Traditional crop fertilizers are unable to meet the needs of crops for nutrients, pollute the environment, have low utilization rates, and have poor yield enhancement effects. Lifeasible has developed compound microbial fertilizers based on microbial life activities to give crops specific fertilizer effects, which can achieve the effect of promoting crop growth or yield increase, or quality improvement. For agricultural production, our compound microbial fertilizers can be used to increase the supply of plant nutrients or promote plant growth, and improve the quality of agricultural products and the agroecological environment through the life activity of the microorganisms contained in them.
Development flow of compound microbial fertilizer
- The first deodorized fermentation treatment of organic materials enables pre-production fermentation pre-production of nutrients, improves phosphorus masking, reduces the risk of positive kissing of phosphorus with metal elements in the soil, and opens up the mobile properties of phosphorus.
- The fermented organic material pile will be fully rotted to make the organic material fluffy, soft, and elastic.
- The organic material that can be absorbed and used by the crop is turned into quick-acting nutrients that can be easily absorbed by the crop under the action of microorganisms. We can kill the harmful germs and insect eggs in the organic material by the high temperature produced by the microbial action of fermentation so that the organic material can play a better and more effective role.
- Mix the various raw materials, stir thoroughly, and purify and dry them separately.
We take agricultural and livestock waste as raw material, through standardized production methods and the use of special fermenting agents, through high-temperature multiple composting and fermentation, innovatively adding heavy metal passivating microorganisms and high-efficiency artificial organic matter decomposing bacteria, together with a certain proportion of chitosan, soil nutrient activator, and other micro additives. It breaks through the key technologies of high temperature and high efficiency and recycling composting, heavy metal passivation, and organic pollutant degradation, and can help customers develop new microbial environmental protection fertilizers. Its biological traits and yield of vegetables, fruit trees, rice, wheat, corn, etc. are significantly enhanced. It has good effects on crop dephosphorization and potassium removal, seedling and root growth promotion, as well as degradation of heavy metal and organic pollutants pollution and reduction of application and efficiency increase.
Stable and efficient microbial fertilizer development
We improve and innovate from the aspects of agricultural probiotic microbial fermentation, biofertilizer stability production, and product efficiency application to develop stable efficiency microbial fertilizer. We have realized the stability protection of microbial activity from preparation, and production to the whole process of application, and solved the problems of unstable microbial activity and weak synergistic ability.
| Solid-state fermentation technology |
We use agricultural organic wastes from a wide range of sources and control the combination, of physical and chemical properties, etc., and control the appropriate temperature, humidity, laying thickness, ventilation, etc., to complete the solid high-density culture of Bacillus for agriculture. We can achieve the fermentation concentration of 5-10 billion live bacteria/g and solve the problem of resource utilization of organic waste, which can be widely used in the compound production of conventional fertilizer and bioflora. |
| Protective isolation coating process technology of strain |
For the problem of strain inactivation in the production process, we adopt the protective strain isolation coating process, which is different from the traditional liquid phase spraying strain coating process. It can improve the film formation and adhesion of the bacterium and enhance the activity stability of the strain in the production process. The survival rate of the strain is about 90%, the effective number of live bacteria is high, and the validity period is long. |
| Biofertilizer product stability application technology |
In response to the problem of serious inactivation of microorganisms after soil application, we use polyglutamic acid as the core auxiliary, together with seaweed active substances and SODM, to promote crop growth and at the same time improve the rapid colonization and efficient survival of microorganisms in the soil. |
Lifeasible can develop compound microbial fertilizers for customers, which can improve soil properties, be eco-friendly, fertilize the soil, increase soil nutrients and improve soil biological activity. Please contact our staff for more information.
For research use only, not intended for any clinical use.
