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市场调查报告书
商品编码
1284298
到2028年的硅砂市场预测——按子系统,按砂类型,按安全类型,按部署,按纯度,按应用,按最终用户,按地区进行的全球分析Silica Sand Market Forecasts to 2028 - Global Analysis By Subsystem, Sand Type, Security Type, Deployment, Purity, Application, End User and Geography |
根据Stratistics MRC,2022年全球硅砂市场规模将达到115.6亿美元,预测期内以9.7%的复合年增长率增长,2028年有望达到201.5亿美元。
砂矿床中最常见的矿物是石英,它是构成硅砂的颗粒状成分的主要成分。 它是一种结晶二氧化硅,是地壳中第二丰富的矿物。 工业,製造和建筑等各种应用都需要硅砂。 它通常用于玻璃和陶瓷製造,喷砂,水过滤和建筑。
根据联合国经济和社会事务部/人口司/世界人口部的数据,到 2050 年世界人口预计将达到 95 亿。
在预测期内,由于建筑和基础设施行业的扩张,预计全球产品需求将增加。 石英用于各种建筑工艺,包括玻璃,混凝土,砂浆和磨料的製造。 在接下来的几年里,随着建筑业在国际上的扩张,对硅砂的需求预计会增加。 硅砂还广泛用于製造玻璃。 预测期内,建筑玻璃和平板玻璃的需求稳步增长,可以维持市场的扩张。 此外,预计 2020 年经济衰退后不断扩大的人口和工业復苏将刺激住宅和商业领域的新建筑,从而在整个预测期内增加产品需求。
对员工健康最常见和最危险的职业风险之一是结晶二氧化硅。 对工人健康的不利影响限制了澄清硅砂的市场。 据印度国家卫生门户网站报导,长期接触含有结晶二氧化硅的粉尘会导致肺部疾病,如尘肺,进行性肺部乳腺纤维化(PMF),肺癌,肺结核等肺部和呼吸道疾病。到过。 然而,二氧化硅无味,无刺激性,不会对健康产生直接影响,因此接触大量游离二氧化硅可能不会引起注意。 因此,二氧化硅粉对人体健康的不利影响是市场拓展的主要障碍。
硅砂的主要用途之一是製造玻璃,随着玻璃行业的扩张以及对平板玻璃和容器玻璃的需求增加,这种材料的市场也在不断扩大。 硅砂是生产普通玻璃和特种玻璃的基本原料,因为它含有生产玻璃所必需的二氧化硅 (SiO2)。 玻璃生产需要多种材料,但二氧化硅占玻璃最终重量的 70% 以上。 影响所生产玻璃的颜色,透明度和强度的主要因素是其化学纯度。 VRX Silica 是领先的硅砂生产商之一,它预测亚太地区的玻璃产量将增长 7-8%,而对水洗硅砂的需求也将增加。 此外,预计全球製药行业对玻璃瓶的需求将增长,导致玻璃製造中对硅砂的需求显着增加。
考虑到二氧化硅是一种危险物质,它受《2017 年职业健康与安全条例》第 4 章关于危险品的管制。 这需要雇主意识到风险,消除或控制风险,为员工提供知识和培训,监控气氛,保存记录,并且在结晶二氧化硅的情况下,监控员工健康。这意味着您有法律义务这样做. 这些规则和要求迫使公司使用创新方法来确保安全的工作场所。 因此,利润率将下降,部分水洗硅砂市场增长可能会受到抑制。
随着 COVID-19 在 2019 年第四季度之后蔓延,一些国家/地区已宣布封锁以限制货物和资源的流动。 COVID-19 严重影响了生产者的创收能力,因为成品的分配和原材料的供应都受到了影响。 然而,一旦危机消退,政府打算放宽监管并鼓励当地公司和小型企业继续生产,以帮助各国改善其经济价值链。 它也经常用于玻璃製造和建筑。 劳动力和原材料短缺,供应链中断以及政府严格控制在疫情期间对许多行业造成了沉重打击。 因此,工业产品消费进一步下降。 正在进行的建筑项目也被停止,搁置或放弃。 由于该产品对最终用途行业极为重要,因此对其需求产生了重大影响。
估计湿砂部分将有有利可图的增长。 由于二氧化硅 (SiO2) 含量高,湿硅砂被用作玻璃工业的优质砂源。 湿硅砂主要用于建筑,玻璃工业和高尔夫球场等应用。 由于建筑行业的持续需求,具有特定粒度和成分特征的湿法硅砂是目标市场的绝佳选择。 此外,用于製作湿沙的硅砂具有用于建造和维护高尔夫球场的特性。 这种湿硅砂长期以来一直用于葡萄牙和西班牙半岛一些最好的高尔夫球场。 用于果岭,发球檯,沙坑,通路等。
在预测期内,玻璃製造业预计将以最快的复合年增长率增长。 硅砂被用作所有类型玻璃器皿的主要成分,从普通玻璃器皿到特种玻璃器皿。 正是这种成分的化学纯度从根本上决定了玻璃的颜色,透明度和强度,并提供了玻璃製造中必不可少的 SiO2(二氧化硅)成分。 预计发达国家流行的电子行业使用特种玻璃将支持玻璃製造业的扩张,并可能增加对硅砂的需求。
在预测期内,亚太地区预计将占据最大的市场份额。 印度矿业部将沙子与大理石,粘土和其他次要矿物一起分类。 在印度,硅砂用于各种操作,例如铸造厂的玻璃製造,化学製造,建筑和艺术品製作。 就全球建筑市场的营业额和市场增长潜力而言,印度是领先的国家之一。 按购买力平价计算,印度是世界第十大经济体和第三大经济体。
由于水力压裂过程中需要硅砂的石油和天然气产量增加,预计北美在预测期内的复合年增长率最高。 该地区的主要产油国包括美国和加拿大。 水力压裂是一种向井中註入高压水以压碎基岩,克服流动裂缝问题,促进石油开采和提高商品价格的技术。 由于这种原料提供的最高性能和最高效率,预计该领域的市场将会增长。
2022 年 7 月,Allup Silica Ltd. 加强了其位于西澳大利亚的硅砂项目的资源。 这个概念被称为“Sparkler A Silica Sands Exploration Project”。
According to Stratistics MRC, the Global Silica Sand Market is accounted for $11.56 billion in 2022 and is expected to reach $20.15 billion by 2028 growing at a CAGR of 9.7% during the forecast period. The most prevalent mineral found in sand deposits is quartz, which is the main component of the granular components that make up silica sand. It is a kind of crystalline silica, the second most prevalent mineral in the crust of the Earth. Numerous industrial, manufacturing, and building uses need for silica sand. It is often used in the manufacture of glass and ceramics, sandblasting, water filtration, and building.
