Advanced Bio-Carriers & Sludge Dewatering Systems
Direct Manufacturer of 100% Virgin HDPE MBBR, Proprietary HPU Matrix, and Non-Clogging Volute Presses.
Products
Our Mission
Practical equipment selection and manufacturing support for wastewater projects
Made in Our Own Yixing Factory
HNS runs its own bio-filler factory in Yixing, China’s environmental-equipment hub — 30 high-speed extrusion lines producing MBBR carriers and NovusPore sponge media in 100% virgin material. Around the media, our factory also produces the full treatment range: DAF systems, screw press dewatering, rotary drum filters, fine bubble diffusers and tube settlers — quoted, inspected and shipped as one package, with around 70% of output exported since 2015.
Why Choose Us
Once you choose our products, we will be responsible for you to the end, so that you do not have to worry about design, transportation, after-sales!
Engineering & CAD Support
Beyond manufacturing, we provide comprehensive bio-tank loading calculations, media selection consultations, and precise CAD drawings to support your project bidding and design phase.
100% Virgin Materials
We strictly refuse recycled plastics. Our MBBR media (K1/K3/K5) is forged from 100% virgin HDPE, guaranteeing superior biofilm retention and long-term durability in high-load municipal and industrial systems.
Optimized Global Logistics
Leveraging our expertise in international shipping, we maximize 20ft and 40ft HQ container loading capacities. Our proprietary NovusPore™ HPU matrix offers an unmatched 1:6 logistics ROI compared to standard media.
One-Stop Procurement Support
Beyond core wastewater equipment, we leverage our robust supply chain in China to assist EPCs with reliable industrial sourcing, from specialized chemical raw materials to supporting machinery.
Discuss Your Wastewater Project
Tell us about your wastewater or sludge treatment project. Please include the application, average and peak flow, available analysis, treatment target and required equipment scope so we can provide a more relevant response.