Author: Carmen Phillips

The Critical Process Behind The Production Of This Rich Organic Fertilizer

With population growth on the planet and, above all, with the phenomenon of population concentration in urban centers, extensive agricultural areas were destined to produce food and supplies, which further aggravated the problem of effluent discards. As a result, a remarkable process of concentration of substances, together with intensive animal production and agroindustrial activities, has led to the need for basic sanitation and together they have resulted in the inevitable and significant generation of organic waste.

In this context, actions to treat sanitary and agroindustrial effluents are of vital importance in confronting the imminence of water scarcity in densely populated areas and favor of public health and are the main paths to be followed. This process is of fundamental importance so that the discharge of water does not harm rivers and springs with a high concentration of organic load; Irregularly discarded condemns an entire ecosystem, which in turn impacts the lives of people living near these areas. However, when it comes to one residue, as a rule, another is generated; is exactly what happens in the case of biological treatment of effluents.

The Benefits Of Effluent Recycling

After separation of the treated water (which is returned to the JundiaĆ­ River with an organic load of only 5%), sanitary sludge, the biomass of very high nutritional value, is dried and taken to a covered area specially designed to start composting. This procedure consists of reworking the residues through a biological process and eliminating any pathogens.

Safety: a correct and definitive procedure for the environment and that meets the National Solid Waste Policy ( PNRS ). Additionally, it helps to shield the co-responsibility generator for the waste generated;

Ecological protection: it contributes directly to the reduction of environmental liabilities and exhaustion of landfills, and with this helps to reduce soil, water, and air pollution;

Recycling: this process allows the recycling of the material and the reuse of organic matter.

The Organic Compound Fertilizer

Composting is a natural, controlled, biological process capable of stabilizing organic matter, eliminating weeds and organisms that can cause diseases to humans and animals. At our firm, composting is carried out in static tanks with forced aeration and in aerated tanks by tilting, techniques applied according to the characteristics of each waste group.u

Through this process, Our team manages to produce a Class D natural fertilizer, rich in nutrients and ideal for parks, gardens, and cultivation of fruit plants, with extensive use in agricultural activity. There are many advantages to using a fertilizer such as Tefertil, with emphasis on the following points:

Low salinity: this fertilizer has less salt than a fertilizer of mineral origin, which means that even in cases of intense application of the product, plants are not harmed by salinization;

Application: its application is easy and can be done by limestone distributors and does not have to be buried;

Permanence: this fertilizer stays in the soil for more extended and offers a slow release of the macro and micronutrients, which generates a greater use and adequate nutrition.

Water retention: the use of Tefertil helps to enrich the soil, even in the case of sandy soils, thanks to its moisture retention power, which tends to improve long-term planting performance.

Flexibility: it is used for the cultivation of a wide variety of fruit trees as well as for large areas of grass, trees, shrubs and sports fields;

Biological protection: this fertilizer has physicochemical characteristics that help to promote the suppression of phytopathogenic microorganisms, protecting their cultures against diseases.