Prefabricated eco-house, fast assembly
Steel pipes, Laser machinery, UAV
Water/gas treatment, Cooling water
Prefabricated eco-house, fast assembly
Steel pipes, Laser machinery, UAV
Water/gas treatment, Cooling water
Since the establishment of the company, more than 30 research projects have been made successfully. The main research directions are Unmanned Aerial Vehicle, waste-water treatment methods and technologies, pharmaceuticals, processes, equipment and so on.
Technical research and development achievements (patents, software works, papers, etc.) have been achieved as follows (part 01):
No.
Thematic Research
Key Technologies
1
Study on the preparation of microbial agents for purifying River Sewage
Microbial preparation technology, efficient bacteria treatment of polluted water, based on enzymatic reaction, through the special protein produced by microorganisms as a catalyst, degradation of COD, NH3-N and TP, decomposition of sludge, elimination of odor, inhibition of algae growth, control of water bloom.
2
Preparation of Multifunctional Water Treatment Agent from Different Modified Bentonite and Its Application in Refractory Wastewater Treatment
Microwave enhanced simultaneous intercalation of cationic surfactant/polymer with bentonite as carrier and potassium ferrate as strong oxidant was introduced into the controlled-release and sustained-release technology.
3
Integrated Technology and Demonstration of Upgrading and Reuse of Printing and Dyeing Wastewater Treatment System
Two-phase separation and stable operation technology of printing and dyeing wastewater treatment process can effectively improve the anaerobic treatment capacity of printing and dyeing wastewater by adjusting and controlling the operation parameters, and the directional control technology of organic fermentation acid production and hydrogen production coupling dye decolorization.
4
Development and Engineering Application Demonstration of Green Environmental Protection Refractory Wastewater Treatment Agent
Potassium ferrate was loaded in modified bentonite to prepare a green, environmental-friendly, high-efficiency and multi-functional water treatment agent, which has the functions of oxidation, adsorption, flocculation and disinfection. The research results were transferred to the practical application of the treatment of refractory wastewater, and a typical demonstration project was established.
5
Development and Application of Ecological River Purification Agent
The optimum technological formulation and applicable conditions of the reagent were established by analyzing the composition, proportion and dosage of the reagent. Through the research on the formulation and dosage of medicines, the integrated system of medicines feedback service from production and application effect was explored and established.
6
Development and Application of Integrated Treatment Equipment for Rural Domestic Sewage
The device is equipped with biogas digester, grille pretreatment unit, buried anaerobic tank, aerobic biofilter and subsurface constructed wetland, which can effectively remove organic matter and nitrogen and phosphorus nutrients from rural domestic sewage.
7
Development and Application Technology of Special Water Treatment Agent for High Concentration and Difficult Degradation Phosphorus-Containing Wastewater
High concentration and refractory phosphorus-containing wastewater treatment application integration technology, special water treatment agent and delivery management system integrated into high concentration and refractory phosphorus-containing wastewater treatment, optimize system technical parameters, improve system software algorithm code, form a high concentration and refractory phosphorus-containing wastewater coordinated control technology.
8
Research and Application of Direct Purification Technology for Urban Polluted River Water
Development of immobilized microbial carriers, cultivation and screening of specific microorganisms, optimization of experimental conditions for direct purification treatment, rational layout of optimized biological fillers in simulated river reactor, and determination of optimal operation parameters of in-situ remediation process for polluted water sources.
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