Izdelki za izvoz sončnih farm (4)

This is a series of organic compound fertilizers used as base fertilizer for a range of different crops. In addition to providing primary nutrients such as nitrogen, phosphorus and potassium, they contain a high percentage of organic material and some very important trace elements such as Fe, Mn, B, Mo, Zn and Cu. Organic matter:60% Dry matter:88% Total nitrogen (N):2,0% Of which organic (N):1,7% Phosphorus (P2O5):4,0% Magnesium (MgO):1,0% Calcium (CaO):7,0% Sulphate (SO4):1,0% Ratio C/N:> 10

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L’objectif d’un minéral est d’associer en quantité et en qualité les éléments indispensables au bon fonctionnement du métabolisme bovin. L’optimisation de la valorisation de la prise de minéraux passent par l’utilisation d’ un minimum de chélates*. Un minéral entièrement composé de Sulfates ne peut pas garantir une valorisation suffisante. ​ Un bon rapport sulfateschélates permet d’obtenir de bons résultats en gardant un coût abordable. * On appelle chélateur une substance formée de molécules qui se lient étroitement à des atomes de métal (des minéraux). Cette technique permet d’optimiser la valorisation du minéral.

Cane sugar is produced by means of technologies rather similar to those used in a beet sugar plant that are also fully mastered by DSEC. Sugar cane is however a totally different plant compared to sugar beet: whereas sugar beet is sowed and can be harvested after +/- 6 months, cane takes longer to grow but grows back after it has been cut and can therefore be harvested several consecutive years (4 to 6) before being replanted. Cane can be cut either manually or mechanically before being directly processed in the mill. Cane plantation location in relation of the plant is of paramount importance so as to reduce sugar losses by the degradation of the plant after cutting as well as to minimize logistic costs. DSEC will select the most appropriate methodology for extracting the juice from the cane after its first shredding. The extraction operation will be performed using mill tandem or cane diffusion while additional mills will press the residual solid (bagasse) in order to increase its fiber content while additional mills will press the residual solid (bagasse) in order to increase its fiber content. Pressed bagasse will be used as fuel for the plant combined heat and power generation that will generally export electricity on the public grid. The choice between mill tandem and diffuser will be highly dependent on plant capacity, cane characteristics, expected extraction performances and plant general concept.