[Case Study] The bottom of an artificial shallow pond in the garden of a certain company facility in Tokyo.

Significantly faster than conventional high-pressure washing! For cleaning the bottom of a pond close to 1,000m2, it is possible to carry out the work over four days. We received a request because a man-made pond about 20cm deep was becoming murky due to the inflow of dead leaves and the growth of moss and algae. Since cleaning is impossible while water remains in the pond, we drained all the water and removed the dead leaves and algae before cleaning. To clean after draining, we needed a system that allows for cleaning while collecting wastewater, so we introduced our 'HOTJEBLO Fujiyama R2'. It has been proven that simultaneous suction methods are effective for cleaning, as the moss removed during cleaning tends to reattach. 【Case Summary】 ■ Equipment Introduced: HOTJEBLO Fujiyama R2 ■ Issues - The man-made pond about 20cm deep becomes murky due to the inflow of dead leaves and the growth of moss and algae. - To clean after draining, a system that allows for cleaning while collecting wastewater is necessary for ongoing work. *For more details, please refer to the PDF document or feel free to contact us.

Significantly faster than conventional high-pressure washing! For cleaning the bottom of a pond close to 1,000m2, it is possible to carry out the work over four days. We received a request because a man-made pond about 20cm deep was muddy due to the inflow of dead leaves and the growth of moss and algae. Since cleaning is impossible with water remaining in the pond, we drained all the water and removed dead leaves and algae before cleaning. Because we clean after draining the water, we needed a system that allows for cleaning while collecting wastewater, so we introduced our 'HOTJEBLO Fujiyama R2'. It has been proven that simultaneous suction methods are effective for cleaning, as the moss removed during cleaning tends to reattach. 【Case Overview】 ■ Equipment Introduced: HOTJEBLO Fujiyama R2 ■ Problems - The pond becomes muddy due to the inflow of dead leaves and the growth of moss and algae in a man-made pond about 20cm deep. - Continuous work cannot be performed unless there is a system that allows for cleaning while collecting wastewater after draining. *For more details, please refer to the PDF document or feel free to contact us.

Significantly faster than conventional high-pressure washing! For cleaning the bottom of a pond nearly 1,000m2, it is possible to carry out the work over four days. We received a request for help because a man-made pond, about 20cm deep, was becoming murky due to the inflow of dead leaves and the growth of moss and algae. Since cleaning is impossible with water remaining in the pond, we drained all the water and removed the dead leaves and algae before cleaning. Because we clean after draining the water, we needed a system that allows for continuous work while collecting wastewater, so we introduced our 'HOTJEBLO Fujiyama R2'. It has been proven that the simultaneous suction method is effective for cleaning, as the moss removed during cleaning tends to reattach. 【Case Overview】 ■ Equipment Used: HOTJEBLO Fujiyama R2 ■ Issues - The man-made pond, about 20cm deep, becomes murky due to the inflow of dead leaves and the growth of moss and algae. - Since cleaning occurs after draining, a system that allows for cleaning while collecting wastewater is necessary for continuous work. *For more details, please refer to the PDF document or feel free to contact us.