Experimental device for school sewage treatment

Experimental Sewage Treatment Device for Educational and Research Purposes – 0.5t/h Capacity

This compact yet powerful experimental sewage treatment system is specifically designed for academic institutions, research labs, and environmental engineering programs worldwide. With a flow rate of 0.5 tons per hour, it offers an ideal platform for students, scientists, and engineers to study real-world wastewater purification processes in controlled settings. The unit integrates modern filtration technologies, including biological treatment stages and advanced membrane systems, enabling hands-on learning about sustainable water management solutions.

Key Features:

• Modular design for easy assembly, maintenance, and scalability
• Real-time monitoring capabilities for process optimization
• Customizable configurations based on user-defined parameters
• High-efficiency solids separation and nutrient removal
• Durable materials suitable for long-term laboratory use

Detailed Description:

The experimental sewage treatment device supports comprehensive testing of various wastewater streams such as municipal effluent, industrial discharge, or simulated domestic waste. It includes primary settling tanks, aerobic and anaerobic chambers, and optional secondary filtration units like ultrafiltration or reverse osmosis modules. This makes it perfect for educational demonstrations on activated sludge processes, biofilm reactors, and membrane bioreactors (MBRs). The system’s low operational footprint allows placement in classrooms, science centers, or university laboratories without requiring extensive infrastructure. Each component is engineered for durability while maintaining ease of access for student-led experimentation and data collection. Whether used for undergraduate capstone projects or postgraduate research on decentralized sanitation systems, this equipment bridges theory with practical application in environmental engineering education.

Application Scenarios:

Ideal for universities offering civil engineering, environmental science, or sustainability programs, this device serves as both a teaching tool and a research prototype. It can be integrated into curricula focused on water reclamation, pollution control, green technology innovation, or circular economy principles. Educators may use it to explore topics such as nitrogen removal efficiency, microbial community dynamics, or the impact of varying influent quality on treatment performance. Additionally, it provides valuable training for future professionals working in municipal utilities, environmental consulting firms, or international development agencies focused on safe water access in underserved regions.

User Feedback:

Educational institutions across Europe, North America, and Southeast Asia have praised the clarity of results obtained from this system. Instructors report that students gain deeper understanding of water treatment concepts when they can observe changes in turbidity, pH, BOD, and COD levels over time. Researchers appreciate the flexibility to adapt the setup for different experiments—such as comparing traditional vs. advanced oxidation methods—or to simulate conditions found in developing countries where centralized systems are impractical. Many users highlight its role in fostering critical thinking skills related to resource recovery, energy consumption, and climate resilience in water infrastructure planning.

Frequently Asked Questions:

Q: Are you a manufacturer or distributor?

A: We are a factory specializing in custom-built water treatment solutions for educational and pilot-scale applications.

Q: What is the lead time for production?

A: For standard models, delivery takes 7–15 days; larger or customized systems require 25–45 days depending on complexity.

Q: Can I request modifications to suit my curriculum?

A: Absolutely—we offer full customization options for flow rates, materials, instrumentation, and integration with digital sensors or IoT platforms.

Q: What kind of warranty do you provide?

A: All non-consumable parts come with a one-year guarantee. If defects arise due to manufacturing faults, replacement components will be provided at no cost.

Q: How are documents handled after shipping?

A: Original documentation—including packing list, commercial invoice, bill of lading, and compliance certificates—is sent via express courier upon shipment.

Q: What payment methods do you accept?

A: Telegraphic Transfer (T/T), Letter of Credit (L/C), or Western Union are all supported for secure international transactions.

Q: Do you handle logistics for large-scale units?

A: Yes, under CFR or CIF terms, we coordinate shipping arrangements. Under FOB, clients or their freight forwarders manage transportation.

Q: Where is your facility located?

A: Our manufacturing site is situated in Chancheng District, Foshan City, China.

Q: I have additional questions not listed here.

A: We welcome inquiries regarding product specifications, technical support, or collaborative research opportunities. Feel free to reach out directly for tailored guidance.