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Liding One-Stop Containerized Seawater Desalination System for Islands
Liding’s containerized seawater desalination equipment is a one-stop solution for seawater resource utilization, specifically designed for islands, coastal communities, offshore platforms, and emergency disaster relief scenarios. The equipment utilizes reverse osmosis (RO) membrane technology to effectively remove salt and impurities from seawater, producing freshwater that meets discharge standards, thus addressing the freshwater shortage problem in coastal areas at its source.The entire system features a modular integrated design, eliminating the need for complex civil engineering construction and enabling rapid on-site deployment, significantly shortening project cycles. The equipment is equipped with an intelligent remote monitoring system, allowing for real-time monitoring of operational status and remote maintenance, greatly reducing manual management costs.Liding’s containerized seawater desalination equipment can flexibly adapt to different water usage scales, providing a sustainable freshwater guarantee for coastal and offshore scenarios worldwide with its core advantages of high reliability, low energy consumption, and ease of maintenance.
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Liding MABR Containerized Sewage Treatment for Campus
Liding Environmental’s containerized MABR integrated wastewater treatment equipment is specifically designed for decentralized wastewater treatment scenarios such as school campuses. With its compact design, high-efficiency technology, and intelligent operation and maintenance, it provides a one-stop, reliable solution for school wastewater treatment.The equipment adopts a containerized integrated structure, eliminating the need for large-scale civil engineering construction. It can be flexibly deployed in limited spaces such as corners of school playgrounds, open areas in the logistics department, and reserved underground areas, without occupying core teaching and activity areas. At its core, it utilizes Liding’s independently developed MABR technology, which can efficiently treat domestic wastewater and canteen wastewater. The effluent is stable and meets standards, and can be directly used for campus greening irrigation and landscape water replenishment, achieving water resource recycling.The equipment operates fully automatically, equipped with an intelligent monitoring system that can monitor water quality and operating status in real time. Simultaneously, the fully enclosed design of the equipment prevents odor diffusion and ensures low-noise operation, perfectly meeting the requirements of a quiet and environmentally friendly campus environment, protecting the health of teachers and students and the campus environment.
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Airport-Grade MABR Containerized Wastewater Treatment Facility
Liding’s integrated MABR containerized system is a highly efficient, fully enclosed solution specifically tailored for complex airport wastewater treatment scenarios. Utilizing advanced MABR technology, the system reliably purifies mixed domestic and operational wastewater from airport terminals, staff dormitories, restaurants, lounges, and various supporting facilities, effectively removing organic pollutants and nitrogenous substances.
The equipment features an integrated containerized modular structure, supporting rapid on-site installation. Its compact, integrated design significantly saves land use and flexibly adapts to the limited layout space of airport functional areas. The system employs durable industrial-grade components and an intelligent automatic control system, ensuring long-term stable operation with low maintenance frequency, and strictly complies with international water discharge standards and environmental regulations.
This system perfectly supports airports, providing safe, standardized, and reliable wastewater treatment support for global regional hub airports and large international aviation hubs.
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LiDing Containerized Wastewater Treatment System for Villa
LiDing’s containerized decentralized wastewater treatment system is engineered to meet the strict environmental and aesthetic needs of villa communities and residential developments.
Equipped with advanced MABR sewage treatment technology,he system efficiently processes all forms of household wastewater, including greywater and blackwater, to meet stringent discharge standards or to be recycled for non-potable uses. Designed for quiet, low-maintenance operation, it seamlessly integrates into residential environments, ensuring reliable, long-term wastewater treatment for villa communities while protecting local water quality.
Whether it’s a single luxury villa or a master-planned residential community, Liding delivers a sustainable, underground wastewater solution that powers living with uncompromising environmental care.
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One-Stop Wastewater Treatment Equipment for Metallurgical Plants
Liding’s containerized wastewater treatment system employs advanced IWTP technology to effectively address heavy metal, pH imbalance, and suspended solids issues in industrial wastewater. This system combines efficient sedimentation, automatic pH neutralization, and precise solid-liquid separation technologies to remove heavy metal ions, adjust wastewater pH, and separate solid pollutants. Utilizing standardized container modules, the system offers advantages such as rapid deployment, flexible mobility, and intelligent control, providing the most convenient wastewater treatment solution for the electroplating, mining, and metal processing industries.
