市场调查报告书
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1284276
到 2028 年的复合材料市场预测——按产品、功能、应用、最终用户和地区进行的全球分析Geocomposites Market Forecasts to 2028 - Global Analysis By Product, By Function, By Application, By End User and By Geography |
根据 Stratistics MRC 的数据,2022 年全球土工复合材料市场将达到 4.966 亿美元,预计到 2028 年将达到 10.787 亿美元,预测期内将增加 1380 万美元。预计将以 100% 的 CAGR 增长。
要製作土工复合材料,复合材料必须至少包含一层土工合成材料,例如土工布、土工格栅、土工网或土工膜。 这些组合用于更快的安装、增加的界面摩擦角和改进的性能。 根据应用和目的采用各种材料组合。 土工复合材料的主要应用领域包括保护、加固、过滤、屏障功能、侵蚀控制和道路建设。 它还用于各种其他目的。
据印度品牌资产基金会称,印度政府设定了到 2019 年 3 月完成 300 个高速公路项目的目标。 2019年预计总投资22.5亿美元。
土工复合材料因其众多功能而被广泛应用于建筑领域。 因此,建筑业的崛起可能是有益的,并将持续下去。 预计中国、印度和东南亚国家等新兴经济体将在预测期内大量投资并进行大规模基础设施建设。 亚太地区拥有全球 60% 以上的人口,在过去几十年里人们的购买力和生活水平显着提高。 消费者消费意愿的增强预计将显着增加对新住宅和企业以及高速公路和铁路等基础设施项目的需求。
土工复合材料是根据设计的功能和用途组合各种土工合成材料製成的。 黄麻和椰壳纤维是可用于土工合成材料的天然材料的例子。 世界范围内製造的大多数复合材料都使用原油衍生的合成聚合物,例如聚酯、聚乙烯和聚丙烯。 原油价格的波动对这些基础材料的定价有重大影响。 影响土工复合材料市场的最大因素之一是原材料的价格和供应。 原油价格的波动已被证明对原材料成本有重大影响,因此预计将限制市场扩张。
土工复合材料在采矿业中用于为不同的矿产建立废物屏障。 在整个过程中,包括水的收集和处理,采矿会产生尾矿和废石等固体废物。 在采矿业中,土工膜衬里被广泛用作蒸发池、堆浸和尾矿蓄水池等溶液的管道。 采矿业生产的土工膜占世界土工膜产量的 40% 以上。 例如,Solmax 的 Heap Reach Pads 和 Solution Ponds 由 LLDPE 土工膜製成,并用于采矿过程。 LLDPE 土工膜称为 GSE Ultraflex,专为满足采矿业的需求而製造。
土工复合材料用于建造垃圾填埋场、隧道、池塘、水坝、高速公路、铁路等。 土工织物在安装时不可避免地会受到损坏,从而改变其机械、水力和物理性能。 在基础设施设计中使用土工织物时,必须考虑这些变化。 但是,需要现场测试和实验室测试来评估安装过程中发生的损坏。
受 COVID-19 疫情影响最严重的主要行业包括建筑、基础设施和交通运输。 需求下降、停工和劳动力短缺导致大多数基础设施和商业建筑项目被放弃,土工复合材料生产能力下降。 这是由于世界各国政府施加的各种限制导致我们的供应炼和製造过程严重中断。 此外,由于这场灾难对大多数人造成的重大经济影响,人们试图从个人预算中削减不必要的成本,导致消费者需求下降。
土工布-土工网复合材料领域预计将在整个预测期内主导市场。 土工布-土工网经常用于需要分离、过滤、加固和排水的活动。 它还可以提高基础设施部门在成本方面的效率。 它还可以有效地防止材料生锈。 无论是在土工网上下使用土工布,还是分层土工布-土工网,总能满足分离和过滤能力。 此外,当水平安装时,当冻土解冻或盐度迁移受到关注时,由于毛细管作用,它可以很好地排出向上流动的水。
由于其高平面排水能力和作为排水组件的优势,预计排水行业在预测期内将实现有利可图的增长。 一种易于安装的石材替代品是滤网过滤复合材料,用于一般区域排水。 作为截断排水管,采用过滤网膜复合材料,只排水一侧,堵住另一侧。 但是,这两种类型都可以垂直或水平排列。 复合材料广泛用于排水应用,例如垃圾填埋场、道路、铁路和挡土墙。
在预测期内,预计亚太地区将主导土工复合材料市场。 这是因为不断增长的需求将推动增长区域投资于基础设施领域,从而推动土工复合材料市场的扩张。 “一带一路”、智慧城市等众多政府计划将促进中国和印度等国家土工复合材料市场的增长。 此外,政府致力于可持续发展和具有成本效益的工作方法,预计将有助于该地区的市场扩张。
由于中国和印度等新兴国家的基础设施和开发成本不断上升,亚太地区预计在预测期内将经历土工复合材料市场的最快扩张。 因此,由于建筑和基础设施项目的显着增加、政府的支持政策以及严格的环保要求,预计亚太地区的土工复合材料市场在预测期内将会增长。 然而,土工合成材料在建筑行业的普及预计是有利的,市场增长可能会赶上该地区建筑行业的快速增长。
2021 年 10 月,Geofabrics Australasia 宣布收购 Plascorp。 此次收购将创建澳大利亚和新西兰最大的私营公司之一,製造和营销高度工程化的工业产品和解决方案。 此次收购增强了 Geofabrics 的竞争力,该公司使用澳大利亚製造和回收的材料建造主要的公路、铁路和采矿基础设施。
2021 年 6 月,Solmax 收购了 TenCate Geosynthetics。 此次收购将增强我们的业务能力、地域范围和资源,并使我们能够在土工合成材料领域建立更强大的地位。
According to Stratistics MRC, the Global Geocomposites Market is accounted for $496.6 million in 2022 and is expected to reach $1078.7 million by 2028 growing at a CAGR of 13.8% during the forecast period. In order to create geocomposites, composite materials must contain at least one layer of geosynthetic material, such as geotextile, geogrid, geonet, geomembrane, and so on. These combinations are used to speed up installation, increase interface friction angles, and improve capabilities. Depending on the application and aim, different combinations of materials are adopted. The major uses of geocomposites are in the fields of protection, reinforcing, filtration, barrier functions, erosion control, and road building. They are also used in a number of additional applications.
