agglomerate flotation

简明释义

凝聚浮选;

英英释义

例句

1.In mineral processing, agglomerate flotation can enhance recovery rates significantly.

在矿物加工中，聚集浮选可以显著提高回收率。

2.By optimizing the agglomerate flotation parameters, we can reduce waste significantly.

通过优化聚集浮选参数，我们可以显著减少废料。

3.Researchers are studying the effects of pH on agglomerate flotation efficiency.

研究人员正在研究pH对聚集浮选效率的影响。

4.The process of agglomerate flotation is essential for separating fine particles from the ore.

进行聚集浮选的过程对于从矿石中分离细小颗粒至关重要。

5.The implementation of agglomerate flotation has revolutionized the way we extract metals.

实施聚集浮选彻底改变了我们提取金属的方式。

作文

Agglomerate flotation is a crucial process in the field of mineral processing and recycling. It refers to the technique of separating valuable minerals from gangue using the principles of flotation, where particles are agglomerated or clumped together to enhance their flotation properties. This method is particularly significant when dealing with fine particles that would otherwise be difficult to separate due to their small size and low density. The concept of agglomerate flotation (团聚浮选) involves creating larger aggregates of mineral particles, allowing for more efficient separation during the flotation process.In the mining industry, the extraction of metals such as gold, copper, and lead often relies on flotation methods. Traditional flotation techniques may not be effective for very fine particles, which can lead to a loss of valuable materials. By employing agglomerate flotation (团聚浮选), operators can improve the recovery rates of these minerals. The process begins with the addition of a binding agent or collector that facilitates the agglomeration of fine particles. These collectors adhere to the surface of the mineral particles, allowing them to stick together and form larger aggregates.Once the agglomerates are formed, they can be floated more easily in the flotation cell. The design of the flotation cell plays a vital role in this process, as it must provide sufficient agitation and air supply to create bubbles that will carry the agglomerated particles to the surface. The bubbles attach themselves to the agglomerates, which then rise to the surface, forming a froth layer that can be skimmed off. This froth contains the concentrated minerals, while the gangue material sinks to the bottom.The advantages of agglomerate flotation (团聚浮选) extend beyond improved recovery rates. This method can also reduce the environmental impact of mining operations. By increasing the efficiency of mineral recovery, less waste is generated, and the need for extensive processing of tailings is minimized. Furthermore, the use of agglomeration techniques can lead to lower energy consumption during the flotation process, making it a more sustainable option for mineral extraction.Research and development in the area of agglomerate flotation (团聚浮选) have led to innovations that continue to enhance its effectiveness. New types of collectors and binding agents are being tested to optimize the agglomeration process. Additionally, advancements in flotation cell technology are improving the overall efficiency of the flotation process. These developments are critical as the demand for metals and minerals continues to rise globally, necessitating more effective and environmentally friendly extraction methods.In conclusion, agglomerate flotation (团聚浮选) is an essential technique in modern mineral processing that addresses the challenges posed by fine particle separation. By facilitating the agglomeration of particles, this method enhances the efficiency of flotation processes, leading to higher recovery rates and reduced environmental impacts. As technology advances, the potential applications of agglomerate flotation (团聚浮选) will likely expand, making it a key player in the future of sustainable mining and recycling practices.

团聚浮选是矿物加工和回收领域中的一个关键过程。它指的是利用浮选原理将有价值的矿物与废石分离的技术，其中颗粒被团聚或聚集在一起，以增强其浮选特性。当处理细小颗粒时，这种方法尤其重要，因为细小颗粒通常难以分离，原因在于其小尺寸和低密度。agglomerate flotation（团聚浮选）的概念涉及创建较大的矿物颗粒聚集体，从而在浮选过程中允许更有效的分离。在采矿行业，金、铜、铅等金属的提取往往依赖于浮选方法。传统的浮选技术可能对非常细小的颗粒无效，这可能导致有价值材料的损失。通过采用agglomerate flotation（团聚浮选），操作人员可以提高这些矿物的回收率。该过程首先添加一种粘结剂或捕收剂，以促进细颗粒的团聚。这些捕收剂附着在矿物颗粒的表面，使它们粘在一起形成较大的聚集体。一旦形成了聚集体，它们就可以更容易地在浮选槽中浮起。浮选槽的设计在这个过程中起着至关重要的作用，因为它必须提供足够的搅拌和空气供应，以产生气泡，这些气泡将携带聚集的颗粒到表面。气泡附着在聚集体上，然后上升到表面，形成可以撇去的泡沫层。这个泡沫含有浓缩的矿物，而废石材料则沉到底部。agglomerate flotation（团聚浮选）的优势不仅限于提高回收率。这种方法还可以减少采矿作业对环境的影响。通过提高矿物回收的效率，产生的废物更少，尾矿的广泛处理需求也得到了最小化。此外，使用团聚技术可以降低浮选过程中的能耗，使其成为一种更可持续的矿物提取选择。在agglomerate flotation（团聚浮选）领域的研究与开发已导致持续的创新，进一步提高其有效性。新的捕收剂和粘结剂正在进行测试，以优化团聚过程。此外，浮选槽技术的进步正在改善浮选过程的整体效率。这些发展至关重要，因为全球对金属和矿物的需求持续上升，迫切需要更有效和环保的提取方法。总之，agglomerate flotation（团聚浮选）是现代矿物加工中的一项重要技术，解决了细小颗粒分离所带来的挑战。通过促进颗粒的团聚，这种方法提高了浮选过程的效率，导致更高的回收率和减少的环境影响。随着技术的进步，agglomerate flotation（团聚浮选）的潜在应用可能会扩大，使其成为未来可持续采矿和回收实践中的关键角色。