Bluwat recently conducted an internal technical training session aimed at strengthening collaboration between the R&D department and selected business team members. The program was designed to align product knowledge with real operational challenges faced by customers across diverse water treatment industries.
Rather than focusing solely on product specifications, the training emphasized how water treatment chemicals function within complete treatment systems. R&D engineers shared insights based on real project experience, explaining how different wastewater characteristics influence treatment strategy, chemical selection, and process sequencing.
The training covered application scenarios from a wide range of industries, including textile and dyeing wastewater, paper and pulp production, industrial process water, and municipal treatment systems. Through practical examples, the R&D team demonstrated how treatment goals such as color removal, solids separation, sludge conditioning, and process stability are achieved under different operating conditions.
By reviewing real application logic instead of theoretical models alone, participants gained a clearer understanding of how chemical performance translates into measurable treatment results on site.
A key focus of the session was the interaction between water treatment chemicals and overall system performance. The R&D team explained how treatment efficiency depends not only on product type, but also on factors such as dosing points, mixing conditions, retention time, and compatibility with downstream processes.
This approach helped business personnel better understand the limitations and optimal usage ranges of each product, enabling more accurate technical communication and expectation management with customers.
During the training, newly developed products and recent technical improvements were also introduced. Engineers outlined the core technology behind these products, their suitable application ranges, and scenarios where they provide clear advantages compared to conventional solutions.
Special emphasis was placed on responsible application, ensuring that recommendations are based on real operating conditions rather than generalized assumptions.
The training also addressed sludge dewatering processes and commonly used equipment, including filter presses, centrifuges, and screw presses. The R&D team explained how proper polymer selection and conditioning directly influence dewatering efficiency, cake dryness, and equipment stability.
By viewing chemicals and mechanical equipment as a unified system, participants developed a more comprehensive understanding of sludge treatment optimization.
This internal training reflects Bluwat’s long-term commitment to technical integrity, practical engineering knowledge, and continuous improvement. Through close cooperation between R&D and commercial teams, Bluwat ensures that customers receive solutions grounded in real application experience and system-level understanding.
Bluwat recently conducted an internal technical training session aimed at strengthening collaboration between the R&D department and selected business team members. The program was designed to align product knowledge with real operational challenges faced by customers across diverse water treatment industries.
Rather than focusing solely on product specifications, the training emphasized how water treatment chemicals function within complete treatment systems. R&D engineers shared insights based on real project experience, explaining how different wastewater characteristics influence treatment strategy, chemical selection, and process sequencing.
The training covered application scenarios from a wide range of industries, including textile and dyeing wastewater, paper and pulp production, industrial process water, and municipal treatment systems. Through practical examples, the R&D team demonstrated how treatment goals such as color removal, solids separation, sludge conditioning, and process stability are achieved under different operating conditions.
By reviewing real application logic instead of theoretical models alone, participants gained a clearer understanding of how chemical performance translates into measurable treatment results on site.
A key focus of the session was the interaction between water treatment chemicals and overall system performance. The R&D team explained how treatment efficiency depends not only on product type, but also on factors such as dosing points, mixing conditions, retention time, and compatibility with downstream processes.
This approach helped business personnel better understand the limitations and optimal usage ranges of each product, enabling more accurate technical communication and expectation management with customers.
During the training, newly developed products and recent technical improvements were also introduced. Engineers outlined the core technology behind these products, their suitable application ranges, and scenarios where they provide clear advantages compared to conventional solutions.
Special emphasis was placed on responsible application, ensuring that recommendations are based on real operating conditions rather than generalized assumptions.
The training also addressed sludge dewatering processes and commonly used equipment, including filter presses, centrifuges, and screw presses. The R&D team explained how proper polymer selection and conditioning directly influence dewatering efficiency, cake dryness, and equipment stability.
By viewing chemicals and mechanical equipment as a unified system, participants developed a more comprehensive understanding of sludge treatment optimization.
This internal training reflects Bluwat’s long-term commitment to technical integrity, practical engineering knowledge, and continuous improvement. Through close cooperation between R&D and commercial teams, Bluwat ensures that customers receive solutions grounded in real application experience and system-level understanding.