:: Fertenia - Ferland: PROCESS INNOVATION IN THE PRODUCTION OF IRON CHELATE EDDHA

ECO Iron

PROCESS INNOVATION IN THE PRODUCTION OF IRON CHELATE EDDHA OF NEW GENARATION

Unique in the world with ECO-Iron® production technology

In line with the agricultural policy directives of the European Union, FERTENIA continues its research and development work on innovative and natural fertilizers, capable of satisfying the needs of a market. In a world that pays more and more attention to environmental issues, to the health and well-being of our families. With a process innovation in the production of EDDHA Iron chelates, Fertenia introduces at Macfrut its new product FERLAND®,the first Chelated Iron deriving from the exclusive closed-circuit ECO-Iron^® production process, without any final processing residue.

The production tests, the introduction of high purity raw materials, without phytotoxic substances such as chlorides during the synthesis phase and the innovative drying system, have determined a tangible improvement in the quality and agronomic effectiveness of the product compared to commercial standards.

ferland premio ita2 So, the goal was achieved for Fertenia: Environmental sustainability and improved product quality. For this reason, the Commission set up to assign the Macfrut Innovation Award 2016, consistently with the evaluation criteria based on the analysis of Innovation, Environmental Sustainability, Economic and Product quality improvement, has decided to reward this new production technology of Fertenia with the silver medal, in the plant protection product AND FERTILIZERS categories.
It is precisely in research and experimentation that the company annually invests a large part of its profits, with which it has managed to carry out this project of international importance that will give life to a "new era" in the production of EDDHA iron chelates.

Proprio in ricerca e sperimentazione l’azienda annualmente investe buona parte dei propri utili, con i quali è riuscita a portare avanti questo progetto di rilevanza internazionale che darà vita ad una “nuova era” nella produzione dei chelati di Ferro EDDHA.

THE PRODUCTS – OPTIMAL ISOMERIC BALANCE orto-orto/orto-para

Fe-EDDHA (orto-orto form)
Due to its chemical bonds (6) the iron ion is very stable, highly soluble in soils with high persistence over time and maintenance of green crops. High recharging capacity capable of making iron and other trace elements (Mn, Zn, etc.) present in the soil in insoluble form bioavailable.
Fe-EDDHA (orto-para form)
The ortho-para (o-p) formulation tends to release the iron ion quickly and quickly available to plants due to its (5) chemical bonds, maintaining good stability in the soil. Ultimately, by virtue of the different percentages of the isomeric (o-o) (o-p) forms of our various formulations, it is possible to use the one most suitable for the type of soil (pH) and crop.

Characteristics: High purity of raw materials, high stability of the microelement, absence of phytotoxic substances, environmental and food safety, greater stability of the chelated fractions (pH range 3.5-12).

EFFECTS AND ADVANTAGES

• HIGH STABILITY AND SOLUBILITY IN ACID (pH 3.5) AND ALKALINE (pH 12.0) H􀀀0
• MAXIMUM IRON BIOAVAILABILITY
• OPTIMAL ISOMERIC BALANCE, FOR IMMEDIATE AND LONG-LASTING TREATMENT OF THE FERRIC CHLOROSIS OVER TIME
• GUARANTEE OF EFFECTIVENESS UNDER DIFFERENT ENVIRONMENTAL AND AGRONOMIC CONDITIONS
• GUARANTEE OF HIGH QUALITY AND QUANTITY OF PRODUCTIONS
• TARGETED AND REDUCED DOSAGES COMPARED TO SIMILAR PRODUCTS

ferland prove salerno

STRENGHTS

• The new production process with the total elimination of phytotoxic substances and chlorides
• The introduction of raw materials of high purity and quality for a perfect agronomic response
• Closed-loop production cycle: no final production residues and environmental sustainability
• Innovative drying system, perfect hydration and solubility of the finished product

Thanks to this innovation, Fertenia has managed to improve the production and synthesis process to produce iron chelates in agriculture.