Submerged plant planting mud ball substrate formula and preparation method thereof

Abstract

The invention discloses a submerged plant planting mud ball substrate formula. The submerged plant planting mud ball substrate formula is prepared from, by weight, 50-70 % of ordinary loess, 4-10 % ofportland cement, 0.1-0.5 % of super absorbent resin, 8-20 % of clinoptilolite, 10-20 % of organic fertilizers and 4-12 % of polyving akohol; a preparation method includes the following steps of 1, raw materials preparing: ordinary loess, clinoptilolite, organic fertilizer, polyving akohol, portland cement and super absorbent resin; 2, raw materials mixing and mud balls pelletizing: plants or propagule planting, and seeds planting. By the mode, the submerged plant planting mud ball substrate formula is applied to mud ball throwing seeds of submerged plants, propagules, seeds and the like. A small amount of environmental substrate raw materials are added, not only the strength and toughness of the mud balls can be improved, the mud balls are kept in the water until the submerged plant rootsand sprouts steadily, but also essential nutrients are provided for the growth of the submerged plant, and the rapid and stable growth of the submerged plant is accelerated.

Description

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AI Technical Summary

Benefits of technology

The technical effect of this patented technology relates to improving the efficiency of growing seaweed underwater environments by creating stable root systems with large spaces between them without causing damage from environmental pollution caused by conventional methods such as soil balls used during sediment collection. It also helps prevent algae blooms over time due to excess nutrients left behind while they form new ones called zoospores. Additionally, adding certain chemicals like clonidilumine into these matrices has been shown to help promote photosynthetic activity at higher levels than previously possible.

Problems solved by technology

This patented technical solution described by the inventor describes an improved system called Eco-Renewable Aquatic Systems (ERS). These systems have been developed over time due to their ability to recover damaged aquifer environments quickly without requiring expensive excavations or human labor costs associated therewith. However, current solutions such as dirtball casting require specific conditions like proper mixing ratios among different types of soil particles, resulting in poorly reproduced results when applied at larger waters where sedimentary rocks may be difficult to separate.