10,000 Square Meters of State-of-the-Art Water Treatment Filler Production Workshop
20,000 Square Meters of Cutting-Edge Environmental Protection Equipment Production Workshop
Expansive 4,000 Square Meters Large Open Laboratory for Advanced Research
Over 30 Innovative and Productive Experimental Bases
More Than 40 Sophisticated Pilot Systems for Accurate Testing
An Array of Over 50 Advanced Small Pilot Test Devices
A Fleet of More Than 60 High-Performance Large Instruments and Equipment
Holder of Over 50 Pioneering Patents
Boasting More Than 18 Years of Rich Experience
Proudly Holding a Top 5 Position in the Environmental Protection Technology Industry in Shandong Province
Intelligent integrated equipment for micro-channel catalytic oxidation combines state-of-the-art micro-channel continuous flow application technology with highly efficient electrocatalytic oxidation technology. Through meticulous engineering, it harmonizes new materials, novel processes, and cutting-edge technologies within a uniquely specialized apparatus. This integration allows for exceptional high flux and rapid mass transfer between pollutant particles while enabling high time and space conversion at low energy consumption. The microchannel in the system generates powerful oxidizing agents such as active hydrogen, active oxygen, and active hydroxyl radicals on-site. These oxidants treat complex and structurally stable compounds-including benzene series, halogenated hydrocarbons, phenols, monocyclic aromatic hydrocarbons, polycyclic aromatic hydrocarbons, heterocyclic hydrocarbons, and pyridines-present in the concentrated membrane solution. This catalytic oxidation process results in ring-breaking and chain removal, achieving complete and fine degradation of high-concentration, high-salt, and toxic organic pollutants in an exceptionally brief timeframe.
High performance titanium-based electrode
Titanium is used as the base material for both anode and cathode electrodes. The anode undergoes multiple special precision processes to coat and bake 16 layers of innovative nano-coatings, a result of our extensive research. Each layer is uniquely processed to ensure superior electrocatalytic activity, heightened acid-base stability, exceptional electrolytic oxidation resistance, stable current efficiency, and high current density. The microchannel's distributed electrode group design minimizes connector resistance, enhancing electrolysis efficiency, lowering energy consumption, and ensuring maintenance-free operation. Additionally, our composite coating structure, combining the surface active layer with the titanium base, significantly extends the anode's service life, surpassing the national standard high-quality product by more than five times.
Innovative electrode coating
Our core technology harnesses an advanced nano-coating formula for titanium-based anodes. Utilizing high-entropy alloy nanoparticle materials of noble metal salt oxides like ruthenium, iridium, tantalum, rhodium, and palladium, along with elements such as manganese and tin, the coating ensures robust bonding with the substrate. This prevents titanium electrode degradation and offers strong corrosion resistance. The nano-sized grains expose more active electrode surface areas, enhancing electron transfer under an electric field. This significantly boosts liquid phase mass transfer efficiency and processing capability, rapidly catalyzing the formation of strong oxidizing substances (·OH, SO4.-, OCl-, etc.) which react with pollutants throughout the microchannel space, making it a truly revolutionary electrode material.
Unique microchannel reactor
Our uniquely refined microchannel design ensures the dispersed continuous flow of membrane concentrates, facilitating full interaction between polluted molecular surfaces and ·OH. Achieving a COD removal rate of over 95%, our design enhances mass transfer efficiency by 10 to 100 times compared to traditional electrocatalytic oxidation tanks, while preventing the attenuation of valuable free radicals (·OH, ·O2-). Independent segment distribution of electrocatalytic plates significantly boosts spatial catalytic oxidation reaction density and efficiency. The generation of strong oxidizing hydroxyl radicals per unit area is over 1,000 times greater than standard plates. Controllable sewage flow rates from 0 to 60m3/min allow for removal rates exceeding 90% in a short time. Addressing high energy consumption and cost issues of traditional processes, our microchannel reactor improves treatment efficiency, reduces energy use by over 50%, and offers numerous benefits including economic efficiency, safety, and stability. Additionally, automated control supports data traceability and stringent quality control.
