Livestock Water Waste Treatment

EOGREEN complex useful microorganism characteristic

The "EOGREEN Liquid fertilizer Useful Microbial Group" is a diverse group of microbes, it has a very broad and outstanding effect in agriculture and in preserving the environment in Korea. While the state of producing various antioxidants may be effective with fewer kinds of microbes, the more species are better considering the safety of biological information. The feature of "EOGREEN Liquid fertilizer " is that it coexists with aerobic microorganisms, anaerobic microorganisms, disassembly microorganisms and synthetic microorganisms. This is not possible in conventional microbiological ideas.

How can microorganisms that can not live without oxygen and microorganisms that can not live with oxygen coexist?

The reason is that the aforementioned antioxidants can coexist because they can provide each other with the necessary food in the presence of the aforementioned antioxidants. The same goes for decomposers and synthetic bacteria.

In conclusion, there are very important microbes in the "EOGREEN Liquid fertilizer " that help restore the microbial ecosystem.

Highly active complex useful microorganism

| General Microorganism

Mainly air-loving microbes, with few microbial species that break down organic matter directly
Waste water treatment requires a lot of oxygen and takes a long time due to lack of processing power
Other chemicals should be used due to lack of resolution. The occurrence of soil and water pollution

| Complex useful Microorganism

A balanced combination of aerobic microorganisms and anaerobic microorganisms maximizes the effect of decomposing organic matter.
The ability to decompose organic matter is excellent, shortening the time and reducing the area of the aeration tank.
No chemicals are used to prevent soil and water pollution.

Effects of Microorganisms

More resistant to organic solvents than ordinary microorganisms, and the activity of Amylase, Proteases, Cellulose is high. As well as combined and scientifically formulated microorganisms that select 80 non-pathogenic highly active bacterial groups that decompose polymer organic compounds and degradable aromatic compounds (Phenol, Toluene, Benzoate, Salicylate, etc.)

Effects 1

- Sludge Bulking and Injury Suppression
- Good floc formation, sedimentation, SS outflow inhibition
- PH, specific hazardous substances, severe BOD, COD, etc. can alleviate the effects of external fluctuations.

Effect 2

Water quality improvement is excellent by treating pollutants(BOD, COD, SS, T-N, T-P) quickly.
Suppression of bacterial growth and prevention of bulking. Deodorizing effect of dehydrated Cake
Reduced energy costs by reducing aeration and dehydration time

Results

Microbes also break down heavy metals, resulting in much lower processing costs than other wastewater treatment plants

Prevention of contamination of soil and water by non-use of chemicals and odor removal to create pleasant environment

Pig Excretion microbial treatment process

Organic liquid fertilizer
Composting of fermented sawdust
Odorless liquid fertilizer
Odorless fertilizer

| Features

Do not use any chemicals such as polychlorinated aluminum (PAC), sulfuric acid, caustic soda, etc .. Treatment with pure microorganism. After the first solid-liquid separation, High efficiency of wastewater treatment due to the input of more than 80 types of highly active mixed microorganisms. Wastewater treatment is made by anaerobic microorganism, so it is excellent not only for BOD but also for nitrogen and phosphorus removal. Superior microbial activity makes wastewater treatment efficient even with small aeration.

The facility has low electricity consumption, simple management and does not require advanced operation technology. There is significant reduction of excess sludge generation.

Aerobic Microorganism

Carbon-based organic decomposition (BOD removal)

Oxidation of ammonia nitrogen into nitrate or nitrite

Anaerobic Microorganism

Nitric and nitric acid nitrogen metabolism (differential effect)

Multi-phosphoric acid accumulation (phosphorus removal effect)

Enters a Aeration Tank with Complex Microbial Action and Produces:

Organic mineral concentrate
Natural organic compost production
Reduction of use of chemical fertilizer
Discharge at drinking water level
Non-odor, natural organic fertilizer
Odorless, natural organic fertilizer
Prevention of soil pollution
Prevention of water pollution

Microbial treatment liquid fertilizer plant (Pig Excretion microbial treatment)

Production of natural organic liquid fertilizer 30ton/Day
Natural organic compost production 60ton/Day

Liquid fertilizer component analysis table | Pig Excretion microbial treatment

Pig Excretion microbial treatment | Ok-hwang pig farm 20ton/Day | Nature-friendly pig farm

NO, Synthetic antibiotic
NO, Growth booster
NO, Hormone

Raised by mixing eco-friendly feed with useful complex microorganisms.
Good anti-oxidation efficacy, elimination of harmful gases and improved immunity prevent disease.
Excellent effect on improving pork meat quality
Livestock waste water is discharging at the level of drinking water after microbial treatment.

Analysis table of discharge water after microbial treatment

| Ok-hwang pig farm microbial treatment process

Discharge after microbial treatment

Liquid Fertilizer : 2.5ton/day
Discharge quantity : 50 ton/day

| Yeoju Jayoung agricultural high school livestock purification facility

Purpose: Pigs' Urine Treatment Facilities
Throughput: 25ton/day
Treatment methods: Multiple useful microorganisms processing

Analysis table of discharge water after microbial treatment

| Gwangyang-City sewage treatment plant (Demonstration of sludge abatement treatment)

Sewage Treatment Target

Sewage sludge reduced by more than 30%
Sewage sludge 35 tons / Day
Annual processing cost 1.2 billion won
Pilot project to drastically reduce sludge disposal cost by complex useful microorganism treatment

Results of the application of the combined useful microorganism

This is the first case in Korea where a high-activity complex microorganism treatment technology is applied to a sewage treatment plant. It is proved to be the most eco- friendly and efficient treatment method for odor reduction and sewage sludge treatment.
At least 30% reduction of sludge origin
40% more cost savings than existing chemical treatment costs. Prevention of second soil and water pollution of chemical treatment effluent.

| Gwangyang-City sewage treatment plant | Application of microbial treatment technique

Bioreactor | Sewage Flow Regulator | Emergency Storage

Sewage sludge is treated with microorganisms at high temperature to make compost.

Sewage sludge composting process:

Sewage sludge collection
Primary stirring sludge
6 Weeks of Stirring

Korean Version

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