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Technology

ECORBIT proposes the environmental
technologies of tomorrow

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Specialty Business (ECORBIT ENGINEERING)

Demineralized · Ultra Pure Water

MDI

Performance : Pre-treatment of various water treatment facilities

MDI

Performance : Pre-treatment of various water treatment facilities

MDI consists of an ion exchange resin and an ion exchange membrane. It is a device that is capable of continuously producing high-purity, ultra water/ pure water using a DC power supply. It is an eco-friendly facility that does not generate wastewater and enables continuous operation without interruption because it does not require the regeneration of ion exchange resin.

Performance : nuclear power plant, thermal power plant, Pure water manufacturing equipment for semiconductor

FilONE

UF Module

FilONE

UF Module

UF (Ultrafiltration Filter) for high flux and low operation pressure using hydrophilic, pollution and chemical resistant ultrafiltrarion membrane

Performance : Pre-treatment of various water treatment facilities Multiple patents NSF(USA) certification Acquired national sanitation license on China

R&D

Sewage and Wastewater Treatment Development Technology

ECORBIT-MBR Nitrogen, Phosphorus Optimal Treatment Technology
ECORBIT-MBR Nitrogen, Phosphorus Optimal
Treatment Technology
Nitrogen and phosphorus treatment technology using sludge treated with sodium hypochlorite (NaOCl) and immersion membrane
Sludge treated by NaOCl Characteristics : Facilitate elution of substrate by aeration due to dead condition and surface pore formation
Process summary
1
NaOCl treatment using surplus sludge, sludge preparation
and MBR bioreactor injection
2
Provide substrate (organic) and maintain optimal pH and alkalinity,
Water treatment microbial population increase
3
Nitrogen·Phosphorus optimal treatment
ECORBIT-ESS Reduce power usage by approximately 4%
ECORBIT-ESS Reduce power usage by approximately 4%
Sewage treatment plant energy saving technology and control program
Technology Summary An IT-based intelligent control system that reduces the power of blowers, which account for 40% of the sewage treatment plant. Possible to reduce blower power used in sewage treatment plant by more than 10% → Reduce overall sewage treatment plant power by 4%
Process Overview
1
Sewage treatment plant monitoring system Power measurement / Driver factor analysis
2
Analysis and consulting for sewage treatment plant energy use Operational Data Analysis / Air volume selection that can be saved
3
Build a blower automatic control system Algorithm through 1 and 2 steps / Applying blower energy saving control system
ECORBIT-DAF 30 ~ 40% power saving technology
ECORBIT-DAF 30 ~ 40% power saving technology
Energy-saving pressurized flotation method using gas and liquid mixing pump
Process Technology
01 2 way spray
nozzle
  • Unnecessary replacement with semi-permanent nozzle
  • Possible to field-specific fine tuning
  • 2 way spray nozzle
02 Gas and liquid
mixing pump
  • 30 ~ 40% reduction of electricity cost compared to existing technology
  • Easy maintenance by reducing installation equipment
  • 50% reduction in installation site compared to existing technology