Field Application
Strawberry Farm
- Place: Daega farm in Namyangju-si, Gyeonggi-do
- Period: September 2018 ∼ July 2019
- How to use: Give mineral microbe once a month, foliage spray once a week
Effects
Increased productivity: 1kg per a head 2.5kg, increased by 2.5 times
Increased sugar contents and size as well as storage
Promoted growth, making mesophyll thick and increasing number of leaves
Increased number of cluster: 5 clusters per a head increase to 12~15 clusters
Reduced cold damages and damages by diseases, prevent continuous cropping damage
Pepper Farm
- Place: Daega farm in Namyangju-si, Gyeonggi-do
- Period: April 2018 ∼ October 2018
- How to use: Give mineral microbe twice a month, foliage spray once a month
Effects
Increased productivity: 500g per a head (Dried pepper) → Increased to 1,000g, 2 times more
Thickened the flesh of pepper, increase size, make clear color
Promoted growth, making pepper stem thick and increasing the number of leaves
Reduced cold damages and damages by diseases
Sweet Potato Farm
- Place: Daega farm in Namyangju-si, Gyeonggi-do
- Period: April 2018 ∼ October 2018
- How to use: Give mineral microbe twice a month, foliage spray once a month
Effects
Increased productivity: 5~6 per a head → Increased to 6~10, producing 2 times more
Promoted growth of sweet potatoes, increasing sugar contentsand productivity as well as farm income.
Reduced cold damages and damages by diseases
Application Test in Layer
(Spawning rate/egg ingredients, etc.)
(Spawning rate/egg ingredients, etc.)
- Place: Seosan Farm in Cheolwon, Gangwondo (20,000 in 2 lots)
- Period: December 10, 2018 ∼ February 9, 2019
- Application method: Compared two lots after not administering mineral microbe to 1 lot (10,000) and diluting mineral microbe at 500:1 to another lot (10,000) under the same conditions.
Effects
Dramatic increases in spawning rate (Compared with not injected group)
Increased less than 500 during first 12 days following administration
During 13~19 days: Increased by 500 ∼ 1,000
After 20 days: Increased by more than 1,000
Increased by about 25% for 58,409 in non-administration group and 73,093 in administration group during 20~31 days
※ Spawning rate increased about 25% and spawning rate maintained stably 20 days after administrating mineral microbe
Produce high-quality eggs containing organic mineral
Request comparison and analysis of organic mineral between eggs produced 20 days after administering mineral microbe and eggs not administered
(Agricultural Science and Technology Center, Chungnam National University)
※ Comparable eggs are not administered with mineral microbe
As a result of analysis for 19 items, copper, manganese and cobalt were not detected.
Magnesium decreased from 13.23 to 12.40
Other 15 items are analyzed to have increased
※ Produce high-quality organic minerals eggs with increased contents of organic minerals by administrating microbe containing minerals
Reduced mortality rate
Eggshell was thickened and strength was increased
Increased feed efficiency and storage of eggs
Removed stench and gas of farm
Application Test for Decomposition of
Eggs with Pesticide
Eggs with Pesticide
- Place: Seosan Farm in Cheolwon, Gangwondo
- Period: November 08, 2018 ∼ December 27, 2018
- Application method: Analyzed pesticide contents before administrating mineral microbe and after administrating mineral microbe 6 times (once every two days). Analyzed pesticide contents 30 days after not administrating mineral microbe.
Effects
0.041mg/kg of pesticide were detected before administrating mineral microbe (Acceptable standard 0.02mg/kg)
0.013mg/kg of Pesticide (Fipronil) were detected after administrating mineral microbe 6 times
0.021mg/kg were detected 30 days after stopping administration
※ Proved the effect of decomposition of pesticide (Fipronil ingredient) by administering mineral microbe
Application Test in Food Waste Disposal Site
- Place: M-Icheon, Donggwang Co., Ltd. in Pocheon, Gyeonggi-do
- Period: November 2018 ∼ present
- How to use: Spray and stir mineral microbe products for environment use
Effect
Facility operation was suspended due to the complaint for stench from residents in Pocheon, but stench was removed and complaint was solved by using our products
Solved the problem within 15 days after directly checking the production site of actinomyces
Recycled the resources and improved the environment by composting food waste
Fertilizing of Livestock Manure as Liquid
- Place: Daejin Farm in Yeoncheon-eup, Pocheon-si, Gyeonggi-do
- Period: October 2018 ∼ November 2018
- How to use: Aeration method of mineral microbe for environment use was applied
- Remove stench after fermenting livestock manure for 2 to 4 weeks. Converted it to liquid fertilizer (Maximum 8 weeks)
Effects
Succeeded in making high-quality liquid fertilizer by using livestock manure
Improved farm income and encouraged eco-friendly organic agriculture
Removed stench and prevented environmental pollution
※ Analysis of liquid fertilizer at Agricultural Technology Center in Pocheon