Sep. 10th, 2018
The treatment of landfill leachate is always the problem for the industry. As the national environmental policy continues to upgrade, the handling of this aspect also faces greater challenges.
The traditional landfill leachate treatment process usually adopts the biochemical recombination of anaerobic advanced oxidation and organic ultrafiltration membrane with multistage nanofiltration or reverse osmosis treatment. However, due to the complex composition of landfill leachate, the operation of organic ultrafiltration membrane is not stable, and the problems such as broken wires, peeling, fouling and difficult maintenance inevitably occur, resulting in the instability of ultrafiltration water. This affects the subsequent operation of nanofiltration and reverse osmosis, so the selection of ultrafiltration is crucial to the smooth operation of the whole process.
The German ItN ceramic flat membrane owned by Safbon can effectively avoid these problems of organic ultrafiltration membrane. Meanwhile, it has obvious advantages such as high flux, extremely long service life, high sludge concentration operation, low operation cost, low cleaning frequency and low dosage of chemicals.
At present, the pilot project of Safbon in cooperation with a large environmental protection group company is in progress. The treatment process of landfill leachate is advanced oxidation + nanometer ceramic flat membrane. After a month of operation, the facilities run well and the permeate quality is stable. The quality of landfill leachate raw water is as follows:
The permeate quality is stable to reach grade A discharge standard
Through this successful experiment, the Safbon has verified the feasibility and technical advantages of German ItN ceramic flat membrane in the treatment of landfill percolate, and we are confident to provide a complete solution for similar projects in China.
Sep. 9th, 2018
In September 6th, the 2018 session of Wudi of Shandong province joined the Yangtze River Delta dual recruitment promotion conference successfully in Hangzhou. Wudi County People's government, relevant leaders of various development zones, Zhejiang Shandong chamber of Commerce and other sectors attended the meeting. SafBon Water was invited to participate in this promotion meeting, and signed the project investment cooperation agreement of Wudi County hazardous waste disposal center in Binzhou City, Shandong Province.
Wudi County, located in the northernmost part of Shandong Province, adjacent to Bohai Sea and Hebei Province, is a highly efficient eco-economic zone with comprehensive development in the Yellow River Delta, Blue Economic Zone in Shandong Peninsula, east coast metropolitan area and Bohai economic circle, and a superimposed area with "three zones and two circles" in the economic circle of Shandong Huicheng Group. Wudi county has a good geographical location, convenient transportation, as well as the benefits of grain, cotton, fishery and salt, with unique resource advantages.
Wudi County, in accordance with the development path of large-scale projects-industry chain-industry cluster-industry base, concentrates on breaking through five economic sectors, namely, North Shandong High-tech Zone, Economic Development Zone, Xinhai Industrial Park, Dongfeng Port Economic Zone and Ancient City Cultural Tourism Zone, to promote the rapid rise of county economy. And its leading industries include oil and salt chemical industry, non-ferrous metals, energy industry, new chemical industry, biomedicine, new materials, advanced manufacturing industry, etc.
SafBon Water intends to invest in the construction of a non-hazardous waste disposal center project to meet the needs of non-hazardous waste disposal in Wudi County and its surrounding areas. The construction content of this project is burning 30,000 tons per year plus safe landfill 10,000 tons per year, and reserving 5,000 tons per year for physical or resource utilization. The project site is planned to be located in Xinhai industrial park in wudi county, binzhou city of Shandong province, covering an area of about 200 mu and 120 mu in the first phase.
Waste-free project is another key project in the hazardous waste plate of SafBon Water. The implementation of the project will further improve the layout of the hazardous waste of SafBon Water.
Sep. 8th, 2018
The whole plant wastewater treatment plant in the project of PVC JSC "Navoiazot", Uzbekistan has completed the construction drawing design and equipment manufacturing work. Recently, the equipment have been shipped to the project site by land transportation. It is planned to finish the equipment installation and the commissioning stages in the first half of next year.
