FREE OF LIQUID FERTILIZER
STICO LAB realizes carbon neutrality through appropriate treatment and resourceization of various organic wastes.
As the development from an agricultural society to an urban society, the decrease in agricultural land and population are accelerating. In addi-tion, as meat consumption increases by changing in human eating habits, the proportion of livestock industry in rural areas is increasing.
The ONI-STOP project provides a sustainable natural circulation system through rapid and appropriate treatment of livestock manure with a technology that converts manure into solid compost without liquid fertilizer.
The appropriate amount of fertilizer should be calculated to prevent excessive nutrients in the soil by excessive spraying of compost, and this standard varies from country or region depending on factors such as climate, land, soil, and variety etc.
The ONI-STOP project provides a technology that can control the amount of fertilizer to prevent the generation of excess fertilizer in the pro-cess.
It is a process of converting livestock manure into solid fertilizer without liquid manure using functional ceramics. There is no need for a sepa-rate solid-liquid separation process.
Using the unique ceramic material technology of STICO Research Institute, the functional ceramic 'ONI-STOP' was developed and applied to the treatment of high moisture-containing food and wastewater, and it was verified that it has an excellent effect in removing odors and mois-ture.
Based on this, we designed a composting process that can quickly process high-moisture pig manure, and demonstrated the performance by building an ONI-STOP facility at a domestic excreta resource center.
Lab Test
G resource recovery center(Jinju)
Prototype facility demonstration
Jeongto Biotech co., LTD(Gimhae)
Food waste effluent demonstration
G resource recovery center(Jinju)
ONI-STOP facility construction
G resource recovery center(Jinju)
ONI-STOP facility demolition
G resource recovery center(Jinju)
Pilot facility demonstration
The table below is the empirical test data of our ONI-STOP system. Liquid fertilizer does not occur compared to the existing process, and the amount of compost may be reduced by 33% or increased by 167%.
This is the result of analyzing organic fertilizers produced in the ONI-STOP compost facility.
[ by a fertilizer test research institute based on the Korean Fertilizer Management Act ]
Establishment of process standards for compost ＜Revision 2021.11.24＞
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