Non-powered, non-electric dust removal device
Non-powered, non-electric dust removal device
Introducing the JJS series that solves the agricultural water waste problem without power!
1～21 item / All 21 items
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Dust removal device "JJS Series" introduction case studies
Improving the profitability of small hydropower generation. A dust removal device that solves the garbage problem of agricultural water without power.
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Non-powered, non-electric dust removal "JJS-A (installed on river embankments)"
Install in rivers and simplify equipment! Reduce maintenance costs by decreasing cleaning frequency!
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Non-powered, non-electric dust removal 'JJS-A (installed in diversion weirs from rivers)'
Remove debris such as fallen leaves and driftwood to ensure a stable water intake and achieve low-cost installation and operation!
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Non-powered, non-electric dust removal 'JJS-B'
Achieving stable water intake and easy maintenance! The birth of a strong ally for small hydropower generation and agricultural water intake.
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Non-powered, non-electric dust removal 'JJS-C'
There are extremely few malfunctions because there are no moving parts! Small hydropower generation's success hinges on dust removal.
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[Case Study] Stabilizing the water intake volume decreased due to clogging and sediment accumulation.
Stabilize water intake with WSS water screens! No clogging and no need for backwashing.
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【Issues that can be resolved】Instability in water intake due to blockage of the water source intake.
The cleaning frequency of the intake screen at our company has decreased, significantly reducing the maintenance burden!
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【Issues that can be resolved】Sand flows into the filtration pond of the drinking water supply facility, making cleaning difficult.
Install a portable small sedimentation tank after the water intake facility to suppress the inflow of sand into the filtration area!
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[Case Study] JJS Series Powerless and Non-Electric Dust Removal Device for Small Hydropower Generation
Small hydropower generation is the key to success or failure in dust removal! Numerous installation examples of intake weirs and drop structures are included.
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Ensuring a stable water intake volume and achieving low-cost installation and operation [Dust removal device]
Introducing an example of a water intake weir with a maximum output of 19.9 kW and an equipment utilization rate of over 95%!
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Realizing stable water intake through the introduction of dust removal equipment [Case study on the utilization of small hydropower generation]
Improving the quality of shiitake mushrooms and increasing the harvest yield! Used as a power source for lighting and ventilation equipment.
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Realization of stable water intake for agricultural use [Power-free dust removal device]
Achieving stable water intake! The intended use is for agricultural water, with a maximum usage of 10L/second.
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Dust removal device for preventing clogging of the watering nozzle.
Prevent clogging of the watering nozzle! Example of installation of a drop structure for the purpose of sprinkler irrigation.
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Dust removal device that can be installed even with low elevation differences [Reduces cleaning burden and prevents slip accidents].
Reducing the burden of cleaning sprinkler nozzles and preventing slip accidents during snowfall! A case of joint development.
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Installing dust removal equipment in open water channels [Disaster prevention measures in the region through hydropower generation]
Introducing examples of jointly developed products by the National Agriculture and Food Research Organization and Shinshu University!
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Contributing to the securing of agricultural water supply [Dust removal device setup example]
Utilizing for smart agriculture! Introducing examples of irrigation channels established for agricultural water purposes.
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Reducing the cleaning burden of agricultural water [Case study on dust removal equipment]
Annual CO2 emission reduction of approximately 280 tons! Introducing examples of head tank installations.
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Small hydropower generation that also serves as disaster prevention measures: Increased power generation output through dust removal devices.
Example of installing a head tank to supply power to facilities supporting people with disabilities during power outages caused by disasters!
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Equipment utilization rate of over 80%! Efficiency of small hydropower generation achieved through dust removal devices.
We will introduce examples of head tank installations that can be utilized for forestry promotion through electricity sales revenue.
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Utilizing stable water intake from a non-powered dust removal device to use electricity sales revenue for the maintenance and management of water supply facilities.
The maximum water usage is 280L/second! The income from selling electricity is used for updating and maintaining water supply facilities.
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Dust removal device with backflow cleaning function introduction case [Small hydropower generation]
Maximum output is 105 kW! Part of the sales revenue is utilized for community coexistence and irrigation management.
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