In this project, SafBon applied zero liquid discharge concept in the wastewater treatment plant with a series of advanced technologies, such as ultrafiltration (UF), reverse osmosis (RO) and triple effect evaporator. The so-called zero liquid discharge refers to maximize the resource utilization while does not emit any waste into the environment.
This project is located in Uzbekistan which along the “Belt and Road”. The implementation of this project marks an expansion of the SafBon's business landscape in Central Asia. Also, it is of great strategic importance to SafBpn’s development. It means that SafBon, as an international company, has emerged as a zero liquid discharge conceptual project designer in the zero liquid discharge project market at home and abroad. The Uzbekistan project will definitely have a long-term positive impact on the zero liquid discharge business performance, which will lay an important foundation for SafBon's future development in the zero liquid discharge market.
Aug. 31st, 2018
Recently, the Shanghai Enterprise Confederation, the Shanghai Entrepreneur Association and the Shanghai Economic Association jointly released the List of Top 100 Enterprises in Shanghai. SafBon Water Service（Holding）Inc.，Shanghai was selected.
The Certificate (SafBon Water Service（Holding）Inc.，Shanghai, 69th Place)
Aug. 24th, 2018
Kathmandu, the capital of Nepal in August, is already very high-spirited. It is often blue sky and white clouds, with green grass everywhere. In this beautiful season, the Kathmandu Valley Water Supply Improvement Project team welcomed Hilling Chang, the Chairman of SafBon. After routine inspection of the project site and the project management department, the Chairman requested on-site engineering and technical personnel and construction management personnel to strictly follow the Asian Development Bank (ADB) project management specifications, as well as quality assurance, document archiving, and project construction acceptance. The project team shall strive to complete the commissioning of the project at the end of October next year.
Subsequently, the Chairman visited the client company (PID) and the project consulting company DOHWA hired by the client. The three parties have exchanged friendly and achieved fruitful achievements. This meeting has played a significant role for the construction progress of three DBO municipal wastewater treatment plants (WWTP).
The Kathmandu Valley water supply improvement project mainly includes Dhobighat WWTP with a capacity of 37,000 t/d, Kodku WWTP with a capacity of 17,500 t/d, and Sallaghari WWTP with a capacity of 14,200 t/d. The project adopts the Design-Build-Operate (DBO) model. Through fierce international bidding, SafBon has won these three projects. After the completion of the project, the total capacity is 68,700 t/d, and it will be operated and maintained by SafBon for five years. This is the largest WWTP in Nepal's history. After the project is put into operation, it will greatly improve the local river water quality and the ecological environment.
The establishment conference of China research institute of ceramic membrane of German ItN company under SafBon water service (HOLDING)INC was grandly held. Mr. Zhang Chunlin, the chairman of SafBon Water, and Dr. Nonninger, founder and honorary Dean of the Research Institute of Germany ItN Company, and George Kodros, CEO of ItN Company, and Gu Shiming, president of the Chinese Academy of Research, attended the meeting. Yao Kun, vice president of Baan Water, presided over the meeting.
Leaders from Nantong Gangzha District, science and Technology Bureau, water supply department and sewage treatment center, and domestic water treatment experts represented by municipal tap water, sewage treatment, electric power, oil field petrochemical, iron and steel industry, and senior professors from top universities such as Tsinghua University and South China University of Science and Technology, etc. participated in the general assembly and unveiling ceremony.
Chief engineer Liyi of Beijing Municipal College and Professor Hu Yongyou of the Environmental College of South China University of Technology, as an expert in the design and application of municipal and industrial wastewater treatment in China, introduced the experience of ceramic flat membrane application in municipal wastewater treatment and industrial park wastewater treatment at the conference. At the same time, prospected the broad prospect of the product in the market. President Gu Shiming, Liu Jingxia and Yang Kuan also made speeches respectively about SafBon water environmental protection water treatment technology and the application of PACC powder activated carbon plus ceramic ultrafiltration membrane and ceramic flat membrane in oil field petrochemical industry.
