市场调查报告书
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全球隔膜泵市场:到 2028 年的预测 - 按机制、操作、排放压力、最终用户和地区分类Diaphragm Pump Market Forecasts to 2028 - Global Analysis By Mechanism, Operation, Discharge Pressure, End User and Geography |
根据 Stratistics MRC 的数据,2022 年全球隔膜泵市场规模将达到 69.9 亿美元,预计到 2028 年将达到 131.6 亿美元,预计复合年增长率为 11.13 %。
正排量泵称为隔膜泵,利用隔膜的往復运动来泵送流体。 隔膜泵的主要部件是由橡胶或其他聚合材料製成的往復式隔膜和调节进出泵的流体流量的止回阀。 隔膜泵要长久使用最重要的是根据应用选择合适的隔膜材料。 结构化隔膜被用于许多应用中,以允许隔膜泵更有效地运行。
根据联合国大学水资源、环境与健康研究所的数据,到 2020 年,高收入国家将处理约 74% 的工业和市政废水,而中高收入国家的这一比例为 43%。在低收入和中等收入国家约占 26%。
在预测期内,终端用户隔膜泵市场的水和废水部分预计将以最快的速度发展。 隔膜泵是水和废水处理领域的常见机器。 这种类型的泵经常用于废水处理过程中的流体输送、计量和配料。 该泵由于其相对较高的固体处理能力而适用于该领域。 生活和工业废水在排放到环境中之前的处理受到世界各国政府执行的严格立法的约束。 因此,在不久的将来,企业和大都市地区对建设污水处理厂的需求将增加,这可能会加速隔膜泵市场的增长。
隔膜泵因其在处理各种流体(包括化学品、挥发性溶剂、粘性流体、剪切敏感食品、污水、磨蚀性浆液、颗粒、乳膏、凝胶和油)方面的多功能性而被频繁使用。 隔膜泵止回阀用于在吸入和泵送过程中限制流体在两个方向上的流动,以保持容积效率。 带隔膜的泵可以移动许多小颗粒。 然而,隔膜计量泵需要清洁、无颗粒的液体才能正常工作。 此外,大颗粒可能会滞留在泵中。 一些操作员可能更喜欢蠕动泵,即使泵送的液体中含有大量颗粒,该泵也能正常运行。 在预期的增长期内,隔膜泵市场可能会因此受到影响。
在製药行业,泵用于处理、混合、排放和输送液体。 製药行业处理危险且昂贵的原材料,必须对其进行仔细监控并以安全方式运输。 隔膜泵通常用于反应器顶部的样品环路泵、各种製药撬中的输送泵、灌装线中的产品计量以及关键的製药行业溶剂输送。 隔膜泵是自吸式、干式运行的,并且几乎没有润湿的旋转部件,因此可以完全密封产品,不会产生磨损或颗粒。 因此,可以容易地施用各种药理学液体。 此外,许多隔膜泵具有 CIP 和 SIP 功能,使其成为製药企业的完美选择。 因此,对药品的需求将增加,製造它们所需的隔膜泵数量可能会增加。
隔膜泵,尤其是AODD泵,已经成为世界各地各种矿山采矿设备中不可或缺的一部分。 它们用于从硬岩开采到煤炭开采的各种应用,使采矿作业能够高效可靠地进行。 在煤矿开采中,隔膜泵主要用于脱水。 除了脱水,煤矿还使用隔膜泵输送润滑油和燃料,以保持重型设备和车辆运行。 然而,由于严格的废气法规和全球脱碳目标,煤炭开采行业正在走下坡路。 这些地区的电力需求增长缓慢,但风能和太阳能等可再生能源的使用正在迅速扩大。 在许多国家,天然气也成为煤炭的首选替代品,因为它排放的碳比煤炭少。 这些原因可能会阻碍隔膜泵的市场扩张并减缓采煤作业。
COVID-19 疫情限制了人员、产品和服务的国际贸易,包括隔膜泵製造区域的大部分地区。 各个地方、州和联邦政府对企业的运营方式和人们的出行方式施加了各种限制,包括居家令和隔离,导致企业大幅放缓或关闭。。 COVID-19 大流行显着减少了商业活动,预计这种情况将继续下去。 这包括对各种商品和服务的需求减少、不利的经济条件、供应链中断、重大的经济不确定性以及金融和商品市场的波动。
由于以压缩空气为动力,可输送泥浆、污泥、磨料、高粘度液体等多种流体。 由于其在化工、製药、石油和天然气行业的广泛应用,气动执行器预计将继续增长。 电动型适用于要求脉动小、流动顺畅的场合。 它使用电动装置(例如电动机)而不是压缩空气作为动力源。
双作用部分预计在预测期内呈现最快的复合年增长率。 双作用泵使用两个隔膜和两组阀门。 压缩空气和电动机可以依次驱动两个隔膜之一。 儘管比单作用泵更复杂和笨重,但双作用泵广泛应用于供水和污水处理、采矿和发电等行业。 因此,这些泵的市场非常大。
由于快速的城市化和不断增加的外国直接投资,亚太地区预计在预测期内将占据最大的市场份额。 工业部门的扩张要求从能源安全的角度谨慎管理和扩大该地区目前的燃料和电力资源。 因此,该地区国内石油和天然气勘探和生产活动有所增加,同时地缘政治局势不稳定,威胁到石油和天然气供应。 该地区的新兴经济体历来在具有巨大增长潜力的水和废水处理行业不发达。 该地区製药业投资的增加增加了对隔膜泵的需求。
由于化工、石化和食品饮料行业的强劲需求,预计欧洲在预测期内的复合年增长率最高。 此外,中东和非洲需要更复杂的水和废水管理,预计这些地区对隔膜泵的需求将会增加。 由于缺乏淡水资源,该地区拥有相当数量的水和污水处理厂。 预计人口增长将增加对淡水的需求,进一步刺激市场。
隔膜泵市场的主要公司有: LEWA、Verderair、Dover、SEKO、Flowserve、Alltech Dosieranlagen、DEPAMU Pump Technology、Pump Solutions、Xylem、Watson-Marlow Fluid technology、Grundfos、SEEPEX、EMEC、ProMinent Dosiertechnik、SPX、Blue-White Industries、Tapflo、 Gemme Cotti Srl、Graco Inc、IDEX Corporation。
2021 年 8 月,Graco Inc. 宣布推出新型 Husky 3300e 电动双隔膜泵。 Husky 3300e 泵输送工业流体,为工厂经理提供大容量流体输送(高达 220GPM)并显着降低功耗。
2020 年 4 月,PSG 和 Dover Corporation 的 Quattroflowpart 宣布,他们通过推出新的 Quattroflow QF2500 四元隔膜泵扩大了他们的多用途和一次性泵产品线。 新型 QF2500 泵的最大流速为 2,500 lph (660 gph),是满足苛刻的生物製药应用需求的理想泵。