Technological Advantage
1. Achieves COD removal rates above 90%, ammonia nitrogen removal rates above 80%, and decolorization rates between 50-80%;
2. Ensures short residence time for wastewater;
3. Operates under mild conditions with simple, flexible controls allowing voltage and current adjustments for optimal reaction control;
4. Requires minimal floor space, has a short construction period, and offers low operational and processing costs;
5. Features high efficiency and long lifespan with no electrode corrosion or passivation issues;
6. Environmentally friendly;
7. Scientifically managed and operated.
Application Field
Ideal for chemical and pharmaceutical companies, pesticide producers, fertilizer manufacturers, steel and coke plants, landfill leachate facilities, circuit board and electroplating companies, petroleum refining and processing firms, industrial parks, and other wastewater from membrane treatment processes.
-- Effectively reduces COD, ammonia nitrogen, chroma, and other pollutants to meet discharge and recycling standards.
National High-Tech Enterprises
Recognized as a 'Little Giant' among specialized and sophisticated enterprises at the national level
Esteemed as a producer of new and unique products within Shandong Province's specialized and sophisticated enterprise category
Proud Shandong Gazelle Enterprise
Shandong Province Research and Development Center
Shandong Industrial Design Center
Hidden Champions
Certified ISO9001 Quality Management System Enterprise
Certified ISO45001 Occupational Health and Safety Management System Enterprise
Certified ISO14001 Environmental Management System Enterprise
Holder of over 50 invention patents and 10 utility model patents
Founded in 2005, Shandong Longantai Environmental Protection Sci-Tech Co., Ltd. is a pioneering enterprise specializing in R&D, manufacturing, process design, and project construction for water treatment. We excel in the efficient treatment and comprehensive utilization of industrial and high-salt wastewater, offering energy-saving solutions that emphasize resource recycling and the deployment of key materials and equipment.
With a wealth of experience, Longantai leads the field in high-concentration industrial wastewater pretreatment, advanced wastewater treatment, high-salt wastewater management, and water reuse. Our strong capabilities and impeccable quality system ensure excellence in the R&D and manufacturing of water treatment catalysts and critical equipment.
Case Studies
1. Comprehensive wastewater pretreatment and upgrading for chemical, pharmaceutical, and industrial parks.
2. Advanced coal chemical wastewater treatment solutions.
3. Efficient petrochemical energy wastewater treatment services.
4. Specialized dye and pigment wastewater treatment.
5. River water quality improvement and restoration.
6. Effective pesticide wastewater treatment methods.
7. Reverse osmosis membrane concentrated water treatment solutions.
8. Comprehensive leather wastewater treatment strategies.
9. Advanced total treatment technology for landfill leachate.
10. Cutting-edge electroplating wastewater treatment techniques.
1. Q: Where is your company located, and how can I visit?
A: Our esteemed company is situated at Fortune Building, Kuiwen District, Weifang City, Shandong Province, China. Conveniently, it is just an hour's drive from both Qingdao Airport and Weifang Railway Station. Should you require assistance, we offer complimentary pick-up services. We warmly welcome you to visit us and experience our facilities firsthand.
2. Q: Is there a minimum order quantity requirement?
A: We do not impose a minimum order quantity. However, placing larger orders can provide you with attractive discounts.
3. Q: Do you hold any certifications?
A: Certainly! Our products are certified with ISO and SGS standards, ensuring high quality and reliability.
4. Q: Can you accommodate custom requirements for your products?
A: Absolutely. We have a dedicated and professional design team capable of creating custom drawings to meet your specific needs.
5. Q: How can I purchase your products?
A: Simply provide us with details about your water or waste sources, including quality, flow rate, and available ground area. For further assistance, please contact us directly.
6. Q: What are the payment methods available?
A: We accept T/T and L/C. T/T is preferred, with a 30% deposit required before production and the remaining 70% due before shipment.
7. Q: What are your delivery times?
A: Delivery times vary based on order quantities. Generally, orders are fulfilled within2 to4 weeks.
8. Q: How are the products packaged?
A: Our products are packaged using standard packing methods. If you have specific packaging requirements, we can accommodate them at an additional cost.
9. Q: How do I install the equipment upon arrival?
A: We provide detailed installation instructions. If necessary, our technicians can assist on-site, but visa fees, air tickets, accommodation, and wages will be the responsibility of the buyer.
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