1.02.16 Demonstration project for countermeasures for local and temporary blue-green algae in the Imperial Palace moat
Search keyword ： Purification treatment technology, Adsorption, Water circulation
Related document
- 1.02.01 Recycling use of Dishwasher Wastewater by Nano-filtration Membrane (Inorganic)
- 1.02.02 Recovery of Acid and Alkali by the Bipolar Membrane
- 1.02.03 Waste acid recycling system by pressure dialysis
- 1.02.04 Recycled water production system by the use of the ozone resistant membrane
- 1.02.05 Reclamation Treatment of Discharged Wastewater in Metalic Product Manufacturing Factory by Reverse Osmosis and Ultrafiltration
- 1.02.06 Reclamation Treatment of wastewater discharged from sugar factories by reverse osmosis
- 1.02.07 Recovery of Metallic Compounds by Sulfide Precipitation
- 1.02.08 Wastewater treatment by high concentrated ozone and accelerate oxidation
- 1.02.09 Treatment of wastewater containing boron, by the Newly introduced adsorbent and Recovery of Boron Resources
- 1.02.10 Detoxification Treatment of Wastewater containing Cyan by catalytic wet oxidation
- 1.02.11 High speed absorption treatment by activated carbon fiber (fiber active carbon)
- 1.02.12 The Development of Low Cost Water Reclamation Technology
- 1.02.13 Joint Study for the separation/removal of Arsenic compounds in Mine wastewater using the sulfide Coagulation method
- 1.02.14 Development of energy saving wastewater treatment system (ozone)
- 1.02.15 Development of a compact and high efficiency type Evaporative Concentration Device from Waste liquid