Scale Selection

107 Models Test

The video demonstrates the proper wastewater treatment model selection.
Round 1: 18 groups were tested for settling speed, floc size, and supernatant clarity; the best model from each group advanced.
Round 2: the 18 winners were retested, and the top three entered the final round.
After three rounds, the model with the best performance and cost-effectiveness was selected.

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Analysis of Hidden Costs from Lack of Large-Scale Model Selection

Item	Explanation
Chemical Cost	• Inaccurate selection results in poor treatment performance and higher chemical costs • High-cost but low-efficiency products may be used, while cost-effective alternatives could offer equivalent or better performance
Sludge Disposal Cost	Low treatment efficiency due to inaccurate selection results in increased disposal costs of generated sludge (transportation, landfill, or incineration)
Environmental Penalty Risk	Inaccurate selection leads to subpar treatment results and affects effluent quality, which may result in environmental penalty risks
Comprehensive Cost	The compounded effect of these multi-dimensional risks can increase total costs by 10% – 50%

Caculate the current annual waste cost on PAM

Single Product Type Cost Caculation

Variety Product Type Cost Caluation

As a saying goes in the industry, "There is no best polyacrylamide—only the most suitable one". Its effectiveness ultimately depends on the precision of selection, which is directly influenced by the breadth of available options. A wider range of product models increases the likelihood of achieving an optimal match. Shouxin has developed over 100 product models tailored to end-users. With such a wide selection range and finely differentiated models, our products can better match the practical needs of the terminal market. Combined with our experienced technical engineers and advanced selection equipment, we ensure accurate model recommendations that reduce dosage, enhance treatment efficiency, and optimize costs. More models → More precise selection → Higher degree of combination → Tighter floc, better separation of mud from water and clearer water. Furthermore, Precise selection → Higher degree of combination → Smaller amount of usage → More cost-effective.