High-Salt Wastewater Treatment System Intelligent Solutions for Environmental

Product Specification

Equipment Description:

Exhaust gas and sewage treatment equipment system description

I. Intelligent collaborative system
Linked control logic: Exhaust gas treatment fan and spray line start and stop linkage (delay ≤ 10 seconds)
Automatically start emergency neutralization program when sewage pH value is abnormal
IoT monitoring: Cloud data platform (supports API connection to Environmental Protection Bureau)
Real-time alarm: VOC exceeds standard, membrane pressure difference > 0.1MPa, etc.
Energy-saving technology: RTO waste heat is used for MBR pool insulation (energy saving rate ≥ 18%)
Photovoltaic drive auxiliary equipment (optional)

II. Selection comparison guide

‌III. Response to special working conditions‌

‌High-salt wastewater‌: Configure DTRO high-pressure reverse osmosis module (desalination rate > 98%)
‌Paint residue-containing waste gas‌: Add dry paint mist filter (self-cleaning type)
‌Extreme climate‌: Equipment cavity heating/cooling temperature control system (applicable to -20℃~50℃)

‌Note: The above plan needs to be combined with the requirements of the environmental impact assessment report (new version of HJ 1012-2025 in 2025). It is recommended to reserve 15%~20% of the processing margin to cope with the capacity ramp-up.

Main structures and components:

1. Exhaust gas treatment equipment ‌
‌Core structure‌

1.‌Pretreatment section‌
Multi-stage filter box: G4 primary filter cotton + F7 medium-efficiency bag filter
Activated carbon adsorption layer: honeycomb activated carbon module (iodine value ≥ 800mg/g)

2.‌Core treatment unit‌
RTO regenerative combustion furnace: three-chamber switching structure, heat recovery rate ≥ 95%
Catalytic oxidation bed: precious metal catalyst (platinum-palladium alloy coating)

3.‌Post-treatment system‌
Alkali solution spray tower: automatic pH value adjustment (range 8.5-9.5)
Centrifugal demister: PP material cyclone plate, demister efficiency ＞98%

4. Key parameters‌

2. Sewage treatment equipment ‌

‌Core structure‌

1.‌Physical treatment section‌
Oil separation sedimentation tank: inclined plate separation structure (SS removal rate > 80%)
Flotation machine: micro-nano bubble generator (dissolved gas efficiency ≥ 90%)

2.‌Chemical treatment section‌
Neutralization reaction tank: pH online monitoring + automatic dosing pump
Flocculation sedimentation tank: PAC/PAM dual agent automatic dosing system

3.‌Biological treatment section‌
MBR membrane bioreactor: PVDF hollow fiber membrane (pore size 0.1μm)
Ultraviolet disinfection module: 304 stainless steel cavity + 254nm ultraviolet lamp

4. Key parameters‌

Features:

1.High cost performance: Based on the customer's product positioning and development strategy, and with economic affordability as the foundation, we achieve the best cost performance.
2.The advanced and meticulous design concept of the equipment, along with the highly automated industrial equipment, showcases the image of a modern and advanced enterprise.
3. It has high adaptability, meeting the current production requirements and reserving room for development, taking into account the needs of increased production and improved quality in the future.
4.Quality compliance strictly adheres to the ISO900 quality management system, with every minute detail of the entire equipment installation being strictly controlled.