Making a dry spreader bed better and safer

Production of dry-sanding fermentation beds is safer and better. Fermentation of bed-type sty pigs is due to the function of powerful microbial strains that function in certain environments, such as rice bran as a carrier, moisture 65% However, in the process of operation, attention is paid to the fact that, for example, litter does not need to be conditioned by water, and functional microorganisms obviously require a moisture content of 65%. Here is an example to explain this phenomenon in the case of the Jinbao fermentation bed. The thickness of sawdust in Jinbao's fermentation mattress layer is generally only 50 cm thick, and the water content is 65%. This is the requirement of the Jinbao fermentation bed, and it also requires only the bacterial species. Scatter, do not need to add water, more secure, how does the moisture come from?
First, the source of moisture (1) sawdust itself: if it is fresh sawdust, such as sawdust after processing, such as Chinese fir, eucalyptus, miscellaneous wood, etc., the water content varies greatly depending on the species of the tree, generally estimated by 60%. The oldest dry sawdust is usually at 30% of the dry weight; (2) The fecal excretion of the pig's excreta is also a large part of the daily excrement. The excrement water content is generally about 60%. It can be ignored and the urine is very large. In part, each pig is calculated based on 4 kg of excretion per day. A goldfish fermentation bed of 20 square meters and 15-20 pigs is 60 kg of water. This is a large part of the water source, so no water can be added. (3) Other drinking water residues Of course, feed residues, sometimes caused by artificial feeding, or rain extravasation, of course, must do a good job of sheltering against seepage, which is a very small part.
Secondly, the reason for not adding water is better and safer: because of the above mentioned sources of water, it is not artificially controlled and mastered. If human factors continue to add water, once the water exceeds the requirement (65%), it will become unmanageable and the functional microorganisms will be flooded. Dead, the fermentation bed will lose its effect, and when the water content is lower, the relationship is not significant, because when the water does not meet the requirements, the functional microorganisms can sleep, or fermentation slow, when they meet the requirements, play the best role, deodorant and environmental protection, Improve economic efficiency.
Therefore, it is better and safer to dry the fermentation bed.

Propiconazole is used agriculturally as a systemic fungicide on turfgrasses grown for seed and aesthetic or athletic value, wheat, mushrooms, corn, wild rice, peanuts, almonds, sorghum, oats, pecans, apricots, peaches, nectarines, plums, prunes and lemons. It is also used in combination with permethrin in formulations of wood preserver. Propiconazole is a mixture of four stereoisomers and was first developed in 1979 by Janssen Pharmaceutica. Propiconazole exhibits strong anti-feeding properties against the keratin-digesting Australian carpet beetle 

 

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