Exhaust gas type: Ethyl acetate
Exhaust air volume: 3000m³/h
Exhaust gas concentration: 100g/m³
Recovery rate: 99%
Waste gas treatment scheme:
Due to the relatively high concentration of exhaust gases in the customer's production workshop, there is a loss of 3 tons per day, and the effect of the traditional cryogenic process is not obvious after use.
The adsorption rate of the original installed activated carbon adsorption device is relatively poor, and it is often necessary to replace the activated carbon.
To this end, we tailor-made for customers to do the field test prototype test effect is very good, and later after the on-site inspection, installed a set of ethyl acetate waste gas adsorption recovery device, the daily recovery of 2.5-3 tons / day, for customers to create a good economic benefits, but also to solve the customer's environmental protection problems.
After eight years of technology research and development, our company has rich engineering experience, highly automated equipment, combined with the current information requirements to achieve Internet of Things diagnosis, to help customers find problems in the first time to solve problems. At the same time, the overall energy consumption of the equipment is getting lower and lower, which can not only achieve waste utilization, but also meet environmental protection requirements.
The new nano-adsorption material is different from the adsorption characteristics of broad-spectrum macroporous adsorption resin, and we have improved the structure and characteristics to make the adsorption material have a longer service life and more stable adsorption performance.
