Oxygen Generator For Wastewater Treatment

Oxygen Generator For Wastewater Treatment
Product Introduction:
The oxygen generator extracts high-purity oxygen from the air through molecular sieve adsorption separation (PSA) for oxidation reactions in sewage treatment (such as ozone generation) or direct oxygenation (such as aquaculture wastewater treatment)
Technical rigidity: medical-grade purity + modular PSA system, technical parameters crush peers
Scenario penetration: covering industrial corrosive wastewater to aquaculture, the solution reuse rate exceeds 75%
Low carbon premium: unit processing energy consumption is 35% lower than the industry benchmark, and carbon trading gains can be expected
Delivery agility: 10-day delivery + global service system, seize the opportunity in emerging markets
Full-cycle economic efficiency: 10-year molecular sieve life + intelligent operation and maintenance, TCO reduced by more than 20%
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Description
Technical Parameters

Oxygen Generator For Wastewater Treatment

 

The purity can reach 99% of medical grade, meeting the high standard requirements of ozone generator/aeration system in wastewater treatment.
The modular design of integrated cold dryer, buffer tank, etc. is suitable for sewage treatment plants of different sizes.
The molecular sieve has a life of up to 10 years, reducing long-term maintenance costs.

Oxygen Generator For Wastewater Treatment

The aquaculture sector has obtained CE certification, and the oxygen consumption for treating 1 ton of sewage is 30% lower than that of traditional aeration equipment (industry average data).

The stainless steel version can treat industrial wastewater containing corrosive components.

Combined with an ozone generator, it can achieve chemical oxidation + biodegradation dual treatment, and the COD removal rate is increased by 40%.

 

FAQ

 

Q: How to choose the oxygen generation technology that best suits the type of sewage?
A: It is necessary to simultaneously analyze the fluctuation range of influent COD (PSA is preferred if <50%), sludge concentration (MLSS>5000mg/L requires enhanced aeration), and effluent standard (TN<15mg/L requires precise oxygen control).


Q: How to quantify the TCO difference between NEWTEK and other imported equipment?
A: Based on a 10-year cycle, the total cost of the equipment is 15-20% lower, but it needs to include a budget for 2 major overhauls.


Q: Can intelligent control systems reduce operation and maintenance risks?
A: AI predictive maintenance can reduce unplanned downtime by 40%, but it needs to match the sensor network investment.


Q: How to deal with sudden water quality shocks?
A: It is recommended to configure 10-15% capacity redundancy + quick start module.


Q: How does carbon emission policy affect technology selection?
A: Please provide the relevant policies in your area, and we will evaluate based on the information you provide.


Q: How to evaluate the stability of the spare parts supply chain?
A: The warranty period is one year and spare parts can be configured according to demand.

 

 

 

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PSA Oxygen Plant

●What is the O2 capacity needed?
●What is O2 purity needed? standard is 93%+-3%
●What is O2 discharge pressure needed?
●What is the votalge and frequency in both 1Phase and 3Phase?
●What is the working site temeperature averagely?
●What is the humidity locally?

PSA Nitrogen Plant

●What is the N2 capacity needed?
●What is N2 purity needed?
●What is N2 discharge pressure needed?
●What is the votalge and frequency in both 1Phase and 3Phase?
●What is the working site temeperature averagely?
●What is the humidity locally?

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