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MYDL131
BOEEP
MYDL
Our Anti-corrosion Screw Press for Aerobic Sludge Dewatering is a professional fully automatic sludge dewatering equipment independently developed for high-corrosion, complex-component aerobic sludge generated in the biochemical pharmaceutical industry. Adopting advanced screw extrusion dewatering principle with a fully enclosed anti-corrosion structure, this pharmaceutical sludge dewatering screw press achieves continuous and efficient solid-liquid separation of aerobic sludge, effectively reduces sludge moisture content, and realizes sludge volume and weight reduction. It is the core equipment for sludge reduction, harmless treatment and resource utilization in biochemical pharmaceutical, biological fermentation and related fine chemical industries, helping production enterprises and environmental engineering contractors solve pain points of difficult sludge dewatering, high disposal cost and environmental non-compliance.
Aiming at the high acid-alkali, high corrosion and complex composition of pharmaceutical aerobic sludge, the main body of the anti-corrosion sludge dewatering screw press adopts 316L stainless steel, with customized dual-phase steel and other special anti-corrosion materials available for extreme working conditions. All sludge contact parts are precision polished and anti-corrosion treated, effectively resisting corrosion of various chemical components in pharmaceutical sludge, greatly extending equipment service life, and reducing equipment failure and shutdown risks.
The aerobic sludge dewatering equipment for pharmaceutical industry adopts a PLC intelligent control system, realizing 24-hour unattended continuous operation, automatic feeding, dewatering, sludge discharging and cleaning, without manual on-site supervision. Compared with traditional plate and frame filter presses, it requires no manual filter cloth replacement or intermittent operation, reducing on-site labor input by over 80%, and greatly cutting labor management costs for production enterprises.
Through variable diameter and variable pitch screw extrusion structure, the equipment achieves strong extrusion dewatering, with the moisture content of dewatered sludge cake stably controlled at 60%-80%, adjustable according to process requirements. The sludge volume after dewatering is reduced by over 70%, greatly cutting sludge transportation and disposal costs for enterprises, and creating conditions for subsequent sludge resource utilization such as incineration and composting.
The whole dewatering process is carried out in a fully enclosed structure, with no sludge leakage, no odor overflow, and low operating noise (≤75dB), fully meeting the GMP environmental requirements of biochemical pharmaceutical production workshops. Meanwhile, the equipment has a self-cleaning function, no need for long-term high-pressure water flushing, avoiding the increase of sewage volume caused by flushing water, and no secondary pollution to the production environment and water treatment system.
This anti-corrosion screw press for aerobic sludge dewatering is specially designed for the biochemical pharmaceutical industry, and also fits sludge dewatering needs in multiple industries, serving core clients including pharmaceutical production enterprises, biological fermentation factories, environmental engineering general contractors, and fine chemical manufacturing plants. Typical applications: aerobic sludge dewatering in biochemical pharmaceutical and antibiotic production, sludge treatment in biological fermentation and biotech engineering, sludge dewatering in food and beverage fermentation production, fine chemical and daily chemical industry wastewater sludge treatment, municipal sewage treatment plant aerobic sludge dewatering, and hospital medical wastewater sludge reduction treatment.
We provide comprehensive customized solutions for our pharmaceutical grade sludge dewatering screw press based on your sludge characteristics, site space, process requirements and production workshop standards, including equipment material, processing capacity (0.5m³/h to 50m³/h), screw structure, control system (PLC + touch screen, remote monitoring), explosion-proof grade and supporting auxiliary equipment. We also offer full-cycle project support: pre-sales sludge sample testing and dewatering experiment, customized solution design and 3D layout, on-site installation and commissioning by professional engineers, full-process operator training, and after-sales 7×24 hour technical support and regular maintenance services.
Boeep is a professional sludge dewatering and wastewater treatment equipment manufacturer with over 15 years of industry experience, focusing on targeted, compliant and efficient sludge treatment solutions for pharmaceutical, fine chemical and related industrial clients globally. All our anti-corrosion screw press for aerobic sludge dewatering products are manufactured in strict accordance with ISO 9001 quality standards, with CE and related industry compliance certifications, and have served over 300 pharmaceutical and biological enterprises worldwide, with rich project experience in complex sludge dewatering conditions. We have a professional R&D team, sludge testing laboratory and after-sales service team to quickly respond to your customized needs and technical problems, adhering to the concept of professional customization and quality first to deliver reliable equipment and full-cycle technical support.
Our standard equipment is made of 316L food-grade stainless steel, and we can also provide customized materials such as dual-phase steel, titanium alloy and other special anti-corrosion materials according to the corrosion degree of your sludge and production process requirements.
For aerobic sludge from biochemical pharmacy, the moisture content of the dewatered sludge cake can be stably controlled between 60% and 80%, and we can adjust the equipment parameters according to your actual needs to achieve the target moisture content.
Yes, the equipment is equipped with an intelligent PLC control system, which can realize fully automatic continuous operation, automatic fault alarm and protection, and can be connected to your central control system to realize remote monitoring, without manual on-site supervision for a long time.