According to India Brand Equity Foundation, Government of India set a target to complete 300 highway projects by March 2019. The total amount of investment is expected to be US$ 2.25 billion in 2019.
Due to their numerous functions, geocomposites are widely used in the construction sector. As a result, the rise of the construction sector is probably beneficial and will sustain it. Emerging economies, including China, India, and other Southeast Asian nations, are anticipated to make considerable investments during the projection period and undergo major infrastructure development. People's purchasing power and living standards have significantly increased over the past few decades in the Asia-Pacific area, which is the location of more than 60% of the world's population. The need for new homes and companies, highways and railroads, and other infrastructure projects is expected to rise significantly as a result of consumers' increased spending power.
According to the designed functionality and application, various geosynthetics are combined to create geocomposites. Jute and coir are instances of naturally occurring materials that can be used to make geosynthetics. Polyester, polyethylene, and polypropylene, among other synthetic polymers derived from crude oil, are used to make the vast majority of composite materials manufactured worldwide. The fluctuating trend of crude oil prices has a significant impact on the pricing of these basic materials. One of the most significant elements affecting the market for geocomposites is the price and supply of raw materials. Therefore, it is anticipated that fluctuating crude oil prices, which have been demonstrated to have a significant impact on the cost of raw materials, will limit market expansion.
Geocomposites are used in the mining industry to build waste barriers for the by-products of mining. During the entire process, including water containment and disposal, mining generates solid wastes such as tailings and waste rock. In the mining industry, geomembrane liners are widely used to line solutions, primarily evaporation ponds, heap leaching, and tailings impoundments. Mining generates over 40% of the world's geomembrane output. For instance, Solmax provides heap leach pads and solution ponds made of LLDPE geomembranes, which are utilized in the mining process. An LLDPE geomembrane called GSE UltraFlex was created to specifically meet the needs of the mining sector.
