Crushing bucket: Pioneer of resource recycling
Motek's crushing bucket plays a significant role in environmental protection and material recycling. In terms of construction waste treatment, a large amount of construction waste will be generated during urban construction and renovation. The traditional treatment method is often landfill or stacking, which not only occupies a large amount of land, but also pollutes the environment. The crushing bucket can be installed on construction machinery such as excavators, and can crush abandoned concrete, bricks and other construction waste directly at the construction site. Through the high-speed rotating crushing drum and multiple sets of detachable carbide cutter heads, the material is milled at high speed to break large pieces of construction waste into smaller particles. These crushed particles can be used as recycled aggregates for the production of recycled concrete, paving road bases, etc., realizing the resource utilization of construction waste, greatly reducing the demand for natural aggregates, and reducing the damage to the environment caused by the mining of natural aggregates.
In the field of soil treatment, crushing buckets also play an important role. For example, in agricultural research, soil analysis, geological exploration, and highway construction, soil crushing is required. In highway construction, if the soil in a specific area needs to be improved to meet engineering requirements, the crushing bucket can crush the soil to make it uniform in particle size, which is convenient for subsequent mixing with other materials and improving the engineering performance of the soil. When environmental protection units repair contaminated soil, the crushing bucket can pre-treat the soil first, crushing large pieces of debris or compacted soil, providing more favorable conditions for subsequent repair processes such as leaching and thermal analysis, and helping to improve the efficiency of repair.
Screening bucket: an expert in precise separation
Screening buckets are widely used in environmental protection and recycling scenarios. In soil remediation projects, contaminated soil is often mixed with construction waste, debris and soil particles of different particle sizes. The screening bucket can screen and crush the contaminated soil. First, the top grille bears most of the weight to reduce the impact and load of the material on the roller and bearing. Then, the forward and reverse bidirectional rotation of the roller is used to separate the construction waste and other debris in the soil, and at the same time, the soil particles of different particle sizes are screened out. For the soil remediation process of thermal analysis or leaching, the screening bucket can be used as the preliminary soil treatment equipment to screen out fine soil with a diameter of less than 3cm, so as to carry out the remediation operation more accurately in the future. When dealing with contaminated garbage soil mixed with construction waste, the solid waste can be pre-screened first, and then the addition of agents, solidification and other operations can be carried out. The screening bucket is used to mix, stir and stabilize the solidification to achieve the purpose of soil purification.
In the field of solid waste treatment, the screening bucket is also indispensable. For example, in the treatment process after garbage classification, for some mixed solid waste, the screening bucket can accurately separate according to the particle size of the waste. When dealing with domestic waste, recyclable materials such as plastics and metals can be initially separated from other waste to improve the recycling efficiency. In the treatment of industrial solid waste, waste residues can be screened, and waste residues of different particle sizes can be separated and treated separately. Some fine particles of waste residues can be used to make additives for building materials, while larger particles of waste residues can be further crushed and reused, reducing the pollution of industrial solid waste to the environment and realizing the effective recycling of resources.
Mixer head: Master of material fusion
Mixer heads have unique advantages in environmentally friendly construction and material recycling. In the construction of sludge in-situ solidification, the mixer head plays a core role. Traditional sludge treatment methods often have the problem of secondary pollution in subsequent treatment, and the application of the mixer head fundamentally solves this problem. It is powered by the hydraulic system of the excavator. Thanks to the high mobility of the excavator, it can reach soft soil areas that are difficult for other vehicles to reach. The mixer head adopts a Y-shaped design, which can better penetrate the soil in hard geology; it has a two-way rotation function, and is not easily sucked by the mud during deep mixing, and it is easy to pull out. After the sludge solidified by the mixing head, it no longer needs subsequent drying and management, which reduces the overall cost and the occupation of land resources. At the same time, after the polluted sludge is stabilized, it forms an applicable material, such as road base material or filling material. In soil remediation projects, when the contaminated soil needs to be repaired by adding agents, the mixing head can evenly mix the agent with the soil to ensure that the agent can fully play its role and improve the soil remediation effect. In infrastructure construction, the mixing head can be used to mix and stir different building materials such as cement, sand, soil, etc. to make building materials that meet the requirements of the project, improve the utilization efficiency of materials, and reduce material waste.
Motek's crushing bucket, screening bucket and mixing head have made important contributions to the efficient utilization of resources and environmental protection through their unique functions in the fields of environmental protection and material recycling, from construction waste treatment, soil remediation, solid waste treatment to sludge solidification, and have strongly promoted the application of the concept of sustainable development in engineering practice.
