With growing environmental awareness, improving wastewater treatment efficiency and water quality has become a key focus in the industry. Recently, Shandong Jianyu Heavy Industry Co., Ltd., leveraging its independently developed and manufactured high-performance Roots blowers, has provided efficient and stable aeration solutions for multiple wastewater treatment plants. In a large-scale wastewater treatment project, Jianyu Heavy Industry's three-lobe Roots blowers performed exceptionally well. Featuring an advanced impeller design, these blowers significantly increase air volume by 30% compared to traditional equipment, enabling rapid oxygen supply to the wastewater aeration tank and significantly improving aeration efficiency. The company has also invested heavily in noise reduction technology. By optimizing the blower structure and incorporating new sound insulation materials, operating noise levels have been significantly reduced by 15 decibels compared to similar products, effectively alleviating noise concerns for residents near the wastewater treatment plant.
Jianyu Heavy Industry Launches New Roots Blower, Leading a New Trend in Pneumatic Conveying
Shandong Jianyu Heavy Industry Co., Ltd. held a grand product launch in Jinan, officially unveiling its new generation of Roots blowers designed specifically for pneumatic conveying. With the rapid development of industries such as chemical, cement, and food, the requirements for powder material conveying equipment are becoming increasingly stringent. Jianyu Heavy Industry, with a keen understanding of market demand, has invested significant human and material resources in research and development.
This new product solves the challenges of powder material conveying through a deeply optimized impeller design. The new impeller features a unique curved design that not only increases material conveying capacity but also effectively prevents blockages during conveying. The company has also achieved a major breakthrough in sealing technology. By adopting new sealing materials and structures, the blower's sealing performance has been improved, effectively solving the long-standing problem of material leakage that has plagued the industry. Field testing has shown that the new product boasts a 30% increase in conveying efficiency compared to traditional equipment, enabling it to transport more material in the same amount of time, significantly improving production efficiency.
Since its launch, this new product has garnered widespread attention from companies across various industries. At the launch event, several chemical and cement companies reached preliminary purchase agreements with Jianyu Heavy Industry. A purchasing manager from a chemical company stated, "Jianyu Heavy Industry's new product fully meets our expectations for pneumatic conveying equipment. Both its conveying efficiency and sealing performance are excellent. I believe it will significantly improve our production efficiency." Jianyu Heavy Industry leaders stated that they will continue to increase R&D investment, continuously improve product performance, and provide higher-quality pneumatic conveying solutions for various industries.
Shandong Jianyu Heavy Industry Wins Roots Blower Industry Technology Innovation Award
Shandong Jianyu Heavy Industry Co., Ltd. was awarded the "Technical Innovation of the Year" award for its outstanding contributions to the development of Roots blower technology. This award recognizes Jianyu Heavy Industry's years of commitment to technological innovation.
The company's independently developed patented "Roots Blower Removable Isolation Cover" technology was a key factor in its success. This patented technology focuses on the safe operation and convenient maintenance of Roots blowers. Traditional Roots blowers are difficult to install and disassemble, and their protective effects are limited. Jianyu Heavy Industries' R&D team innovatively installed the drive assembly within the guide rail groove inside the bracket base. Activating the forward and reverse motors rotates the synchronizing rod within the rail groove, which in turn drives the slider and insert (threaded onto both sides of the synchronizing rod) to move synchronously.