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MBBR Integrated Wastewater Treatment Equipment for Catering
The LD-JM-MBRR containerized wastewater treatment equipment is specifically designed for restaurant wastewater. Utilizing advanced AO+MBR treatment technology, it effectively removes high levels of pollutants such as COD and BOD from restaurant wastewater. The treated wastewater is then purified by an RO reverse osmosis system, transforming turbid wastewater into compliant clean water. The treated wastewater can be directly used for kitchen rinsing, floor cleaning, or green space irrigation, truly realizing “wastewater turned into usable water.” Its integrated design allows for quick installation, intelligent automated operation requires no dedicated personnel, and remote monitoring ensures controllable maintenance, significantly reducing labor and energy costs.
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Containerized Wastewater Treatment Plant for Hospitals
The LD-JM-MBRRO integrated wastewater treatment system is specifically designed for the characteristics of hospital wastewater. It integrates AO+MBR+RO treatment processes to create a dual-guarantee system of high-efficiency degradation and deep purification, providing hospitals with a stable, compliant, and efficient wastewater treatment solution. The equipment features an integrated design and a fully automated control system, minimizing manual intervention. It boasts stable operation and low maintenance costs, and the effluent quality can be directly discharged in compliance with standards or recycled for landscaping, cleaning, and other purposes, achieving wastewater recycling.
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Liding Containerized Seawater Desalination Equipment
Liding is launching the JM -SWROD series of containerized seawater desalination equipment. Using a standardized container structure, the entire system, including pretreatment, reverse osmosis desalination, and post-treatment, is highly integrated within the container. This eliminates the need for complex on-site civil construction and allows for rapid installation and commissioning, requiring only site leveling. The containers offer excellent sealing and impact resistance. Furthermore, the JM-SWROD series equipment is equipped with an intelligent PLC control system, supporting remote monitoring and maintenance, further reducing operational complexity and costs. Whether in coastal areas or island resorts, it can meet the diverse water needs of different projects. Liding is leveraging its strength to solve water challenges for its customers and contribute to green and sustainable development.
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Customizable Above-Ground Industrial Wastewater Treatment Plant
The LD-JM Integrated sewage treatment plant is an advanced above-ground wastewater treatment system designed for factory and industrial applications. Featuring modular design, energy-efficient operation, and durable construction, it ensures reliable and compliant wastewater discharge. This Large Capacity Sewage Treatment Equipment can be combined to 10,000 tons.The box body is made of Q235 carbon steel material, with UV elimination Poxic, more penetrating, can kill 99.9% of bacteria, core membrane group using internal Lined with a reinforced hollow-fiber membrane.
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MBBR Containerized Sewage Treatment Plant for Gas Stations
This containerized above-ground sewage treatment system is specially designed for gas stations, service areas, and remote fueling facilities. Utilizing advanced MBBR technology, the unit ensures efficient degradation of organic pollutants even under fluctuating water loads. The system is easy to install and relocate. Its smart control module supports unattended operation, while durable materials ensure longevity and resistance to harsh environments. Ideal for sites lacking centralized sewage infrastructure, this compact system delivers treated water that meets discharge standards, supporting environmental compliance and sustainability goals.
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Package Sewage Treatment Equipment for Construction Site
This modular containerized sewage treatment plant is engineered for temporary and mobile use at construction sites, providing a reliable solution for on-site domestic wastewater management. Using efficient MBBR treatment processes, the system ensures high removal of COD, BOD, ammonia nitrogen, and suspended solids. With smart control systems, remote monitoring, and low operational energy demands, this unit is perfect for ensuring environmental compliance and hygiene on dynamic and fast-paced construction projects.
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Urban Integrated Sewage Treatment Plant
LD-JM urban integrated sewage treatment equipment, single daily treatment capacity of 100-300 tons, can be combined to 10,000 tons. The box is made of Q235 carbon steel, UV disinfection is adopted for stronger penetration and can kill 99.9% bacteria, and the core membrane group is lined with reinforced hollow fiber membrane.
