calcined pyrites

简明释义

焙烧黄铁矿(黄铁矿粉

英英释义

例句

1.The production of sulfuric acid often involves the use of calcined pyrites 焙烧黄铁矿 as a key raw material.

硫酸的生产通常涉及使用calcined pyrites 焙烧黄铁矿作为关键原材料。

2.Researchers are exploring more efficient methods to utilize calcined pyrites 焙烧黄铁矿 in chemical reactions.

研究人员正在探索更有效的方法来利用calcined pyrites 焙烧黄铁矿进行化学反应。

3.During the roasting process, calcined pyrites 焙烧黄铁矿 releases sulfur dioxide, which must be managed carefully.

在焙烧过程中，calcined pyrites 焙烧黄铁矿释放二氧化硫，必须小心管理。

4.In metallurgy, calcined pyrites 焙烧黄铁矿 can be used to extract metals like copper and gold.

在冶金中，calcined pyrites 焙烧黄铁矿可以用于提取铜和金等金属。

5.The environmental impact of using calcined pyrites 焙烧黄铁矿 in industrial processes is being studied extensively.

在工业过程中使用calcined pyrites 焙烧黄铁矿的环境影响正在被广泛研究。

作文

The process of extracting metals from ores has been a fundamental aspect of human civilization for centuries. Among various ores, iron pyrites, commonly known as fool's gold, has gained attention not only for its deceptive appearance but also for its potential applications in metallurgy. When subjected to high temperatures, iron pyrites undergo a transformation known as calcination, resulting in the formation of calcined pyrites (煅烧黄铁矿). This process is critical in the extraction of sulfur and other valuable by-products. Calcination involves heating the raw material to a temperature that drives off volatile components, including moisture and sulfur dioxide. The calcined pyrites (煅烧黄铁矿) produced through this method are often utilized in various industrial applications. One of the most significant uses of calcined pyrites (煅烧黄铁矿) is in the production of sulfuric acid, a vital chemical in many industries, including fertilizers, pharmaceuticals, and petrochemicals. The conversion of iron pyrites into calcined pyrites (煅烧黄铁矿) not only enhances its utility but also contributes to more sustainable practices by recycling waste materials. Moreover, the calcined pyrites (煅烧黄铁矿) can also serve as a source of iron and sulfur in various chemical processes. The iron extracted from calcined pyrites (煅烧黄铁矿) can be used in the production of steel, while the sulfur can be harnessed for creating sulfur-based compounds. This versatility makes calcined pyrites (煅烧黄铁矿) a valuable resource in modern industry. In addition to its industrial applications, the study of calcined pyrites (煅烧黄铁矿) also sheds light on geological processes. Understanding how pyrites form and transform under varying environmental conditions can provide insights into the history of our planet's geology. For instance, the presence of calcined pyrites (煅烧黄铁矿) in sedimentary rocks may indicate past volcanic activity or changes in sedimentation patterns. Therefore, researchers and geologists often analyze calcined pyrites (煅烧黄铁矿) to gather information about ancient ecosystems and climatic conditions. The importance of calcined pyrites (煅烧黄铁矿) extends beyond its immediate applications. It plays a role in the broader context of resource management and environmental sustainability. As industries strive to reduce their carbon footprint and minimize waste, the ability to recycle materials like iron pyrites into calcined pyrites (煅烧黄铁矿) represents a step towards more responsible manufacturing practices. By utilizing waste materials, companies can not only cut costs but also reduce the environmental impact associated with mining and processing new ores. In conclusion, the transformation of iron pyrites into calcined pyrites (煅烧黄铁矿) through calcination is a remarkable example of how a seemingly worthless material can be converted into a valuable resource. Its applications in sulfuric acid production, iron extraction, and geological research highlight the multifaceted significance of calcined pyrites (煅烧黄铁矿) in both industrial and scientific realms. As we continue to explore innovative methods for resource utilization, the study and application of calcined pyrites (煅烧黄铁矿) will undoubtedly play a crucial role in shaping a sustainable future.

提取金属的过程在几个世纪以来一直是人类文明的基本方面。在各种矿石中，黄铁矿因其欺骗性的外观而引起了关注，同时也因其在冶金中的潜在应用而受到重视。当铁黄矿在高温下处理时，会发生一种称为煅烧的转变，从而形成calcined pyrites（煅烧黄铁矿）。这个过程在提取硫和其他有价值的副产品中至关重要。煅烧涉及将原材料加热到驱除挥发成分的温度，包括水分和二氧化硫。通过这种方法生产的calcined pyrites（煅烧黄铁矿）通常用于各种工业应用。calcined pyrites（煅烧黄铁矿）的一个重要用途是在硫酸的生产中，硫酸是许多行业（包括肥料、制药和石油化工）中的重要化学品。将铁黄矿转化为calcined pyrites（煅烧黄铁矿）不仅增强了其效用，还通过回收废物材料促进了更可持续的做法。此外，calcined pyrites（煅烧黄铁矿）还可以作为各种化学过程中的铁和硫的来源。从calcined pyrites（煅烧黄铁矿）中提取的铁可以用于钢的生产，而硫则可以用于制造基于硫的化合物。这种多功能性使得calcined pyrites（煅烧黄铁矿）在现代工业中成为一种有价值的资源。除了其工业应用外，对calcined pyrites（煅烧黄铁矿）的研究也揭示了地质过程。了解黄铁矿在不同环境条件下如何形成和转变，可以提供关于我们星球地质历史的见解。例如，沉积岩中存在的calcined pyrites（煅烧黄铁矿）可能表明过去的火山活动或沉积模式的变化。因此，研究人员和地质学家经常分析calcined pyrites（煅烧黄铁矿），以获取有关古代生态系统和气候条件的信息。calcined pyrites（煅烧黄铁矿）的重要性超越了其直接应用。它在资源管理和环境可持续性的大背景中发挥着作用。随着各行业努力减少碳足迹并最小化废物，能够将像铁黄矿这样的材料回收为calcined pyrites（煅烧黄铁矿）代表了朝着更负责任的制造实践迈出的重要一步。通过利用废物材料，公司不仅可以降低成本，还可以减少与开采和加工新矿石相关的环境影响。总之，通过煅烧将铁黄矿转化为calcined pyrites（煅烧黄铁矿）的过程是一个显著的例子，展示了看似无价值的材料如何转变为有价值的资源。它在硫酸生产、铁提取和地质研究中的应用突显了calcined pyrites（煅烧黄铁矿）在工业和科学领域的多面意义。随着我们继续探索资源利用的创新方法，对calcined pyrites（煅烧黄铁矿）的研究和应用无疑将在塑造可持续未来方面发挥关键作用。