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MULTIFUNCTIONAL SYSTEMS USED IN RAINWATER MANAGEMENT

Intelligent, multifunctional systems of rainwater retention together with control systems are an answer to climate changes as well as the need for economic and intelligent solutions enabling economical rainwater management and protection against floods and droughts.

Managing rainwater is a process

  • PRETREATMENT using devices such as settling tanks and separators,
  • RETENTION is open and underground tanks,
  • MANAGEMENT for different purposes such as fire prevention, sewer cleaning, watering, fountains etc., using INTELLIGENT RAINWATER MANAGEMENT SYSTEM

 

Main advantages:

  • Safety – keeping the first runoff wave
  • Meets all legal and ecological requirements
  • Easy operation and maintenance
  • Technical approval of Building Research Institute and Road and Bridge Research Institute

 

Types of tanks depending on their usage:

HYDROZONE Evaporation tanks

  • Meets all legal and ecological requirements – holding water in the place where it appears – evaporation
  • Environmental benefits – open tanks
  • Protection from spontaneous outflow – flow regulators

 

HYDROZONE Pretreatment and percolation tanks

  • Meets all legal and ecological requirements – holding water in the place where it appears – percolation
  • Environmental protection – the tank is integrated with a pretreatment system
  • Protection from soil silting – disposing of sediments in the flow (up to Qmax)
  • Space-saving – and underground tank can be installed in overrun areas

 

HYDROZONE Pretreatment retention tanks with controlled discharge to the receiver

Przekrój zbiornika podczyszczającego z kontrolowanym odprowadzeniem do odbiornika

  • Environmental protection – the tank is integrated with a pretreatment system
  • Protection from soil silting – disposing of sediments in the flow (up to Qmax)
  • Protection from spontaneous outflow – flow regulators
  • Space-saving – and underground tank can be installed in overrun areas

HYDROZONE Pretreatment retention reservoir for municipal use of the water – fire prevention, street cleaning, sewer network cleaning etc.

  • Providing appropriate amount of water for municipal uses
  • Meets legal and ecological requirements – using stored water
  • Environmental protection – the tank is integrated with a pretreatment system
  • Protection from soil silting – disposing of sediments in the flow (up to Qmax)
  • Protection from spontaneous outflow – flow regulators
  • Space-saving – and underground tank can be installed in overrun areas

 

HYDROZONE Pretreatment retention reservoir for fire prevention

  • Providing appropriate amount of water for municipal uses
  • Meets legal and ecological requirements – using stored water
  • Environmental protection – the tank is integrated with a pretreatment system
  • Protection from soil silting – disposing of sediments in the flow (up to Qmax)
  • Protection from spontaneous outflow – flow regulators
  • Space-saving – and underground tank can be installed in overrun areas

 

HYDROZONE Pretreatment retention reservoir for municipal use of water – watering

 

HYDROZONE retention reservoir with a built-in pre-treatment and the possibility of using water for communal purposes

  • Meets all legal and ecological requirements – holding water in the place where it appears – watering
  • Environmental protection – the tank is integrated with a pretreatment system
  • Protection from soil silting – disposing of sediments in the flow (up to Qmax)
  • Protection from spontaneous outflow – flow regulators
  • Space-saving – and underground tank can be installed in overrun areas

 

Appropriate rainwater management has great advantages:

  • SOCIAL
    • limiting social losses resulting from flooding
    • creating people-friendly areas
    • raising citizens’ social awareness
  • ECONOMIC
    • limiting material damage resulting from flooding
    • rational potable water management
    • improving the economy of sewage network operation
    • improving the attractiveness of urban areas
  • HYDRAULIC
    • limiting hydraulic overload of sewage network and sewage devices
    • improving technological effectiveness of wastewater treatment plants
  • ENVIRONMENTAL
    • limiting surface water pollution
    • limiting water swells in watercourses and thus preventing changes of water quality
    • improving biodiversity on urban areas and creating wildlife corridors
    • improving urban microclimate