According to the United Nations Department of Economic and Social Affairs/Population Division and World Population, the global population is projected to reach 9.5 billion by 2050.
Over the course of the projection period, it is predicted that the expansion of the building and infrastructure sectors would increase product demand globally. It is utilised in several building processes, including as the production of glass, concrete, and mortar, as well as abrasives. In the upcoming years, demand for quartz sand will rise as the building industry expands internationally. This is also extensively utilised in the manufacture of glass. Throughout the projection period, a steadily rising demand for architectural and flat glass will sustain market expansion. Furthermore, new building in the residential and commercial sectors has been stimulated by the ever-expanding population and the industrial recovery that followed the economic recession in 2020, which is projected to increase product demand throughout the projection period.
One of the most prevalent and dangerous occupational risks to employees' health is crystalline silica. The negative health impacts on workers limit the market for cleansed silica sand. According to the National Health Portal of India, prolonged exposure to crystalline silica-containing dust is linked to lung diseases like pneumoconiosis, progressive massive fibrosis of the lung (PMF), lung cancer, pulmonary tuberculosis, and other lung and airway diseases. However, since silica is odourless, non-irritating, and does not cause any immediate health effects, exposure to large amounts of free silica may not be noticed. As a result, the negative effects of silica flour on human health provide a significant obstacle to the market's expansion.
One of the main uses for silica sand is the production of glass, and the market for this material has expanded as a result of the expansion of the glass industry and rising demand for flat and container glasses. The basic ingredient in all forms of standard and speciality glass manufacture is silica sand because it offers the necessary Silicon Dioxide (SiO2) needed for glass formation. Silica makes up more than 70% of the final weight of glass, despite the fact that the manufacture of glass requires a wide range of other materials. The main factor affecting the colour, clarity, and strength of the glass created is its chemical purity. One of the main producers of silica sand, VRX Silica, predicted that the demand for washed silica sand would rise as soon as the glass output in APAC is likely to rise by 7%-8%. Additionally, it is projected that the global pharmaceutical sector would experience a rise in demand for glass vials, which will result in a major increase in the need for silica sand for use in glass manufacture.
