The birth of Polymer Composite Gel-new technology of bio-filler

To solve:

1. the carrier is mainly applied to contact oxidation method, the traditional carrier has poor hydrophilicity and low oxygen dissolution efficiency;

2. the small specific surface area of traditional carriers, the attachment amount of microorganisms is small, and the treatment capacity is poor;

3. Reducing sludge discharge and environmental pollution;

4. Traditional MBBR carrier hanging wear equipment corrosion layer, reducing the mission life of sewage treatment equipment; the use of wear debris resulting in damage to pumps & fans.

PCG-A new technology of bio-filler works better than MBBR.

PCG is a kind of water treatment bio-carrier product based on polymer hydrophilic material, which is inspired by the design of Japan, and referred to the application experience of Japan for about 20 years. Our R&D team has been working on the soft bio-carrier since 2010.
In 2010, our R&D team started to develop the soft bio-carrier, and after 6 years of design and development, we finally selected PCG as the soft bio-carrier with high hydrophilicity and biophilicity.
After 6 years of design and development, we finally chose a new high molecular weight material with high hydrophilicity, biophilicity, anti-abrasion, aeration and strong specific surface area as the substrate of the biocarrier, which was launched in 2016.
After 5 years of small and medium After 5 years of small and medium-sized trials, it will finally be put into large-scale production in 2020. As a biocarrier, PCG is ahead of similar products in China. And our technology now is the newest one about the six generation.

Advantages over traditional technology:

Excellent mechanical strength (wear resistance)；
Synergistic effect, incorporating biogel technology, to promote the growth and biological activity of immobilized advantageous bacterial flora；
Enhanced nitrification reaction；
Highly efficient adsorption capacity；
Simultaneous removal of specific organics (e.g. toxic aromatic compounds);

Hydrophilicity vs. hydrophobicity, oil-absorbing vs. non-oil-absorbing test comparing MBBR and ordinary sponge.

Application: Wastewater treatment:
Medical field:
Biotechnology and laboratories:
Beverage and food processing: