Pyroligneous-contained liquid compound fertilizer and application thereof

Abstract

The invention relates to a pyroligneous-contained liquid compound fertilizer and application. The compound fertilizer is prepared from the following components of 1-2.5 kg of pyroligneous, 1.5-3.0 kg of calcium superphosphate, 0.5-1.0 kg of urea, 0.5-1.0 kg of lactic acid and 48-55 kg of water by the following steps of: preparing the calcium superphosphate to be with the granularity of 20-40 meshes; distilling the pyroligneous at 110-120 DEG C and mixing with the amount of water; soaking the calcium superphosphate for 18-24 h; taking supernatant; adding with the lactic acid and the urea; and evenly mixing. The diluent of the compound fertilizer is used for spraying or root-irrigation of greenhouse vegetables. The compound fertilizers can ensure that the nutrients thereof can be rapidly absorbed by the blades or root systems of the greenhouse vegetables to increase the chlorophyll content of the greenhouse vegetables with obvious fertilizing effect, can increase the average yields of vegetables and fruits by 17.5 percent, can restrain common vegetable diseases, has simple use method and low product price and is easy for peasants to accept. The product has no toxic or side effect, is convenient to prepare, and has small raw material components without heavy metals or fertilizer enrichment and residual after the absorption by plants and belongs to environment-friendly products.

Description

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AI Technical Summary

Benefits of technology

This patented technology provides a solution that allows gardeners to easily apply this type of fertilizers on their crops without harmful chemicals being released into our air. It works effectively even when there're lots of rainwater falling down onto them during winter months. Additionally, its high-quality products have fewer ingredients like lithium salts compared to traditional ones while still having good quality features such as phytochemistry (plant growth promoting).

Problems solved by technology

Technicians discusses how different types of vegetables called lignocellulosics like black sugar, charcoke, rice straw, wheat grapevine, barley vapor, carboxymethyl cellulose, acicular glucone, maghemite, chlorophyll, vanadia, germanica, gallium oxysulfuricum, ammoniac ferritinosbile salt, boraccharone, quaternary salts, polygnetrithionitolimuthenium ferrocylene dicapronatoxane, synthetic auxemates made up mainly of these products. Lignocellic acid plays key roles in improving nutrience and reducing environmental pollutants during forestry operations. However, due to their low soluble nature, they cannot effectively promote health benefits on cropping areas without adding them themselves into those fields where beneficial conditions exist.

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