bony coal

简明释义

1. 高灰谋; 2. 骨炭; 3. 泥质夹矸; 4. 炭质页岩; 5. 黑矸子;

英英释义

例句

1.During the inspection, we found that the stockpile contained a large amount of bony coal.

在检查过程中，我们发现库存中含有大量的骨煤。

2.In some regions, bony coal is often mixed with higher quality coal to improve its burning properties.

在某些地区，骨煤通常与更高质量的煤混合，以改善其燃烧特性。

3.The miners reported that the seam they were working on was primarily composed of bony coal.

矿工们报告说，他们正在开采的煤层主要由骨煤组成。

4.The energy output from bony coal is significantly lower than that of bituminous coal.

与烟煤相比，骨煤的能量输出明显较低。

5.Using bony coal for heating can lead to less efficient combustion.

使用骨煤取暖可能导致燃烧效率低下。

作文

Bony coal, a term that may not be familiar to many, refers to a specific type of coal that is characterized by its high ash content and low carbon content. This unique composition makes it less desirable as a fuel source compared to other types of coal. Understanding the properties and implications of bony coal (骨煤) is essential for those involved in the energy sector and environmental studies. In this essay, I will explore the characteristics of bony coal (骨煤), its uses, and its impact on the environment.Firstly, let's delve into the characteristics of bony coal (骨煤). Unlike bituminous coal or anthracite, which are prized for their high carbon content and energy output, bony coal (骨煤) contains a significant amount of impurities, particularly minerals that contribute to its high ash content. This means that when bony coal (骨煤) is burned, it produces more waste material than other coals, leading to increased pollution and environmental concerns. The low carbon content also results in lower energy yield, making it a less efficient choice for power generation.Despite its drawbacks, bony coal (骨煤) does have some applications. It can be used in certain industrial processes where high-quality fuel is not necessary. For example, it may serve as a feedstock in the production of certain chemicals or materials where the energy content is less critical than the availability of a cheaper raw material. Additionally, bony coal (骨煤) can sometimes be utilized in cement production, where its high ash content can be beneficial as a mineral additive.However, the use of bony coal (骨煤) raises significant environmental concerns. The combustion of this type of coal contributes to air pollution due to the release of sulfur dioxide and particulate matter, which can lead to respiratory problems and other health issues in nearby communities. The high ash content also poses challenges for waste management, as the disposal of ash can contaminate soil and water supplies if not managed properly. Furthermore, the mining of bony coal (骨煤) can result in habitat destruction and landscape alteration, contributing to biodiversity loss.In conclusion, while bony coal (骨煤) may have some industrial applications, its overall impact on the environment and its inefficiency as a fuel source make it a less favorable option in the energy landscape. As we move towards more sustainable energy solutions, it is crucial to consider the implications of using such coal types. Increased awareness and research on alternatives to bony coal (骨煤) can help mitigate its negative effects and promote cleaner energy sources. The transition to greener energy options is essential for protecting our planet and ensuring a healthier future for generations to come.

骨煤，这个术语可能对许多人来说并不熟悉，是指一种特定类型的煤，其特点是高灰分和低碳含量。这种独特的成分使其作为燃料来源的吸引力低于其他类型的煤。理解bony coal（骨煤）的特性及其影响，对于参与能源部门和环境研究的人士至关重要。在这篇文章中，我将探讨bony coal（骨煤）的特征、用途及其对环境的影响。首先，让我们深入了解bony coal（骨煤）的特性。与优质的烟煤或无烟煤相比，后者因其高碳含量和能量输出而受到推崇，bony coal（骨煤）含有大量杂质，特别是矿物质，这导致其高灰分。这意味着当bony coal（骨煤）被燃烧时，产生的废物比其他煤炭多，从而导致更大的污染和环境问题。低碳含量也导致能量产出较低，使其成为发电时效率较低的选择。尽管存在缺点，bony coal（骨煤）仍然有一些应用。在某些工业过程中，当高质量燃料不是必须时，它可以被使用。例如，它可以作为某些化学品或材料的原料，在这些情况下，能源含量的要求低于对便宜原料的需求。此外，bony coal（骨煤）有时可用于水泥生产，在这种情况下，其高灰分含量可以作为矿物添加剂。然而，使用bony coal（骨煤）引发了重大的环境关注。这种类型的煤燃烧时会释放二氧化硫和颗粒物，导致空气污染，可能导致附近社区的呼吸系统问题和其他健康问题。高灰分含量也给废物管理带来了挑战，因为如果处理不当，灰烬的处置可能会污染土壤和水源。此外，bony coal（骨煤）的开采可能导致栖息地破坏和景观改变，加剧生物多样性的丧失。总之，尽管bony coal（骨煤）可能有一些工业应用，但其对环境的整体影响以及作为燃料来源的低效性使其在能源领域的吸引力降低。随着我们朝着更可持续的能源解决方案迈进，考虑使用此类煤炭类型的影响至关重要。提高对替代bony coal（骨煤）使用的意识和研究，可以帮助减轻其负面影响，促进更清洁的能源来源。向更绿色能源选项的过渡对于保护我们的星球和确保未来几代人拥有更健康的生活至关重要。