Advantages of Using BIOCOMP Organomineral Fertilizer

In the following text, we discuss the advantages and benefits of using BIOCOMP organomineral fertilizer.

Why Should We Use BIOCOMP?

BIOCOMP is an ideal organomineral fertilizer that contains high levels of NPK and natural humus.

The humic acids present in BIOCOMP’s organic component contribute positively to soil structure and facilitate the uptake of nutrients, ensuring balanced nutrition for plants in the long term. The effects of humic acids on soil fertility can be listed as follows:

Balances soil water retention and aeration capacity.

Improves soil structure and promotes root development in plants.

Enhances microbiological activity in the soil, thereby increasing the effectiveness of nutrient elements.

Increases the soil’s nutrient-holding capacity.

Assists in reducing soil salinity.

Prevents sudden pH fluctuations in the soil.

Acts as a buffer in the soil, reducing the toxic effects of incorrect fertilizer applications.

Prevents the leaching of nutrients, especially nitrogen, from the soil due to excessive rainfall and over-irrigation.

Prevents the fixation of phosphorus by lime in the soil.

Facilitates the release of fixed macro-nutrients in the soil.

Converts non-available forms of micro-elements into plant-available forms.

Promotes increased soil temperature, early germination of seeds, and healthy and robust development of seedlings.

Prevents the formation of a compacted layer on the soil surface.

Reduces soil loss caused by erosion.

The use of BIOCOMP fertilizers each year increases the organic matter content (humus) in the soil.

The initial application of BIOCOMP fertilizer reduces drought stress in plants.

With all these properties, BIOCOMP preserves soil structure and prevents groundwater pollution. It is an ideal fertilizer for “Clean Agriculture” practices.

HUMUS: It is a naturally occurring (derived from leonardite) organic matter formed by the decomposition of plant materials underground over thousands of years. It regulates soil texture and structure and promotes vegetative growth in plants through its content of humic and fulvic acids.