The material produced after being shredded by a branch shredder has many uses.
Release time:
2022-05-04
Directly shredding and returning fruit-tree branches to the field is a relatively convenient application method—a technical measure that involves deeply burying all pruned branches and leaves within the orchard, allowing the trees themselves to nourish the soil, increase organic matter in the orchard, and enhance soil fertility. This approach not only saves on transportation costs, reduces the accumulation of residual branches, and helps keep the environment clean, but also prevents weed growth in the orchard and helps retain soil moisture. Moreover, after being decomposed, the fruit-tree branches returned to the orchard can significantly boost the content of soil organic matter, thereby improving the soil’s physical and chemical properties and promoting the growth of fruit-tree root systems.
Directly shredding and returning fruit-tree branches to the field is a relatively convenient application method—a technical measure that involves deeply burying all pruned branches and leaves within the orchard, allowing the trees themselves to nourish the soil, increase organic matter in the orchard, and enhance soil fertility. This approach not only saves on transportation costs, reduces the accumulation of residual branches, and helps keep the environment clean, but also prevents weed growth in the orchard and helps retain soil moisture. Moreover, after undergoing decomposition, the fruit-tree branches returned to the orchard can significantly boost the soil’s organic-matter content, thereby improving its physical and chemical properties and promoting the growth of fruit-tree root systems.
Composting is currently one of the most common and effective methods for disposing of organic solid waste. In the case of fruit tree branches, composting offers both cleanliness and environmental friendliness, enabling the resourceful recycling of branch waste from orchards.
With the widespread adoption of soilless cultivation and plug seedling techniques, the demand for cultivation substrates is steadily increasing. As a result, the substrate market is rapidly expanding, making substrate development and application a highly sought-after and important field today. It is now possible to develop cultivation substrates using fruit tree branches that are pruned annually, thereby supplementing and replacing peat-based substrates. This approach not only addresses the current issues of agricultural environmental pollution and resource waste caused by fruit tree branches but also provides a new source of raw materials for supplementing or replacing non-renewable peat-based substrates. Such efforts are greatly beneficial both for environmental protection and for the development of advanced agricultural practices.
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