In the municipal wastewater treatment sector, our company has delivered practical and effective solutions to address two key challenges: treatment efficiency and sludge management capacity.

To enhance wastewater treatment efficiency, we employ an advanced bio‑enhancement technology based on a “mainstream–sidestream” configuration. By installing independent sidestream reactors in the sludge return line, we can enrich nitrifying bacteria and cultivate polyphosphate‑accumulating organisms in situ, then reintroduce them into the main biochemical tank. This approach markedly improves the system’s nitrogen and phosphorus removal performance, enabling effluent quality to consistently meet regulatory standards without, or with only minimal, external carbon sources or chemical dosing.

At the same time, we fully recognize that sludge treatment poses a significant operational challenge for municipal wastewater treatment plants. To address this, our process design incorporates inherent sludge reduction capabilities, resulting in lower sludge production compared to conventional technologies. Coupled with proven advanced sludge dewatering and drying technologies, we help municipal clients substantially reduce overall sludge disposal costs, enabling stable, efficient, and environmentally sustainable plant operations.

In the energy sector, addressing well‑known treatment challenges such as oil‑contaminated sludge and refining‑and‑chemical‑processing waste, our company leverages proprietary core technologies and specialized equipment to deliver efficient, reliable solutions to our clients.

Our technological advantage lies in equally prioritizing resource recovery and harmlessness. By employing advanced conditioning–mechanical separation technology, coupled with proprietary demulsifier and flocculant formulations, we can efficiently disrupt the stable oil–water–solid three-phase system, achieving substantial recovery of crude oil while reducing the oil content in the solid phase to extremely low levels, thereby significantly lowering downstream disposal costs and environmental risks.

For the diverse and complex waste streams generated during refining and petrochemical processes, we offer tailored pyrolysis or incineration pre‑treatment technologies that effectively break down high‑molecular‑weight organic compounds and hazardous constituents, achieving substantial volume reduction and stabilization. The complete system is characterized by operational safety, low energy consumption, and broad process compatibility, helping energy companies meet increasingly stringent environmental regulations and advance toward clean production and sustainable development goals.

Leveraging a comprehensive suite of core solid–liquid separation equipment, including SC decanter centrifuges and fully automated belt‑type filter presses, coupled with our proprietary separation processes, we deliver integrated resource‑recovery solutions for food‑industry and kitchen waste.

The company operates a 406‑mu production base and holds more than 30 separation patents. Its equipment is designed to handle high‑oil, high‑impurity organic feedstocks, enabling precise three‑phase separation of oil, water, and solids in a single step. Oil recovery exceeds 95%, and the deeply dewatered residual solids exhibit significantly reduced moisture content, making them suitable for use as organic fertilizer or as feedstock for anaerobic digestion. The crude oil can also be further processed into biodiesel, thereby maximizing the economic value of waste materials.

The system features fully automated, enclosed operation and odor‑control and pollution‑reduction capabilities, supported by a comprehensive suite of services including equipment leasing and on‑site operations and maintenance. Multiple kitchen‑waste management projects have already been successfully implemented, achieving a balanced approach to waste reduction, harmlessness, and resource recovery, thereby helping enterprises cut costs and boost efficiency while advancing the zero‑waste circular‑economy paradigm.

We specialize in addressing the challenges of treating engineering solid wastes such as tunneling slurry and pile‑foundation excavated materials. Leveraging a comprehensive suite of equipment—including the SSK advanced thickener, the SC decanter centrifuge, and fully automated mobile belt filter presses—we provide tailored solutions for handling slurry from diverse and complex geological formations encountered in subway and tunnel projects.

The equipment features a modular design, occupying minimal space and enabling easy relocation. It supports 24-hour continuous, fully automated operation, efficiently separating coarse and fine sediments, significantly reducing the moisture content of the sludge cake, recycling clean water for on-site reuse, and minimizing the volume of excavated soil for off-site disposal.

The company holds more than 30 patents in solid–liquid separation, operates a 406‑mu smart manufacturing base with ample production capacity, and offers comprehensive leasing and on-site maintenance services. With proven applications in the Nanchang Metro tunnel project, it can tailor integrated sludge‑treatment solutions to meet specific needs, effectively controlling costs while ensuring compliance and helping to promote green, sustainable construction practices.

Senlorful relies on a complete set of solid–liquid separation equipment, including the SSK new-type concentrator, the SC decanter centrifuge, and the fully automatic traveling filter press, to provide integrated customized solutions for mine tailings and concentrate processing.

The SSK thickener leverages centrifugal–dissolved‑air flotation hybrid technology to efficiently thicken mineral slurries, with exceptional fine‑particle capture. The modular decanter centrifuge is tailored for high‑hardness slurries, enabling continuous, automated dewatering of tailings and recovery of concentrate, delivering a high solids content in the cake and allowing the liquid phase to be recycled. Meanwhile, the deep‑dewatering filter press further reduces the moisture content of tailings sludge, facilitating dry stacking and volume reduction.

The company holds multiple patents and operates a large-scale intelligent manufacturing base. Its equipment is highly wear‑resistant and resistant to erosion, making it well suited to the demanding conditions of complex mining sites. We offer end‑to‑end services—including equipment sales, leasing, and maintenance—tailored to your needs, significantly boosting mineral recovery rates while reducing tailings‑pond operating costs and water‑resource consumption, thereby supporting compliant, sustainable mining operations.