The AiKe AK-SYFS-XZH-200 lab wastewater-treatment device completed a full-cycle on-site special maintenance at Qilu Medical University in Zibo, Shandong Province; all running indicators have been fully calibrated to standard, continuously building a stable wastewater-compliance disposal defense for the school's pharmaceutical labs. As a higher-education institution with medicine and pharmacy as its core features, Qilu Medical University's lab wastewater comes from multiple scenarios such as basic-medical experiments, drug-synthesis research, and clinical-testing teaching, with complex pollutants and intermittent fluctuating discharge, long a key difficulty in university-lab environmental governance.

After deployment, this 200 L/day integrated device, with its integrated multi-stage treatment process, precisely fits the school's small-volume, high-fluctuation discharge characteristics. Over the years it has continuously and stably achieved full-process disposal of acid-alkali neutralization, heavy-metal chelation, organic-pollutant degradation, and pathogen inactivation; effluent always meets national and Shandong-related discharge standards, becoming a typical practice case of standardized wastewater governance for pharmaceutical university labs.

🏢User Unit:Qilu Medical University

🗺️Province / City:Zibo City, Shandong Province

⚖️Daily treatment volume:200L

⚙️Equipment model:AK-SYFS-XZH-200

I. Diversity, Complexity, and Compliance Challenges of Medical-College Lab Wastewater Treatment

As a higher-education institution with medicine and pharmacy as core disciplines, Qilu Medical University's lab wastewater comes from multiple scenarios such as basic-medical experiments, drug-synthesis and preparation research, and clinical-testing teaching; the pollutant spectrum of the 200 L/day wastewater is extremely complex. The difficulty first lies in the high mixing of organic and inorganic pollutants—organic solvents and residual active-pharmaceutical ingredients from drug-synthesis experiments interweave with serum culture media, enzyme reagents, and stains from biochemical experiments, with violent COD concentration fluctuations and no stable water-quality pattern.

Second, biosafety risks are prominent; waste liquid from microbial experiments and cell-culture steps may contain pathogens or genetic-engineering biological fragments, requiring reliable biological-inactivation embedded on top of conventional physical-chemical treatment. In addition, pharmaceutical experiments involve various heavy-metal catalysts and strong acid-alkali digestion liquids, with pH and heavy-metal-ion concentration often showing extreme peaks, imposing very high requirements on the response speed and shock-load resistance of the neutralization-precipitation system. The 200 L small-volume intermittent discharge further amplifies the contradiction between dosing precision and biochemical-system stability; how to integrate multi-stage treatment modules in limited space and ensure effluent continuously meets Shandong medical-institution water-pollutant discharge standards and municipal-pipe-network intake requirements becomes the core technical threshold of the school's wastewater-treatment system design and O&M.

II. AiKe Device Deployment at Qilu Medical University, On-Site Maintenance Builds the University Lab Environmental Defense

The AiKe AK-SYFS-XZH-200 lab wastewater-treatment device successfully serves Qilu Medical University in Zibo, Shandong; the device's designed daily treatment volume is 200 L, providing an integrated solution for the school's pharmaceutical-lab wastewater treatment.

Pharmaceutical-college lab wastewater has complex components, containing acid-alkali reagents, organic solvents, heavy metals, and pathogenic microorganisms, with intermittent fluctuating discharge and high requirements for device stability and disinfection-inactivation capability, and strict environmental-regulation supervision. The AiKe AK-SYFS-XZH-200 integrated device integrates a multi-stage treatment process, fully automatic operation, completing pH adjustment, heavy-metal chelation, organic-pollutant degradation, and microbial inactivation; effluent stably meets relevant discharge standards, fitting university teaching-research scenarios.

Besides stable hardware output, AiKe's complete after-sales system is also in place; engineers provide on-site free maintenance, periodically inspect running status, check hidden dangers in pipelines, reagent modules, and filter components, conduct practical training for school management personnel, and promptly solve device-running problems. Professional on-site maintenance reduces the school's O&M burden, guarantees long-term stable compliant operation, helps build green campuses, and safeguards pharmaceutical-university lab wastewater compliance disposal.

III. AiKe AK-SYFS-XZH-200 Lab Wastewater-Treatment Device Parameters

IV. AiKe AK-SYFS-XZH-200 Lab Wastewater-Treatment Device Introduction

AiKe laboratory wastewater (sewage) small integrated treatment equipment adopts a new-generation intelligent integrated sewage treatment system, designed by the AiKe R&D team based on the complexity of various laboratory wastewaters, suitable for comprehensive wastewater/waste liquid treatment in various laboratories. The integrated equipment design can effectively remove COD, BOD, SS, chroma, viruses, organic solvents, and heavy metal ions.

AK-SYFS-XZH series wastewater treatment equipment has small footprint, fast processing speed, and convenient installation and maintenance. With treatment capacity of 0.1T/D or 0.2T/D (ton/day), it meets the relevant requirements of the national Integrated Wastewater Discharge Standard (GB8978-1996), Discharge Standard of Water Pollutants for Medical Organizations (GB18466-2016), and Water Quality Standard for Wastewater Discharged into Urban Sewers (GB/T 31962-2015).