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Regeneration

  • Agriculture
  • Waste water treatment

AGRICULTURE

PROTECTION OF ENVIRONMENT, IMPROVING AGRICULTURAL QUALITY WITH BIOENZYME

 

Bioenzyme with animals

This is a system that develops an environment in that fermentation comes to the fore, and rotting ceases. By supporting the vital processes of plants, an optimal productional level becomes available, disease and ecesis of the pests can be confined and the quality of crops will be better.

The positive effect of bioenyzme is already detectible in the first year, but intensifies year by year. Parallelly the amount of the applied bioenyzme can be decreased.
bioenyzme activated microbiological product is a registered trade-mark. The product can be used both in traditional and ecological agriculture (Authorization No. II-3107/5/2007, Biokontroll Certification No. K-581/09)

Bioenyzme is a clean material in respect to catering and health care, it does not contain any pathogens or genetically modified organisms.

Soil inoculation

The successes reached in horticulture are in connection with the productivity of soil. Effective microorganisms support the regenerative microorganisms of soil. They help the transformation of organic material into nutrients needed by plants and create a habitat that displaces pathogens and pests.
With the help of the microorganisms the productivity of soil increases significantly and the resistivity of plants intensifies.

What kind of results can we expect?
25-30 % reduction of the BOD-index (Biochemical oxygen demand), siltation of lakes and sludge deposits can be decreased, balancing and cleansing the system, preventing odours.

Suggested technology: 30 litres of bioenzyme/ha mixed with 200-300 litres of water
Spray by sprayer equipment once or twice a year after harvest or rather 10-14 days before plantage, ploughing, then incorporate 15-20 cm deep into the soil in 1-2 days.
It’s important to spray on living and non-living components of plants and incorporate into the soil with them.

Expected effects:

  • mending soil quality
  • disassimilation of the residuals organic and chemical materials found in the soil of
  • water balance and substance-providing capacity of the soil increases
  • active processes in the soil
  • the structure of the soil becomes loose
  • humification increases
  • ammonia-formation decreases, nitrogen-fixing in the atmosphere increases by 70 %
  • intensive rooting
  • increasing nutrient withdrawing capability    
  • increasing (by 10-40%) yields (22,1 q/ha more yield at sweet corn, BIOPOINT KFT, 2009)
  • mending quality, higher antioxidant content, more delicious crops
  • higher capability of resistance against diseases and pests (Tests for solving problems in connection with withering and oidium, Árpád Biokontroll, Szentes, Hortobágy HNP, Mezőhegyesi Ménesbirtok, Úrkút, Szarvas 2009)
  • improving stress-bearing capability (drought, extreme low and high temperatures)
  • higher yields

Bioenzyme treated area   2009. 06. 11.                                              Untreated area   2009. 06. 11.

                                              
Bioenzyme treated area   2009. 09. 04.                                              Untreated area   2009. 09. 04.

 

Experiments at the KEFAG Zrt. Juniperus Forestry at Kecskemét have been going on succesfully for years now:

WASTE WATER TREATMENT

Expected results:

-A 20-30 % reduction in BOD value thanks to the fact that the enzymatic product engages mainly with the organic components. The COD and BOD ratio stays 3:1 if application of chemicals is skipped.
- After the start of the process, aeration can be decreased by 20 % - the time necessary for this depends on the circumstances.
-Sludging of the lakes can be stopped and in the long term - 1-2 years - sludge extraction can be decreased by 33-50 %.
-Opacity may be decreased by 20-30 % in 30-90 day.
-Solution sprayed on the surface of the water holds down odour in 1-2 days. As soon as the enyzmatic product is introduced in the system and proliferates to the necessary amount (this takes around 90 days), there will be no more need for surface treatments anymore.

 

 

 

There are convincing results even in household scales.

Before the bioenzimatic treatment After the treatment

 

Milk plant in situ wastewater treatment with bioenzyme:

The milk plant of the Kasetsart university was founded 36 years ago as the first modern milk plant in Thailand. On average the plant produces 65 m3 of waste water with high COD and BOD values every day, with 3319, 4767 and 1234 mg/l solved material content. The waste water was treated with diluted bioenzyme, during which the enzyme was diluted at a 1:20 ratio and injected on the surface of the waste water twice a day. In a couple of weeks the strata on the surface and the unpleasant odour dwindled. Water analysis showed that COD and BOD and the amount of volatile material decreased significantly.

