rotations, moisture retention without causing excessive loss of stems due to water absorption, durability improvements, and reduced power consumption levels. Additionally, considering the use of recycled waste products (RDF) as alternative sources of resource, minimizing disposal expenses, and promoting sustained forestry practice within certain regions where grassland plays important roles.

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