市场调查报告书
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1149959
全球颗粒物监测市场规模、份额和行业趋势分析报告:按技术、应用、类型和地区分列的展望和预测,2022-2028 年Global Particulate Matter Monitoring Market Size, Share & Industry Trends Analysis Report By Technology, By Application, By Type, By Regional Outlook and Forecast, 2022 - 2028 |
在预测期内,全球颗粒物监测市场规模预计将以 9.8% 的复合年增长率增长,到 2028 年将达到 22 亿美元。
一氧化碳、氧化亚氮、二氧化硫和挥发性有机化合物等空气污染物的检测和监测是通过室内和室外的空气质量监测设备完成的。由于恶化的空气质量含有对健康产生不利影响的危险污染物,因此需要保持空气质量,并且对空气质量监测的需求越来越大。这些危险化学品通过工业排放、汽车尾气和国内化石燃料消耗释放到大气中。
COVID-19 影响分析
新型冠状病毒在多个国家和地区迅速传播,对个人和整个社区的生活产生了重大影响。一旦 Covid-19 疫苗上市,预计在不久的将来感染 Covid-19 的人数将会减少。因此,空气质量监测业务正在满负荷运转。 2022 年初,市场将因此復苏。随着 COVID-19 病例开始减少,设备和机械製造商必须专注于保护他们的人员、运营和供应网络,以解决紧急问题并实施新的工作程序。
市场增长因素
全球空气质量监测日益受到关注
大城市的空气质量评估对于保护人类健康和环境变得越来越重要。能见度降低、负面环境影响和材料损坏进一步影响环境。在许多国家,细颗粒物 PM2.5 是能见度降低(雾霾)的主要原因。因此,有必要定期检查大气环境。它还会导致各种环境问题,例如湖泊和河流酸化,以及对脆弱的森林和农作物的影响。
空气质量恶化导致各种疾病增多
颗粒物会对健康产生多种不利影响,包括哮喘症状加重、非致命性心脏病发作、肺功能下降、心臟损伤和气道炎症。烟雾、烟雾和烟灰是可见颗粒的例子,但一些最危险的颗粒很小且看不见,它们可以迅速进入您的肺部和血液。与此类颗粒物相关的健康影响可能是短期的,也可能是长期的。颗粒物对健康的影响不同,具体取决于其类型、先前存在的医疗状况和其他外部条件。
市场製约因素
常规颗粒物监测技术缺乏真实监测且技术成本高
颗粒物传感器可以通过分析流经传感器单元的空气的所有变化来跟踪颗粒密度。与可以检测多种污染物的气体传感器相比,颗粒物传感器无法准确确定污染物的成分。然而,可以区分不同大小的颗粒。光散射技术是当今低成本颗粒物传感器的关键组成部分。此外,这项技术的高昂价格阻碍了它在市场上的广泛采用。
按类型划分的前景
根据类型,颗粒物监测市场分为室内监测和室外监测。户外监测部分在 2021 年颗粒物监测市场的收入份额最高。环境健康和我们呼吸的空气质量的重要性正得到越来越广泛的认可。这种认识迫使那些产生无组织排放物和其他污染物的人加强监测、监管和报告工作。
技术展望
按技术划分,颗粒物监测市场分为光散射、β 衰变、重力测量、不透明度等。光散射部分在 2021 年占据了颗粒物监测市场的最高收入份额。大多数低 PM2.5 监测器采用光散射法。它由照亮空气通道的单个光源组成,根据光散射理论,粒子可以在空气通道中偏转一些光。离轴设计允许单个光电检测器仅检测分散的光。
应用展望
颗粒物监测市场按应用细分为过程工业、环境空气监测、室内空气监测、医疗保健等。到 2021 年,过程工业部门将在颗粒物监测市场中占据重要的收入份额。一些石油和天然气部门的活动会排放氮氧化物、二氧化碳、二氧化硫、颗粒物、总挥发性有机化合物 (tVOC)、一氧化碳和硫化氢。在石油和天然气行业,环境污染物是在生产过程中产生的。
区域展望
按地区划分,分析了北美、欧洲、亚太地区和 LAMEA 的颗粒物监测市场。亚太地区将于 2021 年在颗粒物监测市场获得可观的收入份额亚太市场包括印度、中国、日本和韩国等重要国家。预计亚太地区新兴经济体的颗粒物监测技术市场将快速增长。例如,印度的经济增长率据说是世界一流的。与其他国家一样,印度的目标是减少、监测和控制公司排放的颗粒物。
The Global Particulate Matter Monitoring Market size is expected to reach $2.2 billion by 2028, rising at a market growth of 9.8% CAGR during the forecast period.
