Feeding ostriches can be highly profitable, and many farms have started using home-grazing or free-range methods to align with the natural behaviors of these birds. However, this approach often comes with challenges. Ostriches require large amounts of green forage, which is not only bulky but also nutritionally limited. As a result, their growth can be inconsistent, and the rearing period tends to be longer, leading to higher material consumption. Ostriches are omnivores, so as long as the feed contains essential nutrients and is appropriately shaped, it can be used as a supplement. Common materials include crop straw, sawdust, cottonseed hulls, bagasse, mushroom growing media, and byproducts from brewing industries. However, these materials often lack palatability and physical quality, making ostriches less interested in them. To improve their appeal, fermentation is necessary. With proper treatment, the texture and flavor become more acceptable, and ostriches will eat them willingly. A common practice involves mixing livestock manure with straw, sawdust, and other organic waste in specific proportions. When treated with specialized microbial fermentation agents, this mixture can be transformed into a high-quality, balanced feed. The use of golden pacifier bio-fermentation technology significantly enhances the aroma, taste, and nutritional value of the feed. This not only saves time and labor but also reduces costs—while natural fermentation might take a year, the bio-fermentation process can be completed in just days or weeks. Moreover, many of these materials are low-cost or even free, making them a cost-effective alternative to commercial feeds. They are also safe, eco-friendly, and widely favored by farmers. However, it's crucial to use qualified and effective microbial starters to ensure improved palatability and to eliminate harmful pathogens and parasites. Jinbao’s special biological fermentation agents are advanced, scientifically developed products that involve processes like cultivation, purification, and rejuvenation. These complex microbial mixtures contain key bacteria such as lactic acid bacteria, fungi, yeast, and actinomycetes. They are designed to rapidly decompose and ferment organic waste, including crop residues, animal manure, and other byproducts from farming, slaughterhouses, and urban areas. By turning waste into valuable resources, they help reduce costs and promote sustainable practices. Studies have shown that after treatment with these fermentation agents, the protein content in roughage increases significantly. This leads to better feed intake and improved performance in various animals, such as geese, cattle, sheep, yellow mealworms, cockroaches, fish, and shrimp. Ultimately, this results in greater economic returns and a more efficient, environmentally responsible farming system.
Poly (caprolactone (Polycaprolactone, photo, CAS no. : 24980-41-4) [1] is also called epsilon - caprolactone, is through the epsilon - caprolactone monomer in the metal anion complexing catalyst under the ring opening polymerization of polymer organic polymer, by controlling the polymerization conditions, can obtain different molecular weight of its appearance is white solid powder, non-toxic, insoluble in water, soluble in polar organic solvents photo with good biocompatibilityGood organic polymer compatibility, and good biodegradability, and can be used as a cell growth support materials, can be compatible with each other many kinds of conventional plastic, 6 and 12 months under the natural environment can be completely degradation in addition, photo also has a good shape memory temperature control properties, is widely used in drug carrier plasticizer biodegradable plastic nano fiber spinning shaping production and processing of the materials
Polycaprolactone Pcl,Polymeric Plasticizer Pcl,Implantable Biomaterial Pcl,Long-Term Implants Pcl
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