PAC polyaluminium ferric chloride from Weifang JS is a very efficient coagulant used to treat potable water. Its wide pH and temperature application ranges enable it to be used in a variety of treatment processes, which results in higher plant capacity, lower operating costs, and a decreased need for pH adjustment chemicals.
The present study compares the effectiveness of alum, ferric chloride, and polyaluminium chloride (PAC), aided by anionic polyacrylamide, to remove iron from automotive wastewater. PAC had the highest iron removal of 98% under an optimum dose of 2 mg/L, while alum removed 99% and ferric chloride removed only 24% under an optimum dose of 4 mg/L.
Weifang JS pac (poly aluminium chloride) was synthesized by the reaction of synthetic cryolite mother liquor with bauxite, calcium aluminate, and HCl. The PAC produced under the optimized preparative conditions would dissolve out a higher amount of aluminum while producing a small amount of water-insoluble CaF2 and CaSiF6.
Coagulation tests revealed that the specially synthesized PAC had better coagulation performance than commercial PAC and PAFC. It also performed well in TSS and COD removal.
Besides, the synthesized PAC was highly soluble in water, and the dosage required for optimum turbidity removal was lower than that of other coagulants. This allowed for a more economical treatment of industrial wastewater. The PAC could be used as an alternative to the alum-salt-based coagulant. It was also practical and environmentally friendly.
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Weifang JS powder poly aluminium chloride coagulant pac has a high coagulation efficiency, low production of sludge, and lower consumption. These characteristics make the product useful in removing COD and other organic matters from wastewater.
The synthesis of high-efficiency coagulants is possible by using a novel and an efficient method called polyaluminum iron chloride (PAFC). The main raw materials for the synthesis of high-iron type gangue are red mud and high-iron type gangue. These are then processed by hydrochloric acid leakage to extract iron ions and aluminum.
Adjusting the pH, Al/Fe mole ratio, and polymerization temperature of the leaching solution produced a highly effective coagulant. The optimal polymerization pH of PAFC was 2.5, with an Al/Fe ratio of 8 and a polymerization temperature of 70 degrees Celsius.
The ratio of turbidity removed by the PAFC that was made was much higher than those of PAC and PAF. This shows that it is possible and effective to use microwaves to get Al and Fe out of high-iron gangue.
Many water treatment plant chemicals use acidic metal salts such as alum (aluminum sulfate) and ferric chloride in their flocculation and coagulation processes. Although these coagulants are used by many water treatment facilities, there are alternative products available that are more cost-effective and provide better performance per dollar spent.
Weifang JS Sodium aluminate can be used as an effective alternative to acidic catalysts like PAC or ferric chloride. It has many advantages over these coagulants, including lower chemical dosing and better phosphorus removal.
Sodium aluminate can be synthesised from solid waste RM in an environmentally friendly manner using a less toxic leaching temperature and a molar ratio of Al to Fe that promotes the hydrolysis of aluminum ions. It can also be formulated to meet the coagulation requirements of aged landfill leachate under different flocculation conditions. It is an environmentally safe, cost-effective, and efficient solution to wastewater treatment. It is recommended for wastewater treatment applications that require high coagulation efficiency and high settlement velocity.
Weifang JS Ferric chloride is a brownish, odorous, and waterless compound that is used as a flocculant in different industrial waste water treatment processes. It can be made from a variety of feedstocks, including iron scraps, pickling liquors, and chlorine gas.
Market conditions can cause dramatic changes in the price of hydrochloric acids, which is the raw material that makes ferric chloride. This can lead to significant increases in the cost of ferric chloride for many water plants.
The rising cost of iron is another factor that could impact the price of ferric chloride. As the price of iron increases, the cost of producing ferric chloride is also expected to increase.
Currently, the cost of ferric chloride has risen by as much as 40%, and many water plants are struggling to keep up. Some are looking for cheaper alternatives that can provide better water quality and are less expensive. Fortunately, there are some excellent options that have become available.
Our company for poly aluminium chloride has more than 15 design and R&D engineers. Each engineer has more than 10 years' experience in the field of product research and development. In addition, we have experienced overseas team members to assist our customers in resolving product after-sales problems quickly.
The products such as aluminum chloride we sell are guaranteed stable and of high quality with our advanced detection system. We also have specially trained detection personnel who will inspect the product and make sure it passes the test.
We are a reputable manufacturer with more than 20 years of experience. Our products have been exported to Indonesia, Vietnam, the Philippines, Malaysia, Singapore, Thailand, Russia, Ecuador, Colombia, and other countries. Our products are loved by many international customers, both new and old. So, a lot of them have established an ongoing relationship of cooperation with us and have built up an impressive number of faithful customers.
The company has long-standing experience in procurement, production, and sales. Large-scale production and procurement provide us with huge cost advantages. We can offer customers the best items and services at the most favorable prices.
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