PM monitoring is primarily used to provide data on air quality to local, state, and federal regulatory programmes so they can assess whether a region has met the National Ambient Air Quality Standards (standards). For comparisons to the standards, a Federal Reference Method (FRM) sampler is utilized, which ensures nationwide consistency in air pollution monitoring. The gravimetric approach is the latest FRM for detecting PM 2.5 in the environment. A certain flow rate of ambient air is drawn via particular filters during FRM-based monitoring. The filters are measured after and before sampling at a suitable position, and the time-averaged density for the sampling period is calculated by dividing the net mass of particles collected on the filter by the full volume of air tested.
The weight of PM 10 particles per volume of air is how the PM 10 standards are expressed (micrograms per cubic meter). A high-volume sampler is used to gather PM 10 mass. A size-selective intake and a filter are used to draw a known amount of ambient air at a steady flow rate into a high-volume PM 10 sampler. Following that, for the course of the designated 24-hour sampling period, particulate in the PM 10 size range are gathered on the filter.
The detection and monitoring of air pollutants such carbon monoxide, nitrous oxide, sulphur dioxide, and volatile organic compounds, both indoors and outdoors, is done by an air quality monitoring device. The requirement to maintain air quality has increased the demand for air quality monitoring because low air quality contains dangerous contaminants that can have negative health effects. These dangerous chemicals are released into the atmosphere as a result of industrial emissions, vehicle emissions, and home fossil fuel consumption.
COVID-19 Impact Analysis
The new coronavirus has rapidly spread over a number of nations and regions, having a profound effect on both individual lives and the community as a whole. Additionally, once the COVID-19 vaccine enters the market, fewer cases of COVID-19 are anticipated in the near future. As a result, businesses that monitor the quality of the air are now operating at full capacity. By the beginning of 2022, the market will recover as a result. Equipment and machinery manufacturers must concentrate on safeguarding their personnel, operations, and supply networks in order to deal with urgent problems and implement new working procedures once COVID-19 infection cases start to diminish.
Market Growth Factors
Growing Focus On Ambient Air Quality Monitoring Across The World
In order to preserve both the human health and the environment, it is therefore increasingly critical to evaluate the ambient air quality in big cities. Visibility loss, environmental harm, and material harm are further environmental impacts. In many nations, the main contributor to decreased visibility (haze) is fine particle PM2.5. As a result, it is necessary to regularly check the ambient air quality. Particulate matter also causes lakes and streams to become acidic, harms delicate forests and agricultural crops, and causes other environmental problems.
Rise In The Cases Of Various Diseases Caused By Poor Air Quality
Particulate matter has the potential to have a wide range of negative health impacts, including increased asthma symptoms, nonfatal heart attacks, impaired lung function, heart problems, and irritation of the airways. Smog, smoke, and soot are examples of visible particles, although some of the most hazardous particles are smaller and invisible, and they can quickly enter the lungs and bloodstream. Such particulate matter-related health impacts might be both short-term and long-term. Particulate matter has different health effects depending on the type, pre-existing diseases, and other external conditions.
Market Restraining Factors
Absence Of Real Monitoring And High Technical Costs For Conventional Particle Matter Monitoring Techniques
By analyzing all the alteration of the air moving via the sensor unit, particulate matter sensors may track the particle density. Particulate matter sensors are unable to determine the precise makeup of pollutants, in contrast to gas sensors, which can detect many contaminants. They can, however, distinguish between different-sized particles. Light scattering technology is the main component of the current low-cost particulate matter sensing; although, other conventional laboratory-grade devices are more accurate but more expensive. Additionally, the price of this technology prevents a wider market adoption.
Type Outlook
On the basis of type, the particulate matter monitoring market is bifurcated into Indoor Monitoring and Outdoor Monitoring. Outdoor monitoring segment recorded the highest revenue share in the particulate matter monitoring market in 2021. The importance of environmental health and the standard of the air humans breathe is becoming more widely recognized. Because of this awareness, those who produce pollutants, such as fugitive emissions, are under pressure to step up their monitoring, regulate, and reporting efforts.