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According to Stratistics MRC, the Global Diaphragm Pump Market is accounted for $6.99 billion in 2022 and is expected to reach $13.16 billion by 2028 growing at a CAGR of 11.13% during the forecast period. Positive displacement pumps called diaphragm pumps employ the diaphragm's reciprocating action to pump fluids. The primary components of a diaphragm pump are a reciprocating diaphragm made of rubber or another polymeric material, and check valves that regulate the flow of fluid into and out of the pump. The most crucial element for a longer lifespan of diaphragm pumps is the selection of a suitable diaphragm material according to the application. Structured diaphragms are utilised in numerous applications so that diaphragm pumps can operate more efficiently.
According to the United Nations University Institute of Water, Environment, and Health, in 2020, high-income countries treat around 74% of the industrial and municipal wastewater they generate, and this ratio dropped to 43% in upper-middle-income countries and about 26% in lower-middle-income countries.
Over the course of the forecast, the end-user diaphragm pump market's Water and Wastewater segment is anticipated to develop at the fastest rate. Pumps with a diaphragm are a common piece of machinery in the water and wastewater treatment sector. These kinds of pumps are frequently employed in wastewater treatment processes for fluid transfer, metering, and dosing. These pumps' relatively high solids handling capacity makes them suitable for usage in this sector. The treatment of domestic and industrial wastewater before it is released into the environment is subject to strict laws that are being implemented by governments all around the world. As a result, businesses and metropolitan areas will have a larger need to construct wastewater treatment facilities in the near future, which might hasten the growth of the diaphragm pump market.
Due to their versatility in handling a wide range of fluids, including chemicals, volatile solvents, viscous fluids, shear-sensitive foods, dirty water, abrasive slurry, tiny particles, creams, gels, and oil, diaphragm pumps are frequently used. Check valves are used in diaphragm pumps to preserve volumetric efficiency by limiting fluid flow in both directions during suction and pumping operations. Pumps using a diaphragm can move a lot of tiny particles. However, a diaphragm metering pump requires clean, particle-free fluid to operate properly. Larger-sized particles may become lodged in the pump while it runs. Peristaltic pumps, which perform well when the fluid being pumped contains significant quantities of particle, may be preferred by some operators. The market for diaphragm pumps may suffer as a result during the anticipated era of growth.
