WASTEWATER TREATMENT

Wastewater treatment plant HidroBIO, to meet the discharge or recycled requirements of urban and industrial wastewater.

CONTAINERIZED WASTEWATER TREATMENT

Wastewater treatment plant HidroBIO PACK, designed for "in situ" wastewater treatment from populations and industries, to meet the discharge or recycled requirements.

This plant is supplied in an adapted ISO 20', 40' or 40' HC shipping container with corrosion-proof on the inside and weather-proof on the outside. All necessary equipment is included for quick installation where wastewater has to be treated.

The plant uses the MBBR (Moving Bed Bio Reactor) technology based on the growth of biomass in plastic supports (carriers) suspended in the bioreactor mixed liquor. These carriers allow more concentration of microorganisms per unit volume than a conventional system, reaching high quality effluent in a minimum area of implementation.
 
MBBR system is a simple and robust process that makes possible increasing the wastewater treatment capacity by simply increasing the percentage of carriers in the reactor.
PLANT ELEMENTS:
  1. Homogenization tank for effluent flow and pollution load.
  2. Rotor screen.
  3. MBBR reactors with carriers and aerobic microorganisms specialized in organic matter, greases and oils removal.
  4. Lamellar decanter.
  5. Sludge thickener.
  6. Inspection hatch.
  7. Control cabinet / room containing blower pumps, electrical panel and automation.

The choice of a wastewater treatment system depends on:

  • Performance required of the system. Point of pollution reduction necessary to reach the discharge or reuse limits set by regional organizations or hydraulic confederations.
  • Daily flow and peak hour flow of wastewater to be treated.
  • Investment costs; not only must we take into account the cost of installation, but also the need of land for the location of the plant.
  • Operating costs; power consumption, waste management costs, maintenance, etc.
  • Space available for the location of the wastewater treatment plant.
  • Simplicity of operation and maintenance; should be considered if you have specialized staff to monitor the plant or not.
  • Environmental impact; visual impact of the fitting, possibility of civil works, nuisance for odours, noise, etc.