Technology Outlook
By technology, the particulate matter monitoring market is fragmented into Light Scattering, Beta-Attenuation, Gravimetric, Opacity and Others. Light Scattering segment procured the highest revenue share in the particulate matter monitoring market in 2021. In the greatest number of low PM2.5 monitors, the light scattering approach is utilized. It comprises of a single light source which lights an air channel where, based on the theory of light scattering, a particle can divert a portion of light. In an off-axis design, a single photodetector is capable of detecting just the dispersed light.
Application Outlook
Based on application, the particulate matter monitoring market is divided into Process Industries, Ambient Air Monitoring, Indoor Air Monitoring, Healthcare and Others. Process Industries segment garnered a significant revenue share in the particulate matter monitoring market in 2021. Several oil and gas sector activities release nitrogen oxides, carbon dioxide, sulphur dioxide, particulate matter, total volatile organic compounds (tVOCs), carbon monoxide, and hydrogen sulphide. In the oil and gas sector, the production process generates environmental contaminants.
Regional Outlook
Region-wise, the particulate matter monitoring market is analyzed across North America, Europe, Asia Pacific and LAMEA. Asia Pacific acquired a promising revenue share in the particulate matter monitoring market in 2021. The Asia Pacific market includes important nations including India, China, Japan, and South Korea, among others. In Asia Pacific's developing nations, the market for particulate matter monitoring technologies is anticipated to increase quickly. For instance, India's economy is regarded as having one of the quickest growth rates globally. India is aiming toward lowering particulate matter and monitoring control that is produced by companies and other causes, just like other nations.
The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include Robert Bosch GmbH, Siemens AG, Honeywell International, Inc., Thermo Fisher Scientific, Inc., Horiba Ltd., Teledyne Technologies, Inc., Ametek, Inc., Sick AG, Spectris PLC (Omega Engineering, Inc.), and TSI Incorporated.
Strategies Deployed in Particulate Matter Monitoring Market
May-2022: TSI expanded its product line by introducing enhancements in respirable silica monitoring on its SidePak AM520 Personal Aerosol Monitor. This monitor is the market's compact, battery-operated, portable personal dust monitor. By the SidePak AM520 Personal Aerosol Monitor, real-time monitoring is possible in days, which generally need weeks and months with conventional gravimetric sampling programs, wherein the data insight collection is required to quickly enhance worker safety on the job and decrease risk to companies.
Apr-2022: Robert Bosch North America Corporation took over Climatec, a leading provider of energy efficiency, building automation, security, and life-safety solutions for the U.S. market. Through this acquisition, Bosch would expand its global presence, especially in the North American market, along with strengthening its portfolio and emerge as a comprehensive supplier of solutions in the area of energy, building automation, and security services.
Dec-2021: AMETEK took over Alphasense, a leading provider of gas and particulate sensors for use in environmental, health and safety, and air quality applications. This acquisition would complement AMETEK and enable the company to expand its sensor businesses along with strengthening its presence in the attractive environmental health and safety market.
Jul-2021: HORIBA Europe completed the acquisition of BeXema, a manufacturer of dynamic power electronics. Under this acquisition, HORIBA would be responding to the requirement for highly complicated development and test solutions driven by the expanding energy industries, which would offer total solutions to fulfill the challenges of customers more rapidly.
Nov-2020: Honeywell launched Honeywell electronic air cleaners (EACs) with UV systems and a new line of IAQ sensors. This launch expanded Honeywell's Healthy Buildings Air Quality offering. These products are developed to enhance and calculate IAQ in commercial buildings. In addition, Honeywell's EACs with UV were developed to eliminate impurities from the air and deliver filtration & disinfection without a substantial pressure drop, offering filtration and disinfection with one system.
Aug-2020: Siemens Healthineers acquired Varian Medical, an American radiation oncology treatment, and software maker. The acquisition aimed to strengthen the position of Siemens Healthineers in the embolization particles market.
Oct-2019: AMETEK unveiled 4650-PM and 4750-PM, two new continuous emission monitoring systems (PM-CEMS). This product aimed to offer precise and reliable measurement of particulate matter from industrial combustion procedures in stacks and ducts. The 4650-PM and 4750-PM are developed for easy installation and would provide years of trouble-free operation with less routine maintenance.
Jun-2019: HORIBA Instruments took over MANTA Instruments, a leading developer, manufacturer, and supplier of nanoparticle tracking analysis systems. This acquisition aimed to expand HORIBA's technology of particle characterization instruments.
Market Segments covered in the Report:
By Technology
By Application
By Type
By Geography
Companies Profiled
Unique Offerings from KBV Research
List of Figures