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ECORBIT proposes the environmental
technologies of tomorrow

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Soil Washing :
Jet & Nanobubble
Washing Method

Soil Washing

Jet Water

Soil Washing

Jet Water

Water Jet Washing Process is used the shock energy generated in the process of crushing the cavitation bubbles and high pressure water jet through the customs tube to liveration and remove pollutants pressent on the soil surface. It can be a technology that can reduce the amount of medicine used. After liberation process, fine treated soil and contaminated soil with oil should separated in next process to protect the increasing of landfill operation volume by filter cake. So in this process should operate multi hydro cyclone for recovery fine treated soil and other waste material, contaminant with oil/metals should folate to tank surface to skimming.

Low Temperature
thermal Desorption
(LTD, Indirect and Superheated steam)

Low Temperature
thermal desorption

LTD, Indirect and Superheated steam

Low Temperature
thermal desorption

LTD, Indirect and Superheated steam

We have technology to purify high concentration contaminated soil contaminated with crude oil. The direct thermal desorption method applies indirect thermal desorption to VOC evaporation and prevents self ignition by controlling the O2 content in order to solve the problem of controlling internal combustion by self combustion when high concentration contaminated soil is injected. In addition, it can increase the thermal efficiency of the kiln through a multi burner and has a technology of superheated steam method to evaporate pollutants through heat transfer (convection, conduction, radiation) in direct contact with pollutants.

Total Management
System of
Soil Remediation

(TMSR :
Total Management System of Soil Remediation)

Total Management
System of
Soil Remediation

(TMSR :
Total Management System of Soil Remediation)

TMSR is new technology that it use the real time site investigation and remediation technology for applying the In situ Chemical Remediation. TMSR technology of ECORBIT can do a real time monitoring, decrease uncertainty of site survey, correct contaminated map of underground, efficiency decision making and increase remediation efficiency.

Advanced wastewater
treatment technology

SMART-SBR 4.0 Intelligent automatic control technology of wastewater treatment plant
SMART-SBR 4.0 Intelligent automatic control technology of wastewater treatment plant
Optimization of a sequencing batch reactor with the application of the Internet of Things
Introduction An SBR equipped with a newly developed automatic decanter together with the on-line monitoring sensors was evaluated The allocation of the bio reaction cycles was optimized with on line sensors to manage fluctuations in inflow loading
Process Overview
1
Real-time process modeling based on influent water quality monitoring (AHRT optimal control)
2
Automatic control of the anoxic-aerobic steps according to
the behavior of nitrogen ions in the bioreactor
3
Automatic control of the decanter according to the settling
characteristics of the activated sludge reduces the time required
for the settling discharge step by 50%
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 (NaOCI) and submerged membrane
Sludge treated by NaOCl Characteristics : Facilitate elution of substrate by aeration due to dead condition and surface pore formation
Process summary
1
Manufacture NaOCl treated sludge using excess sludge and
inject it into a bioreactor
2
Increasing microbial activity by supplying carbon source and alkalinity
3
Optimization of nitrogen and phosphorus removal efficiency
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 consumption measurement / Operating factor analysis
2
Analysis and consulting for sewage treatment plant energy use Analyzing operating data and predicting aeration reduction
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 dissolved air flotation process using a gas liquid mixing pump
Process Technology
01 2 way spray
nozzle
  • Semi permanent material, no need to replace
  • On-site custom fine adjustment is possible
  • Increased contact area by spraying in two places
02 Gas and liquid
mixing pump
  • 30~40% reduction in power consumption compared to existing technologies
  • Excellent maintainability by minimizing facilities
  • Foot print reduced by at least 50% compared to existing technology