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  • Technological Process-1

    Canteen sewage after flowing through the septic tank, oil-water separation, followed by the sewage from the solid-liquid separation, in through the grille, large solid particles, floater intercept live, (sundry, interception by the grating should be cleaned regularly to prevent clogging) via the sewage collection to adjust pool, adjusting pool equipped with liquid level controller, when the water reaches a certain level, Start lifting equipment into the integrated wastewater treatment equipment.

  • Technological Process-2

    The biochemical treatment unit uses an advanced biological contact oxidation method, mainly from

    1. Hydrolytic acidification,

    2. Hypoxia biochemistry,

    3. Contact oxidation,

    4. Nitrification liquid reflux,

    5. Sludge reflux,

    6. Secondary precipitation, aeration, disinfection and other processes.

  • Technological Process-3

    At the same time, the microbe and enzyme on the special patent carrier, increase the capacity of the traditional biological treatment process of microorganisms by 10 ~ 20 times, making the microorganisms on the degradation of organic matter in sewage rate raised 100 times that of the traditional methods, so as to greatly improve the processing speed and processing effect and effectively avoids the loss of biomass, After the biochemical treatment, the excess Escherichia coli in the water should be killed by disinfection equipment.

  • Water Treatment Plant

    Water Treatment Plant

    •Technological Process-1
    Canteen sewage after flowing through the septic tank, oil-water separation, followed by the sewage form the solid-liquid separation, in through the grille, large solid particles,floater intercept live, (sundry, interception by the grating should be cleaned regularly to prevent clogging) via the sewage collection to adjust pool, adjusting pool equipped with liquid level controller, when the water reaches a certain level, Start lifting equipment into the integrated wastewater treatment equipment.

    •Technological Process-2
    Biochemical treatment unit uses advanced biological contact oxidation method, mainly from
    1. Hydrolytic acidification,
    2. Hypoxia biochemistry,
    3. Contact oxidation,
    4. Nitrification liquid reflux,
    5. Sludge reflux,
    6. Secondary precipitation, aeration, disinfection and other processes.

    •Technological Process-3
    At the same time, the microbe and enzyme on the special patent carrier, increase the capacity than the traditional biological treatment process of microorganisms for 10 ~ 20 times, make the microorganisms on the degradation of organic matter in sewage rate raised 100 times than that of the traditional methods, so as to greatly improve the processing speed and processing effect and effectively avoids the loss of biomass, After the biochemical treatment, the excess EScherichia coli in the water should be killed by disinfection equipment.

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NIHAO SEWAGE TREATMENT PLANT UNIT USES AN ADVANCED BIOLOGICAL CONTACT OXIDATION METHOD MAINLY FROM:

This is a good treatment effect, less sludge volume, low power consumption of the more advanced biochemical treatment process, by choosing to have efficient microbial preparation and enzyme preparation, which is traditionally difficult or cannot be for microbial degradation of organic pollutants has been quickly and more completely biodegradable, and improve the operation of cold climate, Mitigate theeffects of accidents and toxic shocks.

  • Hydrolytic acidification
  • Hypoxia biochemistry
  • Contact oxidation
  • Nitrification liquid reflux
  • Sludge reflux
  • Secondary precipitation, aeration, disinfection, and other processes.
Containerised Water Treatment Plant

NIHAO PACKAGE WATER TREATMENT PLANT PRODUCT ADVANTAGE

nihao compact integrated water treatment EQUIPMENT

ADVANTAGE

  • 1. Impact load, long sludge age, less residual sludge, high efficiency, and flexible operation.
  • 2. The sludge concentration in the reactor is relatively high.
  • 3. Head loss is small, should not be blocked, has no backwash, and generally does not return.
  • 4. MBBR water Treatment Equipment As the core of the MBBR process, the suspended filler has aerobic and anaerobic metabolic activity and can be good for nitrogen and phosphorus removal.

NIHAO CONTAINER SEWAGE TREATMENT PLANT PARAMETERS

Air Blower Model STP-01 STP-02 STP-03 STP-04 STP-05 STP-06 STP-07 STP-08
Power (KW) 0.4 0.75 1.5 2.2 2.2 3.7 5.5 6.5
Units 2 2 2 2 2 2 2 2
Sewage Pump Model STP-09 STP-10
Power (KW) 1.0 1.6
Total Weight(t) 5.5 6.5 8 11 17 20 21 29
Occupy area(㎡ ) 6 14 20 30 50 65 75 115

NIHAO WATER TREATMENT SYSTEMS WORKING METHOD

Canteen sewage after flowing through the septic tank, oil-water separation, followed by the sewage from the solid-liquid separation, in through the grille, large solid particles, floater intercept live,(sundry,an interception by the grating should be cleaned regularly to prevent clogging) via the sewage collection to adjust pool, adjusting pool equipped with liquid level controller, when the water reaches a certain level, Start lifting equipment into the integrated wastewater treatment equipment.

NIHAO CONTAINER SEWAGE TREATMENT PLANT APPLICATIONS

  • Industrial wastewater pretreatment: food, pharmaceutical, textile printing and dyeing, semiconductor, machinery, steel, chemical, breeding and other industries wastewater.
  • Sewage treatment plant: pretreatment, standard lifting, phosphorus removal.
  • Waterworks: algae removal.
  • Ecology: river, lake water purification, landscape water treatment.
  • Seawater desalination.
Compact SEWAGE TREATMENT EQUIPMENT

NIHAO SEWAGE TREATMENT EQUIPMENT DIFFERENT

NIHAO containerized MBR Waste Water treatment Plant than the traditional biological treatment process of microorganisms for 10 ~ 20 times, make the microorganisms on the degradation of organic matter in sewage rate raised 100 times than that of the traditional methods, so as to greatly improve the processing speed and processing effect and effectively avoids the loss of biomass, After the biochemical treatment, the excess Escherichia coli in the water should be killedby disinfection equipment.

The principle of the MBBR process is to increase the biomass and biological species in the reactor by adding a certain number of suspension carriers to the reactor,thus improving the efficiency of the reactor.

NIHAO containerized water treatment plant Introduction

Nihao containerized water treatment plant is a compact, self-contained, and mobile water treatment system that is housed within a standard shipping container. These plants are designed to provide water treatment solutions in remote or temporary locations where conventional water treatment facilities are not available. CONTAINER SEWAGE TREATMENT PLANT can treat various water sources such as rivers, lakes, wells, and more. The treatment processes may include filtration, reverse osmosis, UV sterilization, chemical dosing, and others, to produce safe and potable water. The modular design of containerized plants makes them easy to install, operate, and maintain, and they can be quickly transported and deployed to different locations as needed.

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NIHAO Water Treatment Plant Knowledge Extension

Containerized Water Treatment Plant
A compact integrated water treatment plant for MBR (membrane bioreactor) and MBBR (moving bed biofilm reactor) wastewater treatment is a small-scale system that combines both treatment technologies to effectively treat wastewater. MBR is a process that uses membranes to filter out solids and microorganisms from the water, while MBBR uses a biofilm of microorganisms to remove organic matter and nutrients.
In this integrated system, MBBR provides the biological treatment stage and MBR provides the physical filtration stage. The compact design of the system allows for efficient use of space, making it suitable for small communities or industrial facilities. The treated water can be reused for irrigation or discharged to meet environmental regulations. The compact integrated water treatment plant for MBR and MBBR wastewater treatment is a cost-effective and sustainable solution for wastewater treatment.
These plants can be easily transported and installed in remote or hard-to-reach locations where traditional water treatment infrastructure may not exist or may be difficult to establish. 

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