After the meeting, the leaders and guests went to Nantong membrane factory for a visit. The person in charge of the membrane factory and the relevant technical personnel gave a detailed explanation of the general situation of the factory and the production process. Subsequently, the pilot test site of ceramic flat membrane advanced treatment in Nantong Langshan Waterworks and the MBR pilot test site of ceramic flat in Nantong first Wastewater Treatment Plant were investigated respectively.
ItN Ceramic Membrane Research Institute of China will be committed to launch a new generation of flat-panel ceramic ultrafiltration membranes and pressure-type tubular membrane products in the second half of this year, while increasing research and development efforts, our ceramic membrane products will be extended to high-temperature air purification, chlor-alkali ion membrane, hydrogen electrolysis, chlorine production and other difficult areas, to address the needs of the market and industry.
Jul. 29th, 2018
Dr. Ralph Nonninger, the founder and the former CEO of German ItN Nanovation AG (ISIN: DE000A0JL461), recently returned ItN as a technical consultant specialized in ceramic membrane products.
As the product technical consultant for ceramic membrane, Dr. Nonninger will work with the ceramic membrane product team in both SafBon Headquarters and the ItN, Germany to research and develop ceramic membrane technology. Dr. Nonninger’s will mainly focus on two parts, guiding Chinese and German teams in the development and improvement of ceramic flat ultrafiltration (UF) membranes and the corresponding components; and enhancing the production level of Nantong Membrane Factory.
In 1990, Mr. Ralph Nonninger graduated from Universität des Saarlandes (University of Saarland, Germany). After that, he joined Leibnitz Institut for New Materials for the next decade. During this period, he got his PhD degree, became a researcher, a leader of team and the director of ceramic membrane department. Then in 2000, he founded ItN and served as Executive Director, Chief Technology Officer and later General Manager. He left ItN in July, 2011. Dr. Ralph Nonninger is currently Chairman of the German Nanotechnology Association and is selected for the German Federal Government's “Go cluster initiative”.
Dr. Nonninger has accumulated a plenty of core technologies in the field of ceramic membranes for many years, he owns (or has hosted the application) about 200 patents in the field of ceramic membranes. On the one hand, as the world's leading expert in the field of ceramic membranes, the return of Dr. Nonninger's will help SafBon and ItN cultivate better R&D teams, and lead the ItN ceramic membrane to a new peak. On the other hand, his joining will helo SafBon in taking the advantage of German high-end equipment manufacturing technology. It contributes the company in improving its competitiveness, promoting the ceramic membrane market development, becoming more internationalization and transforming the company into a profit mode, which is specially explained as "environmental protection equipment, engineering construction, operation and maintenance, design consultation".
Jul. 22th, 2018
On July 20th, the president of Brazil-China International Development Chamber of Commerce led a delegation to visit SafBon, Shanghai, including the mayor and other political and business leaders from Rio Grande do Sul, Brazil. The two sides conducted in-depth exchanges on water resources, water treatment and other environmental and ecological aspects.
The state of Rio Grande do Sul is the southernmost state in Brazil. It borders the Atlantic Ocean in the east, Argentina in the west and Uruguay in the south. Rio Grande do Sul, with an area of 280 thousand square kilometers and 497 cities, is the first agricultural and pastoral area in Brazil. The industry there is mainly composed of textile, food, tannery, tobacco, chemistry, metallurgy, machinery, shipbuilding, coal mining and sawing wood. There are some great ports and railroads connecting to the major cities in south-east Sao Paulo and Uruguay.
During the meeting, SafBon introduced the core technology in water supply, sewage treatment and solid waste treatment to the Brazilian delegation. SafBon is a comprehensive service provider specializing in intelligent and all-round technical solutions for municipal water treatment, seawater desalination, industrial water treatment, solid waste treatment and energy application. Upholding the concept of " Devoting to water business and improving our environment", SafBon conducts technology development, system design, system integration, system installation and commission as well as undertakes EPC turn-key projects, PPP, BT and BOT projects in all the relative fields. In recent years, SafBon has successively acquired the Austrian company KWI, the German company ItN, the American company SWT, and the Swedish company AquaSwiss, gradually forming a global layout. The companies mentioned above are the originator of air flotation, the pioneer of flat ceramic ultrafiltration membrane and the overall solution providers, respectively. Through the integration of global resources, SafBon is also actively developing markets in Latin America, such as Costa Rica, Peru, Columbia and other countries, including PPP, BOT and EPC/EPCF projects of municipal water treatment and so on.
