Inspection, repair, and modification of electric dust collectors for the glass industry.
Supporting the cleanliness of glass manufacturing with comprehensive maintenance of electric dust collectors.
In the glass industry, maintaining cleanliness in the manufacturing process is a crucial factor that affects product quality. Electric dust collectors are essential equipment for removing dust generated during the manufacturing process and maintaining cleanliness. Stable operation and proper maintenance contribute to the production of high-quality glass products. Our services provide optimal solutions to these challenges. 【Usage Scenarios】 - Glass manufacturing processes - Dusty manufacturing processes - Improvement of dust collection efficiency 【Benefits of Implementation】 - Enhanced dust collection efficiency - Extended equipment lifespan - Reduced running costs
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【Features】 - Safe operation of equipment and prevention of troubles through regular inspections and diagnostics - Ensuring stable operation through repairs and parts replacement - Improved dust collection efficiency through updates to dust collection poles and power supply units - Various improvement proposals for performance enhancement and longevity - Reduction of environmental impact through energy saving and CO₂ reduction 【Our Strengths】 We provide high environmental engineering and repair/maintenance technology cultivated in non-ferrous metal smelting. We offer optimal solutions tailored to our customers' needs and support stable operation and efficiency of equipment.
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Applications/Examples of results
- By replacing the flat plate type dust collection electrode with a rectangular tube type dust collection electrode, the dust collection area per unit area increased, and performance improved. - By replacing the flat plate type dust collection electrode with a rectangular tube type dust collection electrode, the lifespan was extended, and maintenance costs decreased. - By changing from the lead bar grounding method to the integrated dust collection electrode direct grounding method, the fire risk was eliminated. - By replacing the power supply from a thyristor type to an inverter type and performing intermittent load charging, power consumption (CO2 emissions) was reduced by over 40%. - By changing the dust collection electrode cleaning piping and cleaning/drainage control, the drainage volume decreased. - By changing the discharge wire fixing method, on-site lead welding during discharge wire replacement was made unnecessary. - The existing system was removed and updated during a downtime period of about three weeks.
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Company information
Our company has been engaged in business as a provider of high environmental engineering and repair and maintenance technology that supports non-ferrous metal smelting. As an engineering company where each individual possesses high technical skills and contributes to society, we will work together as one team. Please feel free to consult us if you have any requests.
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