On-site capability for simple analysis of heavy metals! Mobile testing laboratory.
The mobile testing laboratory can be utilized as a tool for process management (quality control) at contaminated soil purification treatment plants. Additionally, it enables thorough risk management in terms of preventing the outflow of purified soil that exceeds standard values and maintaining the purification treatment plant. ■Features of the Mobile Testing Laboratory (Heavy Metal Analysis) 【Feature 1】Elution tests can be conducted in as little as 3 hours After processing contaminated soil, the elution test results can be confirmed in as little as 3 hours, allowing for real-time understanding of the situation. 【Feature 2】Compact size that can be loaded onto vehicles for transport The mobile testing laboratory is compact enough to be loaded onto a vehicle, allowing for immediate deployment to the site. *1) Compatible with unit houses with a floor area of 9.94 to 12.54 m². 【Feature 3】Efficient layout reflecting on-site experience Based on experience from the field, the laboratory is designed and manufactured in-house, achieving an efficient and functional layout for conducting tests. 【Feature 4】Exhaust system ensures the safety of the experimenters An exhaust and intake system is installed to discharge dust generated during soil drying, crushing, and sieving outside, maintaining a comfortable testing environment.
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basic information
This layout is for when all the equipment and supplies necessary to conduct the dissolution test recommended by our company are installed according to the standard specifications. Additional equipment or layout changes can be accommodated to meet your preferences. *If you would like more details, please feel free to contact us.
Price information
The price varies depending on your desired specifications/content, so please contact us.
Delivery Time
Applications/Examples of results
The mobile testing laboratory can be utilized as a tool for process management (quality control) in contaminated soil purification treatment plants. Additionally, it enables thorough risk management in terms of preventing the outflow of purified soil that exceeds standard values and maintaining the purification treatment plant.
Detailed information
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■Elution quantity testing can be conducted in as little as 3 hours. After the treatment of contaminated soil, the elution quantity test results can be confirmed in as little as 3 hours, allowing for real-time understanding of the situation.
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■Compact size that can be loaded onto a vehicle and transported※1) This mobile testing chamber is compact enough to be loaded into a car for easy transportation, allowing for immediate deployment on-site. ※1) Compatible with unit houses with a floor area of 9.94 to 12.54 m².
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An efficient layout that reflects the experience gained on-site. Based on our on-site experience, we design and manufacture in-house, achieving an efficient and functional layout for conducting tests.
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■Ensuring the safety of experimenters with exhaust equipment We have implemented an air intake and exhaust system that discharges dust generated from soil drying, crushing, and sieving outside, maintaining a comfortable testing environment.
Company information
Odessa Technos Co., Ltd. conducts a comprehensive recycling business focused on the "Odessa System (granulation and solidification)" that recycles sludge while retaining its moisture, thereby reducing environmental impact. Leveraging our technological capabilities developed through sludge treatment technology and years of expertise in sludge recycling, we have developed Japan's first heavy metal contaminated soil purification treatment system using a "wet magnetic separator," aimed at completely purifying arsenic contained in naturally occurring contaminated soil to below the standards set by the Soil Contamination Countermeasures Act. This new system mixes special iron powder and circulating water with air bubbles in the contaminated soil, allowing for the adsorption, washing, and classification of arsenic (heavy metals) onto the special iron powder. After this process, the wet magnetic separator separates and recovers the special iron powder that has adsorbed arsenic (heavy metals), achieving complete purification. The recovered special iron powder can be reused repeatedly, thus reducing treatment costs and environmental impact.