In the development of agricultural resources, Lifeasible provides a variety of platforms for multifunctional fermentation and improvement technologies to play a role, including microbial fertilizers, treatment of crop straw, deep processing of microbial fermentation of agricultural products, compound biological soil improvers, mineral soil remediation agents, multifunctional saline soil improvers, multifunctional soil improvers for agriculture and forestry, and resource utilization of agricultural waste.
Microbial fertilizer
Microbial fertilizer is a new type of fertilizer in which we can use the properties of certain microorganisms to act as nitrogen, phosphorus, and potassium fixers and provide essential nutrients to crops. Microbial fertilizers are non-polluting and can also improve soil structure, which is a green fertilizer. In the development of microbial fertilizers, we select microbial strains with high efficiency, strong activity, and fast proliferation, and add the necessary nutrients for microorganisms as well as potassium and phosphorus sources that are easily decomposed by microorganisms.
Treatment of crop straw
Straw is an important by-product of agricultural production, and we can make full use of it using microbial technology. By crushing straw and adding microbial strains and some nutrients to ferment the cellulose and carbohydrates in the straw, it can be transformed into easily digestible, highly nutritious, and good-tasting feed.
- Industrial fuel production through biology. The fermented petroleum products of agricultural products, also include methanol, cellulose acetate, glycerol, and already dibasic acid.
- In addition to straw, we have processing options for other types of agricultural residues, including soybean meal, mulberry leaves, bran, rapeseed meal, and apple pomace.
Deep processing of microbial fermentation of agricultural products
In the deep processing and finishing of agricultural products, fermentation engineering has always occupied an important position. We can obtain a variety of important products through the fermentation of different microbial strains. They include glutathione, metallothionein, superoxide dismutase, astaxanthin, etc.
Compound biological soil improver
Soil quality is based on soil fertility, which is the ability of soil to provide and coordinate nutrient conditions and environmental conditions for plant growth, and is the comprehensive performance of various basic properties of soil. We use active compound bacteria as the center and add potassium xanthate and decayed organic matter, which can improve soil physical and chemical properties, provide nutrients necessary for crop growth, and suppress plant diseases.
Mineral soil remediation agent
We help you develop mineral soil remediation agents that can effectively improve soil physical and chemical conditions, soil organic matter, and microbial population status, lower soil pH, reduce the content of soluble salts in the soil, and reduce soil alkalinity, thereby promoting crop growth and increasing productivity.
Multifunctional saline soil improver
We optimize the combination and synergy of natural organic materials, water-soluble functional polymer materials, inorganic fertilizers, calcium-based bentonite, organic acids, phosphoric acid, sulfur, and micro-fertilizers to reduce soil salinization or inhibit the migration of harmful ions, and at the same time, to fertilize the soil, improve soil bulk structure, enhance soil permeability, and improve soil water and fertilizer holding capacity. It has the advantages of low cost, long-lasting effect, and no pollution to the environment.
Multifunctional soil conditioner for agriculture and forestry
We use pulp suspension, mixed reaction solution, TEMPO catalytic oxidized cellulose, modified cellulose, mixed solution, and activated sludge composite as raw materials to help you develop multifunctional soil conditioners for agriculture and forestry. This can solve the shortcomings of other water retention agents or soil conditioners for agroforestry with single efficacy. In addition to water absorption and retention, it provides a continuous nutrient supply for plant growth, continuous nutrient supply, and regulation of the soil microbial ecology.
Agricultural waste resource utilization
- Series of compound microbial fermenters. Including high-efficiency compound bacterial agent dedicated to the fermentation of warm manure (poultry, pig, sheep manure, etc.) and cool manure (cow manure), fermenting agent for straw and shell slag fermentation and transformation of substitute grain feed, as well as microbial bacterial agent with disease prevention, growth promotion, and detoxification functions.
- High-value utilization of waste. Including fermented organic fertilizer into soil bioremediation (functional biofertilizer) and organic-inorganic compound fertilizer, poultry fresh manure into ruminant feed, etc.
Please feel free to contact us for a technology platform solution that will be beneficial to your project.
For research use only, not intended for any clinical use.
