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• Savings of 70% on operational costs over traditional systems. The energy consumption is a minimal 0.3 KWH per 1,000 gallons of wastewater treated. BioFiltro does not use flocculants or chemicals.
• No contaminating sludge generated.
• No mechanical ventilation equipment required.
• Simple maintenance, no highly trained and expensive personnel required.
• No noise or odors.
• Remotely controlled and monitored by BioFiltro
• Enabling the reuse of treated water, providing an additional value in areas with water shortages.
• Producing a byproduct called earthworm castings, one of the richest organic fertilizers available to replace the high cost of chemical fertilizers.
• Containing earthworms that constantly reproduce, which can be harvested as poultry feed or sold to pet shops and bait shops.
• Approved by the Health Department for the treatment of sewage and liquid industrial waste of organic origin in countries like New Zealand, Spain, Chile, Brasil, Mexico, and Paraguay.
• Highly robust, allowing installation in dry areas like the Atacama Desert to extremely cold areas such as Antarctica.
• Opeating in a modular way, allowing easy expansion to accomodate growth. There is no minimum scale for the system.
• Handling peak loads and can be maintained for long periods of low or no discharge.
• No contaminating sludge generated.
• No mechanical ventilation equipment required.
• Simple maintenance, no highly trained and expensive personnel required.
• No noise or odors.
• Remotely controlled and monitored by BioFiltro
• Enabling the reuse of treated water, providing an additional value in areas with water shortages.
• Producing a byproduct called earthworm castings, one of the richest organic fertilizers available to replace the high cost of chemical fertilizers.
• Containing earthworms that constantly reproduce, which can be harvested as poultry feed or sold to pet shops and bait shops.
• Approved by the Health Department for the treatment of sewage and liquid industrial waste of organic origin in countries like New Zealand, Spain, Chile, Brasil, Mexico, and Paraguay.
• Highly robust, allowing installation in dry areas like the Atacama Desert to extremely cold areas such as Antarctica.
• Opeating in a modular way, allowing easy expansion to accomodate growth. There is no minimum scale for the system.
• Handling peak loads and can be maintained for long periods of low or no discharge.