BIOF

Features of BIP Bioferilizers

High Pi solubilizing activity:

The formulations of BIP Biofertilizers include acid producing and enzyme producing bacteria. Screening and comparative assay methods were all indicative of high Pi solubilizing activity for these strains.

Genetic stability:

Our production method ensures genetic stability of bacterial strains included in BIP Biofertilizers.

Environmental fitness:

Our intensive examinations show that the bacterial strains are quite tolerant to acidic and alkaline pH (3-12), high salt concentration (upto 5%) and high temperature (upto 45ºC).

Colony formation rhizosphere:

Our result shows that the bacterial strains are in close association with plant roots and compete with other bacteria very well. This is of particular interest as they are active in natural soil and reduce microbial disease remarkably.

Long shelf time:

To facilitate storage and subsequent  distribution, BIP2 Biofertilizers are designed to be active for at least 6 months. Newer formulations are being explored.

Simple application methods:

Biofertilizer are quite different from Chemical ones in terms of material and their method of application. As a result, BIP Biofertlilizers are packaged as moisturized powder and in sterile conditions. Depending on plant or cultivation methods, several methods were introduced which appear on the back of packages. In general, replacement of 50% chemical P fertilizer with Pi biofertilizers is strongly recommended to obtain higher yield.

Inexpensive shipping:

As a 100-gr package of BIP Biofertilzers replace about 100 kg of chemical Pi fertilizer for each hectare, the shipping cost is greatly reduced.

Compatibility with other chemical:

There is no report of possible conflict between regular fertilizers or fungicides and Pi Biofertilizer.

Reduced environmental pollution:

The use of BIP biofertilizers greatly reduces environmental damages caused by both production and application of Pi fertilizers. As a natural formula, these biofertilizer lead to

recovery of soil texture.

Significant yield increase:

Time of fertilizer application, cultivation region, method of watering, temperature, pH, ionic concentrations, presence of other organisms, and several other variables influence the effect of applied fertilizers. BIP biofertilizers were examined in the field with statistical methods for several years. In practice, BIP biofertilizers were consistently increased yield for 10 to 50 percent while reducing the need for chemical Pi fertilizer for over 50 percent.