SEPTIC SYSTEM APPLICATIONS

Microbelift IND is an extremely effective all natural biological Product with 29 different species of live active bacteria.

 

MICROBE-LIFT IND represents a novel culture consortium that differs from all other commercial bio-formulations. MICROBE-LIFT IND utilizes a proprietary “5 day” mixed fermentation and facultative anaerobic growth process that results in a culture consortium with exceptional performance in facultative anaerobic and aerobic environments. Microbelift IND is a high count multi strain microbial product that is very efficient and cost effective. It deals with multiple organic issues that can be found in waste and waste water. The product has proven itself for over 40 years in multiple industries. And managed to help countless people insuring their waste is handled in a safe environmentally friendly yet cost effective and efficient way. There is currently no one else that can offer what IND offers with the most effective bio technology and patents to insure a continues positive result. Unlike our competitors 2-6 strain bacterial products we offer 29 strains that handles all of the biological processes found in a waste water system.

WE HAVE A DRAMATIC EFFECT ON:


  • Ammonia
  • Nitrites
  • Nitrates
  • Fats, oils and grease
  • Total suspended solids
  • COD
  • BOD
  • Sulphides
  • Sludge historical and current
  • Hydro carbons.
  • Phosphates
  • Odours

OUR SPECIES ARE INCLUDED FROM THE FOLLOWING GROUPS:

Genus(type) What problems they solve:
Nitrobacter Nitrites
Nitrosomonas Nitrogenous waste like, ammonia
Nitrococcus Nitrites
Comamonas Aromatic hydro carbons
Bacillus Simple and aromatic hydrocarbons
Saccharomyces Phosphorous, carbon, ammonia
Purple Sulfur bacteria Sulphorous
Pseudomonas Aromatic hydrocarbons
Alcaligenes Nitrates
Citrobacter Simple and aromatic hydrocarbons, nitrates
Flavobacterium Simple hydro carbons
Purple Bacteria (non- sulphur) Simple and aromatic hydrocarbons

AS MENTIONED OUR PRODUCT HAVE A HIGH CFU COUNT:

Heterotrophic Plate Count 1.0E6 cfu/mL 1.45E6 cfu/mL
Anaerobic Plate Count 1.0E6 cfu/mL 1.22E6 cfu/mL
Photosynthetic Bacteria 1.0E6 cfu/mL 1.09E6 cfu/mL

But even with this high count our success is guaranteed by our diversity of microbes and that we can utilize all biological processes found in waste.

APPLICATION RATES FOR SEPTIC SYSTEMS.
OUTCOMES NEEDED:


  • Getting rid of the offensive odours
  • Improve the water quality effluent
  • Avoid contamination of ground water
  • Avoid damage to the ecosystem
  • Insure a freeflowing system
  • Digest solids and fats to insure no blockages of FOG’s

Our solution:

Treat the entire system with Microbelift IND to insure odour control, digest solids and improve water quality. We propose a two stage approach with the treatment of Microbelift IND. Initial inoculation shock treatment of bacteria. A maintenance dosage monthly to insure a healthy stable biomass and system operation.

Innoculation dosage

Apply Microbelift IND at a rate of 1:100 of IND to septic system capacity

Maintenance monthly

Apply Microbelift IND at a rate of 1:14000 of IND to septic system capacity monthly

If you or your customers have a SEPTIC SYSTEM PROBlEM put MICROBE-LIFT IND to the test and see what benefits you will receive! Nothing works like MICROBE-LIFT IND, effective and cost efficient.

PRODUCTS USED.


ind

SEPTIC TANK APPLICATION –SYSTEM RESTORATION.


Problem:

Septic systems are typically unable to degrade the bio-solids that accumulate in the tank and leach fields. While indigenous microorganisms are present in most septic systems, they are not capable of degrading the waste at a sufficient rate able to keep the system in proper operating order.

In the best case, the tank must be pumped out at a cost of approximately $250 for a standard 500-gallon tank. In the worst case, the system fails to a point where it must be removed and replaced at a cost of $15 to $20 thousand, and certainly much greater for larger commercial systems.

Ecological Laboratories conduct a field evaluation of Microbe-Lift IND in a failing domestic septic system in Florida. The system selected for the evaluation was a 900-gallon system with 429 square feet of leach field. The system had completely malfunctioned. There was no drain evacuation and water had pushed through the soil above the leach field and was creating standing pools of untreated and smelly waste water. The accumulation of bio-mass in the bottom of the leach field had created a shield (much like a layer of petroleum jelly over sand) that prevented the wastewater from leaching into the ground as designed.

The repair/replacement cost the company had given the owner was broken down as follows:

$ 3,500 Excavation and disposal of old system
$ 5,300 New system and installation
$ 1,750 Replacement of irrigation lines
$ 1,200 Sod Replacement
$ 1,100 Landscaping
$ 19,200 Total

Along with the expense, there would also be a period of six days that the owner’s property would be in a state of total disruption.

Solution:

First, the septic tank was pumped out. Water began to backflow into the tank from the leach field. This was another indication that the leach fields were definitely not working. The decision was made to pump the system because there was total blockage in all drains and lines, and there was no other method to get adequate flow in system to carry the product throughout the system.

Microbe-lift IND was added at an application rate of 1 gallon per 100 gallons of tank capacity directly into the septic tank. (9 gallons for the 900 gallon tank). At the distribution (junction) box, 1 gallon of

Microbe-Lift IND was added for each 100 square feet of leach field in the system. (4.3 gallons for the 429 square feet in the leach field).

Note: If the leach system is a chamber type system, the product must be added into each chamber based on the square footage of each line.

Within three days after treatment, the drains from the building began to flow more freely. Ten days after treatment, drain evacuation was performing as good as new. Sixty days later the bio-mass accumulated in the bottom of the leach fields was cleared and the wastewater began leaching as designed.

Conclusion:

With slightly over 13 gallons of Microbe-Lift IND the malfunctioning system was restored to normal operation. The owner saved nearly $20,000 in repair/replacement expenses, and was not exposed to the unpleasant event of having his property in complete disruption during the repairs and re-growth of his lawn.

The recommended maintenance dosage of a system experiencing problems is 1 gallon per month for a six month period. The maintenance dosage thereafter, and for general maintenance of an operational system, is 8-ounces per month.