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![[Proposal Document] Monitoring Fumes Generated During Welding Operations: "Air Dust Monitor"](https://image.www.ipros.com/public/product/image/3fe/2000527628/IPROS61355413485446273492.jpeg?w=280&h=280)
A safe working environment starts with monitoring welding fumes!
The air dust monitor continuously monitors the dust concentration in the space, providing peace of mind at the work site.
![[Case Study] Monitoring to Prevent Raw Material Loss in Secondary Battery Manufacturing Process](https://image.www.ipros.com/public/product/image/f33/2000711035/IPROS12847532363900978493.png?w=280&h=280)
Reduce raw material loss in the manufacturing process of secondary battery cathode materials! Just focus on the secondary side of the dust collector!
In the manufacturing process of secondary batteries, dust collectors are installed due to the handling of powders, and materials that leak during work are collected. If the dust collector is functioning properly, collection can be ensured without major issues. However, if the filter deteriorates or wears out, a large amount of material can leak from the tears. This results in the inability to recover expensive materials, leading to significant losses. So, what measures can be taken? A dust monitor is installed on the secondary side of the dust collector (the atmospheric discharge side) to quickly detect raw materials leaking from deteriorated or worn filters, minimizing damage.
![[Case Study] Dust Monitoring Using Light! Air Particle Monitor](https://image.www.ipros.com/public/product/image/2de/2001516598/IPROS7252464373040040009.jpg?w=280&h=280)
Don't overlook abnormalities! Protect quality!
This is an example of dust monitoring in an unmanned room where dry grinding is being conducted. [Challenges Faced] - We want to detect dust caused by equipment abnormalities early. - We do not know when abnormalities will occur. - We want to be able to notice abnormalities even when in a separate room. Solved with an air particle monitor + indicator light! For more details, please refer to the related link URL.
![[Case Study] Reducing the risk of scattering during cargo handling! Air Particle Monitor](https://image.www.ipros.com/public/product/image/820/2001516599/IPROS6155377768819233361.jpg?w=280&h=280)
Reduce the risk of scattering during loading and unloading!
【Challenges Before Implementation】 While handling wood powder pellets from the ship to the receiving hopper using a clamshell, fine wood powder was being blown to neighboring factories due to the wind direction, resulting in complaints. 【Effects After Implementation】 Reduction in complaints! Additionally, improvement in the working environment! For more details, please refer to the related link URL.
![[Case Study] Dust Monitoring at Outdoor Air Intake of Data Center](https://image.www.ipros.com/public/product/image/9bc/2001511838/IPROS14454703681773474262.jpg?w=280&h=280)
Protecting IT equipment from external dust monitoring!
A data center is a dedicated facility for the centralized management and operation of a company's IT equipment and systems. In this case, we will introduce an example of the implementation of an air dust monitor for dust monitoring at the outdoor air intake of a data center. <Background of Implementation> Data centers require vast areas of land, and as a result, they are often built in suburban areas away from urban centers. In these suburbs, open burning may occur for agricultural management, and dust generation due to volcanic eruptions is anticipated. As a result, dust may be generated and could potentially enter the facility through the outdoor air intake of the data center. Such dust intrusion could negatively impact IT equipment, making it necessary to implement measures to prevent dust from entering the facility.
![[Case Study] Safety Measures in Thermal Spray Booths Using Dust Measurement Devices](https://image.www.ipros.com/public/product/image/323/2001511839/IPROS6263981815272655072.jpg?w=280&h=280)
Dust control measures for the thermal spray booth! What is the key to protecting the health of workers?
After performing thermal spraying in an unmanned booth, there is a need to determine whether personnel can enter based on the dust concentration. Here, we introduce a case where safety measures were implemented using a dust measurement device, the Air Dust Monitor. <Challenges Before Implementation> 1) The decision on whether to allow entry is made individually, and it is possible to enter even during dust generation, raising concerns about potential health hazards. 2) Entering the booth during film formation can disrupt the uniformity of the film thickness due to the inflow of air, which may lead to quality defects. Therefore, we propose the Air Dust Monitor, which can monitor the dust conditions in the booth!! For more details, please refer to the related link URL.
![[Case Study] Monitoring Dust Concentration in Workspaces](https://image.www.ipros.com/public/product/image/024/2001511841/IPROS17221099583258588844.jpg?w=280&h=280)
Solving issues in work environment measurement! Improving the work environment through real-time monitoring.
In a case study at a chemical raw material factory for pigments, we monitored the dust concentration in the workspaces that became problematic based on the results of the work environment measurements. <Challenges Before Implementation> 1) The dust concentration in the workspaces separated by curtains was deemed problematic during the work environment measurements, and countermeasures were required. 2) The particle counter requires on-site measurements each time, which imposes constraints on the measurement frequency and makes real-time monitoring difficult.
