Fact Information
MicroPT™ is a special nutrient blend that
provides superior biostimulation mixed with
several strains of microorganisms. MicroPT™
contains beneficial bacteria that aid in the
digestion and liquefaction of animal waste
solids. This also stimulates the environment for
better aerobic activity. This product has been
successfully tested and is in use in bioreactors
and pits for hog waste. The microorganisms in
MicroPT™ are naturally occurring and will not
harm the environment.
The bacteria and other microorganisms have the ability to reduce the total nitrogen and ammonia content of the waste. An important benefit of the liquefaction of the waste is the reduction in odor causing compounds. When the waste is liquefied and the nutrient levels are adjusted, the waste can be spread on fields with ease.
To calculate pit volume multiply the pit length X pit width X pit depth X 7.47. This will give the total gallons of waste in the pit. For example: a pit is 100 feet long, 40 feet wide and 12 feet deep. The calculation is 100 X 40 X 12 = 48,000 cubic feet. Multiply this by the factor 7.47 to get the gallons of waste = 358,560 gallons of waste. This pit would require a minimum of 3.5 gallons of MicroPT™. This should be split into several even applications through the period of time before the next pump out.
For the pit example above (approximately 360,000 gallons of waste) using conventional waterers and feeders that will pump out once a year apply 1 gallon (for easier measuring) of MicroPT™ after pump out. Then apply this same amount at three-month intervals. For example if the pit was pumped on October 1st apply 1 gallon of MicroPT™ to the empty pit. On January 1 add the next batch of MicroPT™ Repeat in April and July.
MicroPT™ should be mixed as best as possible in the pit or lagoon. This can be accomplished by mixing the desired amount of MicroPT™ in a five gallon pail adding water and pouring the mixture at several spots into the pit or lagoon.
The bacteria and other microorganisms have the ability to reduce the total nitrogen and ammonia content of the waste. An important benefit of the liquefaction of the waste is the reduction in odor causing compounds. When the waste is liquefied and the nutrient levels are adjusted, the waste can be spread on fields with ease.
Application/Use
|
Features/Benefits
|
Some points to remember when using MicroPT .
- Empty pit before beginning application
- After diluting the MicroPT with water disperse the mixture as thoroughly as possible into the pit
- For conventional waterers and feeders split apply even amounts at three month intervals
- For wet/dry feeders split apply even amounts at two month intervals
- Pits that have solids build up will take time to digest the solids and bring the pit back to optimum function
- Excessive solids build up may result in crusting as the microbial digestion process gets underway
- Pits with excessive solids build up may need to be “jump started” with a larger dose of MicroPT
To calculate pit volume multiply the pit length X pit width X pit depth X 7.47. This will give the total gallons of waste in the pit. For example: a pit is 100 feet long, 40 feet wide and 12 feet deep. The calculation is 100 X 40 X 12 = 48,000 cubic feet. Multiply this by the factor 7.47 to get the gallons of waste = 358,560 gallons of waste. This pit would require a minimum of 3.5 gallons of MicroPT™. This should be split into several even applications through the period of time before the next pump out.
For the pit example above (approximately 360,000 gallons of waste) using conventional waterers and feeders that will pump out once a year apply 1 gallon (for easier measuring) of MicroPT™ after pump out. Then apply this same amount at three-month intervals. For example if the pit was pumped on October 1st apply 1 gallon of MicroPT™ to the empty pit. On January 1 add the next batch of MicroPT™ Repeat in April and July.
MicroPT™ should be mixed as best as possible in the pit or lagoon. This can be accomplished by mixing the desired amount of MicroPT™ in a five gallon pail adding water and pouring the mixture at several spots into the pit or lagoon.