B&F World
R&D
Providing New Solutions for Eco-Friendly Technology
Core Technology
Technology that Awakens Microorganisms — A Solution to Restore Nature
Technology Process
Mineral Properties
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Mineral Fusion Technology
Generation of microcurrents.
- Tourmaline
- Continuously releases electrical charges with (+) and (–) electrodes at opposite ends of the crystal.
- Zeolite
- Utilizes its fine porous structure for ion exchange and adsorption in water.
- Sericite
- Provides ion migration pathways, maintaining stable electron flow in water.
- Illite
- Stabilizes electron flow and improves microcurrent efficiency.
Technology Overview
Soil Activation
Microbial activity in the soil becomes more vigorous, promoting crop growth and creating a healthy ecological environment.
- Heterotrophic Microbe Count Experiment
- Test results showed that after using BEOR CARE, the experimental group had over three times more activated microbes than the control group.
| Heterotrophic Microbe Count (CFU/g soil) | |
|---|---|
| Untreated group | Treated group |
| 6.4 x 105 (640,000) | 2.2 x 106 (2,200,000) |
Untreated group
Over 3× activation
Treated group
Odor Reduction
Quickly decomposes odor-causing substances in livestock manure, effectively reducing on-site odors.
70% Odor Reduction
- Pig manure composting and odor measurement test (10 weeks)
- Confirmed a 70% reduction in odors in the experimental group (right photo).
90% Odor Reduction
- Liquid pig manure odor reduction test (2 months)
- Confirmed a 90% reduction in the experimental group (right photo).
Fermentation & Composting Acceleration
Activated microbes speed up manure composting, reducing the time to completion.
- Liquid Pig Manure Fermentation Test (Day 5)
- The experimental group using BEOR CARE showed accelerated fermentation and 90% odor reduction compared to the control group.
Untreated group
Accelerating Fermentation
Treated group
After 2 Months
Untreated group
90% odor reduction
Treated group
- Principle of Composting
- When compost piles have sufficient organic matter and oxygen, aerobic microbes decompose the material, releasing carbon dioxide, heat, and other byproducts.
Aerobic microbes
Technology Features
Predicting the exact economic value of switching a nation’s farming method is challenging.
However, pilot cultivation results from current farms show that, depending on the crop type, yields increased by an average of 10–15%.
Another key point is that farms either stopped using pesticides and chemical fertilizers altogether or significantly reduced their usage.
This technology stands out not because of the value of its materials, but because of its technological value, and continued application will contribute greatly to reducing carbon emissions, a major cause of global warming.
Limitations of Existing Farming Technologies
- Conventional farming: Excessive use of chemicals leads to soil contamination and reduced crop nutrition.
- Eco-friendly or organic farming: More vulnerable to pests and diseases, causing reduced yields and higher costs.
- Carbon cycle farming: Excellent for organic crop production but costly, with soil nutrient decline after 3 years.
- Converting polluted soil to organic soil generally takes 7–10 years, and during this time, contaminated soil releases carbon, contributing to air pollution.
Features of B&F World’s Developed Technology
- Uses a physical science-based methodto improve the environment for dormant soil microbes, rapidly multiplying beneficial microbes to restore natural soil.
- Activates microbes to break down chemical substances in polluted soil, restoring soil health.
- Can restore polluted soil within the same yearand reduce chemical fertilizer and pesticide usage.
- Enables farmers to cut costswhile increasing yields by 10–15% or more.