Heavy Metals

Untreated sludge (mg/kg) dry material

Enymze-treated sludge (mg/kg)

Water-treated sludge

Differential (%)

Cadmium (Cd)

1,7

0,76

0,96

20,8

Chrome (Cr)

29

14

18

22,2

Copper (Cu)

360

110

160

31,3

Mercury (Hg)

2,0

1,1

1,5

26,7

Nickel (Ni)

32

13

16

18,8

Lead (Pb)

55

27

29

6,9

Zync (Zn)

900

360

500

28,0

 

 

PURIFYING MUNICIPAL WASTE WATER USING THE CURRENTLY AVAILABLE PIPE NETWORK

 

Waste water treatment at Vlasotince, Serbia - In the 2 videos above (taken 2 weeks apart), and on the pictures below it is really easy to see how fast the purification occured. (By clicking on the pictures you can view them in full size)

Before the treatment One day after the treatment 8 days after the treatment

 

One of the main problems nowaday is dispensing the municipal waste waters uncleaned, and unfiltered to the living waters that are our main drinking water source. The waste water dispensed to the rivers, creeks, canals endangers the healthy water drinking water supplies of the population living in deeper areas.

The untreated decomposition of fecal and organic matter without control leads to toxic and infectious processes. The current practice, the scant financial resources, the severity of the problem, ensuring access to healthy drinking water all demand immediate acting.

Using the municipal pipe network itself as a treatment piece is a revolutionary solution. The solution proposed uses the current, already existing pipe network to clean the waste water. This technology can be applied in one building, but also in cities with a population in the millions.  There are minimal rebuilding costs. The installation is not hampered by technical difficulties, there is no need to build treatment plants costing millions of Euros. In every case it leads to a solution that spares and protects the environment. It solves the odour problems of the municipal pipe network, and improves the comfort level of the municipality. It barely requires any energy, and still achieves the necessary aerobic and anaerobic functions of waste water treatment. If a city takes up both banks of the river, purification is achieved on both sides. If organic fecal matter cannot be 100 % decomposed by the time it reaches the river, biological decomposition still will be finished in the living waters. Because the organic and inorganic components get treated in the canals, the purification already starts there.

The treatment solution is able to decompose most chemicals, and is faster and more effective than most treatments. Formation of unpleasant odour ceases, concentration of organic matter ceases.

For the planned treatment of the municipal pipeline we plan to apply such microorganisms that are able to decompose complex structured organic compounds (e.g. oils, fats, alcohols, paper, sugar, protein - leftover food-, etc.) effectively and their application is mostly problem-free.

This all helps the decomposition of more complex organic matter. Thorough inoculation ensures sustaining relatively the same level of microbial populations, and greatly reduces the time needed for regeneration after negative impacts (e.g. addition of antibiotics or similar chemicals to the system).

Expected results:

  • 20-30 % decrease of BOD values because the bioenzymatic product contacts mainly organic compounds
  • The KOD and BOD ratio stays at 3:1 if chemical treatment is dismissed
  • After starting the process, aeration can be decreased by 20 % - the time necessary is dependant on the circumstances
  • Sludging of lakes and rivers can be prevented, and in the long-term – 1-2 years – sludge delivery from the system can be decreased with 33-50 %
  • The optical clearness of the balanced system can be improved by 20-30 % in 30-90 days
  • It ceases the odours in the treated canals. As soon as the bioenzyme is introduced to the system and proliferates (the process takes about 90 days), there will be no need for surface treatments
  • This is a technology and device that makes water and municipal waste water contaminated with oils/fats decomposable. With care and with some addition we are able to pretreat the waste water of dairy industry, and food industry
  • Economical technology
  • Plants with great energy and monetary costs can be bypassed
  • Acceptable investment values
  • Ultra low operating costs
  • Controllable technology
  • Remote administration and full control technology can be built.
  • It is a really valuable possibility that we are able to save fresh water, and in some industrial areas 97-98 % of the used water can be recycled
  • In 10-20 years water will be more valuable than oil
Most industrial companies use tap water for raw materials, technological, and cleaning processes. This great amount of water can be substituted for greywater.

 

 

For more detailed studies please contact our customer service! We can give you a customized treatment methodology for your specific needs!

 

 

 

 



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