We promote sustainable agriculture that covers three aspects:
  • Environmental Health - This means that the land will be fertilized by what's grown on it. It won't have to import its fertility and will export only its surplus. Nothing will degrade the human and natural resources of the farm.
  • Economic Health - Promotes fairness in the sense that both the owners and workers get a fair return of investment.
  • Social and Institutional Health - The company sees to it that all the activities in the farmland will benefit the owners, workers, and all those who many need and use the produce of the land.
 
Eudrilus euginae or the African night crawler is the best earthworm to use given our climate. Dr. Rafael D. Guerrero introduced it to the Philippines in the early 80's. This worm is also used because it does a great job at eating garbage.

Locally, people have coined the term, "Buro-Buro" to represent this species of worm.

 

The end product of vermicomposting is known as the vermicompost, a high quality organic fertilizer containing up to 8% nitrogen, 0.7% phosphorus, 1% potash and other trace elements. This is a perfect alternative to using chemical fertilizers, and this has been proven in field tests.

In Buro-Buro Vermi Farm, vermicompost is used to fertilize the vegetables which are then sold in the local market. Aside from this, the produced earthworm biomass is also used to feed fishes, chickens, and other farm animals. In vermicomposting, nothing is considered waste.

Its advantages are:

  • It's environment-friendly
  • It doesn't require imported inputs
  • It's highly profitable when sold
  • Vermicompost is more effective as an organic fertilizer than ordinary compost , it is humus
  • No burning of plants
  • Has auxin, a naturally occurring growth hormone
  • Living soil
  • No overdosage
  • Turns trash to cash
  • Improves soil health

Market Potential:

  • World and local markets for vermicomposting are big.
  • World consumption of organically grown foods is estimated at US$ 100 billion per year.
  • In 1993, the potential use of organic fertilizer covered 2.5 million hectares in the Philippines.
  • The demand for organic fertilizer in 1993 was 6.25 billion bags (50 kg/bag) compared to actual consumption of only 62,000 metric tons.
 
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