• Improper Filtration.
• The dirt accumulates in the filter mesh causes regular blocking, which reduces the water filtration rate.
• High accumulation of organic/inorganic wastes runs to the storage tank along with the filtered water.
• Results in overrunning of freshwater through the accumulated debris.
• Periodic maintenance is highly required.
• Low water diversion capacities.
• Poor water flow rate and efficiency.
• Can overflow during the heavy rain.
• Prone to clogging and microbial or fungal growth if not maintained regularly.
• Add bleach to the storage tanks to prevent the development of algae regularly.
• Possibility of clogging in the filter element.
• Doesn’t follow any Standards & guidelines, which results in poor working performance.
• Collect up to 99 % of rainwater.
• Very less cost to save rainwater.
• Follows the DIN standards and guidelines.
• Works on Principle of free flow and adhesion.
• Drainage safety.
• Automatic rinsing off dirt water and complete dirt separation.
• Oxygenation of the rainwater at different stages.
• Extremely low maintenance.
• High water collection efficiency.
• Eco friendly.
• High durability and reliability.
• No clogging of filter element, which results in high efficiency, high water yield and good cleaning performance.
• Long life, 100 % recyclable materials.
• Stainless steel filter element has to be cleaned 1 to 4 times in a year either by dishwasher or by hand.
• Stable construction even if the installation is underground.
• Rainwater is captured through downspouts and diverted through either Vortex or Downpipe filter for fine filtration and oxygenation.
• The water then flows through a smoothing outlet for sedimentation and the distribution of oxygenating drainage water within the storage well or open well.
• Extraction of filtered water from the storage by a Floating filter for reuse. (In the case of reuse)
• A multi-siphon device controls the overflow and skimming of floating substances. (In the case of storage tanks).