Construction of waste landfills, tunnels, ponds, dams, highways, and railways all uses geocomposites. As installed, geotextiles can sustain damage that changes their mechanical, hydraulic, and physical characteristics in an unavoidable way. When using geotextiles to design infrastructure, these modifications must be taken into consideration. However, field tests or laboratory tests should be used to assess the damages that occur during the installation process.
Construction, infrastructure, and transportation are among the key industries that have been severely damaged by the COVID-19 outbreak. Owing to decreased demand, a lockdown, and a labor shortage, the majority of infrastructural and commercial building projects were abandoned, which reduced geocomposites' capacity to be produced. This can be attributed to severe interruptions in their own supply chains and manufacturing processes as a result of various limitations that have been imposed by governments all around the world. Furthermore, consumer demand has decreased as a result of people's desire to cut non-essential costs from their personal budgets as a result of this outbreak's significant impact on the general economic situation of the majority of individuals.
Geotextile - geonet composites segment is anticipated to dominate the market throughout the extrapolated period, for activities requiring separation, filtration, reinforcement, and drainage, geotextile-geonet is frequently used. It also improves the infrastructure sector's efficiency in terms of cost. They are also effective at preventing rust in the materials. The separation and filtering capabilities are always met, whether geotextile is used above or below a geonet or if geotextile-geonet is laminated. Additionally, if positioned horizontally, these devices offer outstanding drains for water running upward in a capillary zone when frost heave or salt migration are considerations.
Due to the extensive capacity for in-plane drainage, which makes them outstanding as drainage components, the drainage segment is anticipated to experience lucrative expansion over the projection period. Stone alternatives that are simple to install are filter-net-filter composites, which are utilized for general area drainage. As a cut-off drain, the filter-net-membrane composites are used, draining from one side alone and blocking the other. However, both kinds can be arranged vertically or horizontally. In drainage applications for landfills, roads, railways, retaining walls, and other constructions, composites are widely used.
Asia pacific region is expected to dominate the geocomposites market over the forecast period, owing to the rising demand, the growing area has made investments in the infrastructure sector, which facilitates the geocomposites market's expansion. Numerous government programs, such as One Belt, One Road, Smart Cities, and others, will contribute to the growth of the geocomposites market in nations like China and India. Additionally, government initiatives that emphasize sustainable development and cost-effective working practices will contribute to the market's expansion in the region.
Due to rising infrastructure and development spending in developing nations like China and India, the Asia-Pacific region is anticipated to experience the most rapid expansion in the geocomposites market over the forecast period. Therefore, it is anticipated that the geocomposites market in the Asia Pacific will increase over the projected period because of the considerable growth in construction and infrastructure projects, supporting government policies, and stringent environmental protection demands. However, the widespread usage of geosynthetic materials in the construction industry is anticipated to be beneficial, and market growth will probably keep up with the region's rapid construction industry growth.
Some of the key players in Geocomposites market include ABG LTD, Crafco Inc., Thrace Group, GSE Environmental Inc., HUESKER Synthetic GmbH., Koninklijke Ten Cate B.V. Geosynthetics, Low & Bonar PLC, Maccaferri S.P.A , NAUE GmbH & Co. KG, Officine Maccaferri S.p.A, SKAPS Industries , Tensar International Corporation, Terram Geosynthetics Private Limited, Leggett And Platt, Inc., TenCate Geosynthetics, Officine Maccaferri Spa and Hans Geo Components.
In October 2021, Geofabrics Australasia announced the acquisition of Plascorp. The acquisition will establish one of Australia's and New Zealand's largest private companies, manufacturing and marketing highly engineered industrial products and solutions. The acquisition will strengthen Geofabrics' competitive edge in constructing major road, rail, and mining infrastructure using Australian manufactured and recycled materials.
In June 2021, Solmax acquired TenCate Geosynthetics. This acquisition will improve its operational capacity, geographic reach, and resources, allowing it to establish a stronger position in the geosynthetics sector.