Industrial Laboratory Sewage Treatment Equipment QKFA Scientific Research Laboratory

Industrial Laboratory Wastewater Treatment Equipment QKFA Scientific Research Laboratory

Equipment Introduction:

The comprehensive wastewater treatment equipment for laboratories processes agricultural production system, inorganic, and biological wastewater through units such as wastewater collection, automatic adjustment, coagulation-air flotation automatic mixing, flocculation-assisted sedimentation reaction, sedimentation separation, multi-stage high-efficiency oxidation treatment, multi-stage decomposition degradation treatment, high-low potential difference microelectrolysis technology, electrochemical oxidation-reduction, two-stage agricultural production system biological activity treatment technology, and new biochemical reaction treatment technology. It effectively removes COD, BOD, SS, color, and heavy metal ions from the wastewater. Different treatment technologies and control systems are adopted based on the composition of various laboratory wastewater types. The equipment operates via an operating system, following programs set by the controller and parameters set by the pH/ORP meter.

Process Selection:

1. Characteristics of Sewage

Low water volume, low water quality concentration, unstable pH value, and complex organic or inorganic components.

2. Process Determination

Based on the characteristics of the wastewater, the following process is proposed to be adopted:

1)     Automatically select the multi-catalytic module based on the day's wastewater pH value.

2)     Utilize multi-catalytic degradation for organic matter and toxic/harmful components.

3) Minimize sludge generation or production as much as possible.

4) Select different catalytic modules based on the COD concentration of the wastewater on that day to ensure compliance with discharge standards.

Process Features:

Laboratory experiments may sometimes be non-standardized, leading to wastewater with varying characteristics. Using a single treatment process could result in resource wastage or substandard effluent quality.

The multi-catalytic process proposed here takes into account the characteristics of laboratory wastewater, initiating different treatment units based on specific conditions to meet discharge standards.

Industrial Laboratory Sewage Treatment Equipment QKFA Research Laboratory

Principles for Process Selection:

Utilizing advanced technology with reliable operation and simple management, we integrate sophistication with dependability. By employing high-efficiency, energy-saving treatment processes, we significantly reduce engineering operational costs. We adopt mature advanced technology and processes to effectively control construction costs. The wastewater treatment process primarily uses biochemical methods known for their excellent treatment results, low energy consumption, stable operation, and easy management. The main treatment equipment selected is efficient, stable, and easy to operate and maintain, enhancing the wastewater treatment effectiveness, reducing costs, and ensuring the treated wastewater meets discharge standards.