Considering silica is a hazardous material, it is governed under Chapter 4 of the 2017 Occupational Health and Safety Regulations on Hazardous Substances. This implies that an employer has a legal obligation to recognise risks, get rid of them or control any risks, give employees knowledge and training, monitor the atmosphere, keep records, and, in the case of crystalline silica, monitor employee health. These rules and requirements have forced firms to use innovative methods to ensure a secure workplace. This can thus result in smaller profit margins and potentially restrain part of the market growth for cleaned silica sand.
As COVID-19 has expanded since the fourth quarter of 2019, some nations have announced lockdowns that restrict the movement of goods and resources. Since the distribution of completed items and the supply of raw materials were both impacted, COVID-19 has severely harmed the producers' ability to generate income. The government, however, relaxed regulations once the crisis was under control in order to help countries advance up the economic value chain by encouraging local and small-scale enterprises to continue production. It is also frequently utilised in the glass production and building sectors. Due to labour and raw material shortages, supply chain interruptions, and stringent government controls, many sectors suffered greatly during the epidemic. This caused industries' product consumption to decline even further. The ongoing building projects were also stopped, put on hold, or abandoned. The demand for the products was significantly affected since they are crucial to end-use industries.
The Wet Sand segment is estimated to have a lucrative growth. Wet silica sand is utilised as a high-quality sand source for the glass industry due to its high silica content (SiO2). Wet silica sand is mostly used in construction, the glass industry, golf courses, and other applications. Due to the continued need in the construction sector, wet silica sand with certain grain sizes and composition properties is an excellent choice for destination markets. Additionally, the silica sand used to create wet sand has the characteristics stated for creating and maintaining golf courses. This kind of moist silica sand has long been used on the best golf courses on the Portuguese and Spanish peninsulas. It is used on the green, tee, bunkers, and access paths, among other places.
The Glass manufacturing segment is anticipated to witness the fastest CAGR growth during the forecast period. Silica sand serves as the primary component in all types of common and specialty glassware. The chemical purity of this component, which is what essentially defines the colour, clarity, and strength of the glass, is what it provides, which is the essential SiO2 (silicon dioxide) component required to manufacture glass. It's anticipated that the use of specialised glass in the reputable electronics sector in industrialised countries would support the expansion of the glass production sector and, maybe, increase demand for silica sand.
Asia Pacific is projected to hold the largest market share during the forecast period. The Indian Ministry of Mines has categorised sand alongside marble, clay, and other minor minerals. In India, silica sand is used in a variety of operations, such as the creation of glass in foundries, the manufacturing of chemicals, construction; the creation of artwork, etc. India is one of the major countries in the global construction market in terms of revenue and potential market growth. India's economy is the tenth biggest in the world and ranks third in terms of purchasing power parity.
North America is projected to have the highest CAGR over the forecast period, owing to rise in oil and gas production, which calls for silica sand in the fracking procedure. Major oil-producing countries in the area include the United States and Canada. The hydraulic fracking technique overcomes the problem of flow fracture by forcing high-pressure water into the well to fracture the rock, allowing for easier oil extraction and raising the price of the commodity. The market in the area will grow thanks to the greatest performance and best efficiency that this raw material offers.
Some of the key players profiled in the Silica Sand Market include Kaolin AD, Sunstate Sand Bundaberg Pvt. Ltd, Tochu Corporation Pvt. Ltd., Mitsubishi Corporation, Pioneer Natural Resources Company, Pattison Sand, Smart Sand, Inc, Australian Silica Quartz Group Ltd, Source Energy Services, Emerge Energy Services, WOLFF & MULLER Holding GmbH & Co. KG, Preferred Sands, Allup Silica Ltd. and Badger Mining Corporation.
In July 2022, Allup Silica Ltd. enhanced its resources for a silica sand project based in Western Australia. The initiative is called "Sparkler A Silica Sands Exploration Project".
Note: Tables for North America, Europe, APAC, South America, and Middle East & Africa Regions are also represented in the same manner as above.