[Case Study] Measures against corrosive gases generated from the wastewater discharge of a meat processing plant.
Measures against corrosive gases (hydrogen sulfide gas) generated from the wastewater treatment facility have been implemented. This has eliminated equipment failures and contributed to improving the factory's operating rate.
Hydrogen sulfide gas is generated in the wastewater treatment process of meat processing plants. Even at gas concentrations of a few ppb (1/1000 of ppm), this hydrogen sulfide gas can have a significant impact on equipment. The contact points of the equipment in the wastewater treatment facility can corrode, leading to equipment failure. JMS Corporation provides comprehensive support from the investigation of corrosive gases (hydrogen sulfide gas) to countermeasures. First, we conduct an investigation into the pathways and causes of hydrogen sulfide gas intrusion, as well as an environmental risk analysis. After the investigation, we will propose optimal environmental improvements tailored to your site. ＊＊＊＊Exhibition Information＊＊＊＊ We will be exhibiting at the Sewerage Exhibition 25 in Osaka. Event Period: 2025/7/29-8/1 Booth Number: 2-317
basic information
We conducted an investigation into corrosive gases (hydrogen sulfide gas) and would like to propose the optimal method using chemical adsorbents. Products for countermeasures against corrosive gases using chemical adsorbents can quickly and reliably remove corrosive gases. We offer products for purifying corrosive gases that focus specifically on the control panel, as well as products for purifying the entire room, such as electrical rooms and control rooms. We will propose the most suitable countermeasure methods tailored to your site and budget.
Price range
P2
Delivery Time
OTHER
Model number/Brand name
Koro Shooter
Applications/Examples of results
● We will conduct a field survey of the corrosive gas (hydrogen sulfide gas) generated from the wastewater treatment facility of the meat processing plant, including: - Investigation of the cause of gas generation - Investigation of the gas intrusion pathways - Investigation of the timing of gas generation - Environmental risk assessment of the site ● We will propose an optimal gas removal system using chemical adsorbents.
Detailed information
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It is a purification device for corrosive gases. There are two patterns: one for installation in the control panel and another for purifying the entire room, such as an electrical room or central control room.
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We will conduct a field investigation of hydrogen sulfide gas. This includes investigating the entry routes of hydrogen sulfide gas, continuous monitoring of hydrogen sulfide gas intrusion using data loggers, and assessing the corrosion risk at the site.
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