Pumps are used in the pharmaceutical sector to process, mix, unload, and transfer liquids. The pharmaceutical sector handles dangerous, frequently expensive ingredients that must all be pumped in a carefully monitored and secure manner. Diaphragm pumps are generally utilised as sample loop pumps on top of reactors, transfer pumps on various pharmaceutical skids, to pump products into filling lines, and for transferring solvents in the vital pharmaceutical industry. Diaphragm pumps guarantee complete product containment without abrasion or particle production since they are self-priming, dry-running, and have less wetted rotating parts. They can therefore manage various pharmacological liquids with ease. In addition, a lot of diaphragm pumps have CIP and SIP capabilities, making them the finest option for the pharmaceutical business. As a result, the demand for pharmaceutical items could increase, increasing the number of diaphragm pumps needed to produce them.
In many kinds of mining areas around the world, diaphragm pumps-especially AODD pumps-are an essential piece of mining machinery. These pumps are used in a variety of applications, from hard rock mining to coal mining, to make mining operations efficient and secure. In coal mining operations, diaphragm pumps are primarily utilised for dewatering. In addition to dewatering, lubricants and fuels are moved using diaphragm pumps in coal mines to maintain the operation of heavy gear and vehicles. However, because of strict emission laws and global decarbonisation goals, the coal mining business is in decline. While the demand for electricity in these areas is only slowly increasing, the use of renewable energy sources like wind and solar PV is expanding quickly. Gas is replacing coal as the preferred fuel in many countries since it produces less carbon than coal. The market expansion for diaphragm pumps may be hampered by these reasons, which could slow down coal mining operations.
The COVID-19 pandemic has restricted international trade in people, products, and services, including in the majority of the regions where diaphragm pump manufacture is of significant size. A variety of municipal, state, and federal governments have put various limitations on how business is conducted and how people can travel, such as stay-at-home orders and quarantines, which have resulted in a sizable number of business slowdowns and closures. The COVID-19 pandemic has significantly reduced business activity and is anticipated to do so going forward. This includes a decline in demand for a wide range of goods and services, as well as weaker economic conditions, supply chain disruptions, significant economic uncertainty, and volatility in the financial and commodity markets.
The air operated segment is estimated to have a lucrative growth, due to A wide range of fluids, including slurries, sludge, abrasive, and high viscosity fluids, can be transported using air-operated diaphragm pumps because they are powered by compressed air. Due to its wide range of applications in the chemical, pharmaceutical, and oil & gas industries, the air operated segment is expected to continue growing in the near future. The electrically powered segment is best for uses that call for minimum pulsation and smooth flow. It uses electrical methods, such as an electric motor, as a power source rather than compressed air.
The double acting segment is anticipated to witness the fastest CAGR growth during the forecast period. There are two diaphragms and two sets of valves used in double acting pumps. Compressed air and an electric motor can each drive one of the two diaphragms in turn. The water and wastewater, mining, and power generating industries, among others, all utilise these pumps extensively despite the fact that they are more complicated and larger in size than single action pumps. As a result, the market for these pumps is quite considerable.
Asia Pacific is projected to hold the largest market share during the forecast period owing to rapid urbanisation and rising foreign direct investments contributed to the expansion of the Asia Pacific Diaphragm Pump Market. The expansion of the industrial sector necessitates careful management and expansion of the region's current fuel and electricity resources in order to assure energy security. Domestic oil and gas exploration and production activity has increased in the area as a result of this, along with unstable geopolitical scenarios that threaten the supply of oil and gas. The developing economies of this region have historically underdeveloped the water and wastewater treatment sector, which has enormous growth potential. The demand for diaphragm pumps is rising as a result of rising investments in the region's pharmaceutical industry.
Europe is projected to have the highest CAGR over the forecast period, owing to the substantial demand from the chemical, petrochemical, food, and beverage industries. Additionally, the Middle East and Africa need more sophisticated water and wastewater management, which will increase the need for diaphragm pumps in these regions. Due to the absence of freshwater sources, the area has a significant number of water and wastewater treatment facilities. Population growth is anticipated to increase demand for freshwater, which will further fuel the market.
Some of the key players profiled in the Diaphragm Pump Market include: LEWA, Verderair, Dover, SEKO, Flowserve, Alltech Dosieranlagen, DEPAMU Pump Technology, Pump Solutions, Xylem, Watson-Marlow Fluid technology, Grundfos, SEEPEX, EMEC, ProMinent Dosiertechnik, SPX, Blue-White Industries, Tapflo, GemmeCotti Srl, Graco Inc. and IDEX Corporation.
In August 2021, Graco Inc. announced the launch of its new Husky 3300e electric double diaphragm pump. The Husky 3300e pump transfers industrial fluids and offers plant managers high-volume fluid transfer (up 220 GPM) and drastically reduces power consumption.
In April 2020, Quattroflowpart of PSG and Dover Corporation had announced it had extended its line of multiple- and single-use pumps with the introduction of the new Quattroflow QF2500 Quaternary Diaphragm Pump. With a maximum flow rate of 2,500 lph (660 gph), the new QF2500 pump is ideally suited to meet the needs within demanding biopharma applications.
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