The unique green water desalination technology of SafBon can effectively improve the life of the reverse osmosis membrane and protect its operation, combined with Austrian air floatation and the pretreatment of the German ceramic plate ultrafiltration membrane. It can greatly reduce the electricity consumption and the chemicals consumption, increasing the recovery of fresh water.
Romario Rasaldo, a representative of Brazil's MPA alliance, and Nelson Morelli, a representative of CONTAC CUT which is Brazil's largest food industry and workers union, said they were impressed by the country's rapid development in economy and technologies of environmental protection during the visit. Brazil is in great need of world-leading water treatment technologies provided by excellent companies like SafBon. There is no seawater desalination technology in Brazil. The green water desalination technology can solve the problem of water use, replace the water diversion project, and effectively solve the local problems of agricultural water use.
China is the largest trade partner of Brazil, and Brazil is the largest trade partner of China in Latin America, too. China and Brazil have established the China-Brazil Capacity Cooperation Fund and China-Latin America Cooperation Fund to provide financial support for Brazil's infrastructure construction, people's livelihood projects and major trade. SafBon hopes to help local people solve environmental and ecological problems such as water use through exchanges and cooperation in environmental protection, and jointly promote the development of China and Brazil.
Jul. 18th, 2018
Recently, SafBon, together with German ItN ceramic flat membrane, participated in the open bidding for the MBR process segment of the ceramic flat membrane deep treatment project produced by SINOPEC Puguang gas field, and won the bid as the first candidate. It will also successfully sign a contract to become the online supplier of SINOPEC through this project.
Puguang gas field is one of the three major onshore gas fields in China. The designed water amount of the project for the recovery of water depth in this gas field is 1440m3/d. The main water quality parameters are salinity ≤30000mg/L, Cl-≤15000mg/L, the content of sulfide is 8mg/L, and the total content of alkali is≤ 700mg/L, Ca2+ is ≤15mg/L, and Mg2+ is ≤15mg/L. Sludge concentration is ≤ 15000mg/L. The water quality has the characteristics of high salt, high corrosion and high concentration of sludge. It is a typical industrial waste water with high difficulty. Under these conditions, after nearly a year's argumentation and investigation, Safbon and the owner and the designer finally decided to choose the ceramic flat membrane in MBR.
As the first project of SINOPEC to apply the ceramic flat membrane in MBR to the deep recovery of the produced water in oil and gas fields, the bid of ba 'an water supplies has undoubtedly filled the gap in the domestic oil and gas field market in this field. This is also a breakthrough in the field of oil and gas fields after ItN membrane successfully signed the coal-chemical MBR project of China coal group in May this year. This project will give full play to the advantages of ItN ceramic membrane in anti-pollution, high flux, low operating cost and long life. Safbon intends to make this project into a sample project of ItN flat ceramic membrane in MBR water treatment of oil and gas field production which will open up a wide field of ceramic flat membrane in the field of water treatment in oil and gas fields and provide new impetus for environmental improvement in China.
Jul. 17th, 2018
Recently, Safbon Water has had an unforgettable day, Safbon Water and Dongying District Finance Company formally signed a joint venture agreement for the first phase project of Shikou Town Solid Waste Disposal Center in Dongying City. The signing ceremony was led by Wang Xian, President of Safbon Water, and the project team and members of the party group of Dongying District, deputy head of the district, Liu Chenyong, various government departments of Dongying District and financial companies. The signing ceremony was held, which means that the Shikou Town Solid Waste Disposal Center project in Dongying City was officially launched. The project is funded by Safbon Water for 80%, local government for 20%, and is built and operated by Safbon Water.
