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.)

  • 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

  • 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