Integrated Wastewater Treatment Equipment for Testing Laboratory, Underground Acid-Base Neutralization Tank for Waste Water, Stable Operation

Laboratory wastewater treatment equipment can effectively remove COD, BOD, SS, color, and heavy metal ions from wastewater. Depending on the composition of different laboratory wastewater, various treatment technologies and control systems are employed for wastewater processing. The laboratory wastewater treatment equipment boasts advanced technology, high automation, no need for dedicated personnel, excellent treatment results, small land footprint, and convenient operation and management.

The core technologies of laboratory wastewater treatment equipment include pretreatment, biochemical treatment, and comprehensive emission control. Initially, pretreatment of laboratory wastewater is conducted, which includes steps like sedimentation and coarse filtration to remove particles and suspended solids. Subsequently, the pretreated wastewater is introduced into the biochemical treatment system, utilizing biological membrane and active sludge technologies to degrade and transform the organic matter. Through comprehensive emission control measures, the treated wastewater is disinfected and suspended solids are removed, ensuring the treated wastewater meets environmental quality standards and can be safely discharged.

Primary Requirements:

Acid-alkali neutralization

Laboratory-generated acidic and alkaline wastewater typically exhibits extreme acidity or alkalinity, requiring neutralization treatment to reduce pH levels to meet environmental discharge standards. Laboratory acidic and alkaline wastewater treatment equipment utilizes neutralization units to react the acidic and alkaline substances in the wastewater with neutralizing agents, achieving neutralization and reaching a pH level that is neutral or nearly neutral.

2. Impurity Removal

Laboratory wastewater often contains various impurities, such as suspended solid particles, heavy metal ions, and organic matter. These impurities not only degrade water quality but also harm downstream treatment equipment. Laboratory acidic and alkaline wastewater treatment systems utilize impurity removal devices, such as centrifugal sedimentation and deep filtration, to effectively eliminate impurities from the wastewater, enhancing its purity.

Wastewater Treatment

Treated acidic and alkaline wastewater must undergo further processing to meet environmental discharge standards or to achieve water quality suitable for reuse. Laboratory wastewater treatment equipment for acidic and alkaline substances employs treatment systems such as biological processing and oxidation-reduction to handle organic matter and heavy metals in the wastewater, reducing pollution levels and achieving resource utilization.

Integrated Waste Water Treatment Equipment for Laboratory, Underground Acid-Base Neutralization Pool for Wastewater, Stable Operation

Laboratory wastewater treatment equipment has found extensive application in both laboratory and industrial production fields. Many large enterprises have established well-equipped microbiology laboratory wastewater treatment systems and have promptly met national discharge standards. With technological advancements, microbiology laboratory wastewater treatment technology is also continuously evolving, with new equipment and technologies being developed to enhance processing efficiency and reduce costs. Simultaneously, there is a need to strengthen the operation and management of microbiology laboratory wastewater treatment systems to ensure stable operation and long-term effectiveness.