In his speech to the project, President Wang Xian fully expressed that Safbon Water has an expert team in the solid waste field, which enables the project to adopt advanced and reliable hazardous waste treatment and disposal technology to ensure that hazardous wastes are properly disposed of. Completely solve the problem of comprehensive hazardous treatment facilities in Dongying District. He thanked the Dongying District Government for setting up a platform for cooperation , Safbon Water will adhere to the enterprise spirit of “fearing customers, embracing change, and being responsible” to contribute to the environment of Dongying District. It is believed that the project of Shanghai Safbon Water and District Finance Investment Co., Ltd. to invest in the phased construction of Dongying City (Shikou) Eco-Chemical Circular Economy Industrial Park will be successful.
Liu Chenyong, member of the party group and deputy head of the Dongying District, expressed the urgency of the project in Dongying District. He hoped that Safbon Water would solve the problem of disposal of hazardous waste in the industrial park of Shikou Town and request environmental impact. The local government believes in the professional team of Safbon Water, and at the same time, it supports the cooperation between Dongying District Finance Company and Safbon Water. Safbon will also be integrated into the environment of Dongying District.
After the completion of the project, it will greatly improve the difficult disposal of hazardous materials in the Dongying area and provide great support for local environmental remediation.
Jun. 26th, 2018
Thanks for the careful organization of the German ItN team, we successfully completed the European Market Conference. Safbon Group's overseas team's technology and products are plugged into the wings of the Internet+, became smarter, have established a close relationship with the cloud platform of the Shanghai headquarters. In Shanghai, we have obtained the actual operation of ceramic membrane equipment, air flotation and other equipment!
Fusion, growth, and value enhancement are the themes of the Shanghai conference in April. From this meeting in Sarbruken, we saw that the plan was on schedule, the performance growth, and the momentum of the accelerated development of corporate development! Technology innovation, technology research and development, and global talent cooperation have always been important topics for us. At this meeting, CEOs began to take the initiative to present them and reflect them in their reports!
Jun. 15th, 2018
The treatment of wastewater from the salt chemical industrial area in Zhangshu City, Jiangxi Province is a chronic problem that has not been solved for many years. Under strict environmental protection supervision requirements, the local management committee requested technical assistance from SafBon. SafBon was asked to assist Zhangshu Salt Chemical Industry Park to solve the technical problem of wastewater discharge failure. Eucalyptus salt chemical wastewater has the characteristics of low BC ratio, poor biodegradability, high salt content and complex composition, and the upstream companies themselves have advanced oxidation treatment systems. Therefore, such water quality is extremely difficult to degrade COD wastewater. With the conventional biochemical system treatment, when the COD degradation rate is difficult to exceed 30%, even if the treatment load is reduced and the residence time of hydrolysis and acidification is increased, the COD degradation rate is difficult to reach 50%.
ItN Membrane Bioreactor
The membrane bioreactor (MBR) used in the pilot project is a fully automated small integrated device installed by the German ItN company. It uses a compact MBBR biofilm reactor as the front section and a ItN ceramic flat membrane MBR system as the latter, and constructs a flexible and changeable small biochemical reverse integrated system. The device combines the compound biochemical function of MBBR and the MBR high sludge load function together, with a full automatic control system, which can simulate a variety of process flow, including A-O, A2/O, A-O-A and so on.
In order to verify the universal high efficiency characteristics of the pilot plant, the technical personnel set the system process as the most common A2/O+MBBR, and set up a comprehensive and detailed test procedure, including single-machine commissioning, equipment clean water linkage debugging, low pollution Mud feed water commissioning, high sludge volume water commissioning, and debugging of different cleaning control methods. During the whole commissioning process, the maximum sludge concentration reached 7000mg/L, the average removal rate of COD was 51.3%, the total phosphorus removal rate was 63.8%, and the average removal rate of ammonia nitrogen was 95.3%. Although the target of the pilot plant in camphor tree is to degrade COD, the above data also show that it has good effect on ammonia nitrogen and total phosphorus in sewage.
Comparison of Inlet and Outflow of ItN Membrane Bioreactor
Through the success of this pilot project, SafBon confirmed the successful application of German ItN ceramic membrane as a MBR technology in salt chemical wastewater treatment.