Containerized integrated deammoniation membrane equipment1 1

Containerized integrated deammoniation membrane equipment1 2

Containerized integrated deammoniation membrane equipment1 3

Containerized integrated deammoniation membrane equipment1

Short article:

The Containerized Integrated Deammoniation Membrane Equipment1 is a compact, transportable wastewater treatment unit housed in a standard container. It uses membrane-based deammoniation (membrane contactors/stripping) together with built-in pretreatment, pumps, dosing and controls to remove ammonia efficiently and reliably. Designed for plug-and-play installation, it minimizes on-site construction, saves space, and can be scaled or moved as needs change.

Usage scenarios (three sentences):

1) As a polishing unit at municipal wastewater plants to lower ammonia to regulatory limits without major plant upgrades.

2) At industrial sites (fertilizer, coking, petrochemical, food processing) to treat high-ammonia process or wastewater streams and enable water reuse.

3) For temporary, remote, or emergency needs—landfill leachate treatment, pilot testing, construction camps, or disaster-response deployments where fast, mobile ammonia removal is required.

brand name:

QILEE

Shipping:

Support Sea freight

Payments:

L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA

Lead Time:

1-1(sets):30(days),>1(sets):To be negotiated(days)

Place of Origin:

China

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Feature

Containerized Modular Design

Processing Type

Filtration, desalination, Softening, Reverse Osmosis

Power(W)

1 kW

Application

Industrial Wastewater Treatment

Voltage

220 V

Product Name

Deammoniation Membrane Equipment

weight (kg)

100

productivity

100L/Hour

warranty

1 Year

Compact Containerized Ammonia Removal

Our containerized, skid-mounted membrane deammoniation units deliver rapid, low-cost ammonia removal for Sewage Treatment Equipment needs, using advanced membrane stripping for stable, energy-efficient operation. Pre-assembled in standard container modules with export-ready carton packing, plug-and-play connections, a compact container shape and a rugged industrial finish, the design minimizes on-site work and enables quick international deployment. Modular capacities (100/300/500 t/day), industrial-grade materials and flexible mobility ensure reliable performance across municipal, industrial, mining and emergency wastewater applications.

Containerized Ammonia Removal System

The Containerized Integrated Deammoniation Membrane Equipment is a containerized, skid-mounted Sewage Treatment Equipment with modular, pre‑installed core components housed in standard international containers and available in scalable capacities (100, 300, 500 t/day) for easy transport and rapid deployment. Functionally, it uses advanced membrane ammonia‑stripping technology to selectively and efficiently remove ammonia‑nitrogen with low energy consumption and stable long‑term operation, improving effluent quality. Its plug‑and‑play architecture and compact integrated structure cut on‑site construction and operating costs while offering flexible mobility and adaptability for industrial, municipal, aquaculture and emergency wastewater treatment scenarios.

Containerized Deammoniation Membrane System

The containerized integrated deammoniation membrane equipment is a modular, skid-mounted Sewage Treatment Equipment that consolidates core components into standard shipping containers for easy transport and rapid deployment. Using advanced membrane ammonia stripping technology, it selectively and efficiently removes ammonia nitrogen from wastewater with low energy consumption and stable long-term operation. Available in flexible capacities (100, 300, 500 tons/day) and designed for plug-and-play installation, it suits industrial, municipal, aquaculture, mining and emergency treatment needs while reducing on-site construction time and costs.

◎ Containerized Rapid Deployment

◎ Efficient Ammonia Removal

◎ Preassembled Modular Units

Containerized Modular Ammonia Elimination

Designed and developed by a specialized environmental engineering brand with decades of membrane and process expertise, the Containerized integrated deammoniation membrane equipment1 delivers a compact, factory-built solution that simplifies installation and ensures consistent performance. As advanced Sewage Treatment Equipment, it combines high-efficiency deammoniation membranes, automated controls and plug-and-play containerization to remove ammonia with low energy consumption, minimal footprint and reliable effluent quality. Key features and advantages include modular containerized design, rapid commissioning, automated monitoring and control, low reagent use, scalable capacity, and easy maintenance for cost-effective, long-term operation.

Material introduction

As Sewage Treatment Equipment, the containerized deammoniation system is built with corrosion-resistant container shells and stainless steel 316L frames to withstand transport and harsh wastewater conditions. Critical wetted parts employ chemical-resistant PVDF/PTFE membrane modules and high-density polyethylene or stainless steel piping with EPDM/FKM seals to ensure selective ammonia removal and long service life. Ancillary pumps, valves and skid supports use industrial-grade alloys and anti-corrosion coatings, while modular panels and insulation utilize marine-grade steels and composite materials for reliable, low-maintenance operation.

◎ Corten Steel Container

◎ Hydrophobic Membrane Modules

◎ Durable Ancillary Components

FAQ

What is the containerized integrated deammoniation membrane equipment and how does it work?

It is a self-contained treatment unit housed in a transportable container that removes ammonium from wastewaters using membrane-based deammoniation technology. The package typically integrates feed conditioning (screening, solids removal, pH control), membrane contactors or gas-permeable modules, stripping/acidic capture media, pumps, chemical dosing, and an automation panel for control and monitoring. Ammonium is transferred across membranes into a stripping solution or gas phase and concentrated for recovery or safe disposal, while treated effluent is returned to the downstream process or discharged.

Where is this equipment commonly used (application scenarios)?

Common applications include sidestream treatment in municipal wastewater plants (centrates and sludge dewatering liquors), landfill leachate, high-strength industrial wastewaters (e.g., fertilizer, food processing, coking), aquaculture systems, decentralized or temporary treatment sites, and facilities seeking onsite ammonia recovery. It is also used for retrofit projects where footprint, rapid deployment, or modular scaling is required.

How easy is it to install and move, and what utilities are required?

The containerized design enables plug-and-play deployment with minimal civil works: level pad, inlet/outlet piping, electrical power, and chemical supply connections are typically all that’s needed. It is transportable by truck and can be redeployed. Utility needs usually include electrical power (for pumps and control), a small volume of process water for cleaning or flushing, and chemical supplies (pH adjusters, antiscalants) depending on configuration. Pre-treatment for heavy solids or grease is often required.

What treatment performance and capacities can I expect?

Performance depends on feed concentration, flow rate, temperature, and pre-treatment. Under designed operating conditions, membrane deammoniation systems commonly deliver high ammonium removal (often in the range of substantial reduction—vendor-specified performance should be consulted) and concentrate ammonia into a smaller volume for recovery or disposal. Units are modular and can be sized from small on-site flows to larger sidestreams; exact capacity and expected removal efficiency are provided during project sizing by the supplier.

What are the routine operation and maintenance requirements?

Routine tasks include monitoring the control system and alarms, checking pumps and valves, dosing chemical replenishment (pH adjusters, antiscalants), periodic membrane cleaning (CIP) to remove fouling, and scheduled inspection of seals and instrumentation. Membrane modules are consumable items with multi-year lifetimes depending on feedwater quality and maintenance; operators should follow the manufacturer’s cleaning and replacement schedule. Remote monitoring and service agreements can reduce local staff effort.

What safety, environmental and regulatory considerations should I be aware of?

Ammonia and concentrated recovery solutions are hazardous and require proper handling, storage, and transport per local regulations. Odor control, pressure relief, and leak containment measures should be in place. Emissions and discharge permits may be required for the unit’s effluent and any concentrated streams. Pre-treatment to remove suspended solids and oils reduces fouling risk and environmental impacts. Engage with local authorities early to ensure compliance and plan safe disposal or beneficial reuse of recovered ammonia.

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