Sinton Technology leads the new energy saving model of sewage plant

Driven by the "double carbon" goal, the sewage treatment industry is accelerating the transformation to green and low-carbon. As a leading enterprise in the field of electric heating technology, Sinton Group relies on its core advantages in the research and development of energy-saving equipment and system integration, deeply participates in the energy-saving transformation of sewage treatment plants, and instill new momentum for the high-quality development of the industry through technological innovation and mode exploration.

Electrothermal technology enables pretreatment process innovation
Sinton Group, aiming at the pain points of energy consumption in sewage treatment plants, focuses on breaking through the efficient heating technology of sewage pretreatment. Its self-developed intelligent pipe heater uses a precise temperature control system, which can dynamically adjust the water temperature according to the needs of different treatment processes, significantly improving the decomposition efficiency of pollutants in sewage. In a large sewage treatment plant application case, the device can increase the reaction rate of biochemical treatment stage by more than 20%, reduce the unit energy consumption by 15%, and greatly enhance the stability of effluent water quality. By optimizing the heating process and energy recycling, Sinton technology helps the wastewater treatment plant achieve double breakthroughs in energy saving and efficiency improvement in the pre-treatment process.

Multi-technology integration to build green solutions
Sinton Group actively integrates cutting-edge technologies in the industry to create an integrated energy saving solution of "electric heating + photovoltaic + intelligent". The distributed photovoltaic system is deployed above the sewage treatment plant structure, using idle space to generate electricity, combined with its self-developed efficient energy storage equipment, to achieve an energy self-sufficiency rate of more than 30%. At the same time, through the intelligent control system, the electric heating equipment, photovoltaic power station and sewage treatment process are deeply linked, real-time optimization of energy distribution, and further reduce operating costs. For example, in the joint sewage treatment plant project, the program can reduce carbon dioxide emissions by about 12,000 tons per year and save more than 2 million yuan in electricity bills.

Industry-university-research collaboration to deepen technological innovation
In order to continuously improve its core competitiveness, Sinton Group has established joint laboratories with scientific research institutions and universities to focus on energy saving technologies for sewage treatment. In response to the problem of sludge treatment, the high temperature pyrolysis technology developed by the company can reduce the moisture content of the sludge to less than 60%, synchronously realize the recovery and reuse of heat energy, and reduce the high energy consumption and pollution problems caused by traditional landfill or incineration. In addition, through the intelligent dosing system developed in cooperation with universities, combined with big data analysis to optimize the dosage of agents, reduce chemical agent consumption by 18% under the premise of ensuring the treatment effect, and promote the upgrading of sewage treatment to the direction of refinement and low carbonization.
 
Benchmarking leads industry change
Sinton Group's innovative practice has been implemented in a number of sewage treatment plant renovation projects. In the expansion project of Nanchang Honggutan sewage treatment Plant, the efficient heating equipment and intelligent control system provided by it helped the plant to be selected as the first batch of "green low-carbon benchmark plant for sewage treatment" in China. Through technology empowerment, the plant not only achieves a recycled water reuse rate of 40%, but also reduces carbon emissions by nearly 10,000 tons per year through sludge incineration and heat recovery technology. These success stories provide the industry with replicable experience to promote energy saving transformation from a single point of technology application to a systematic green transformation.
Industry experts pointed out that Sinton Group takes electric heating technology as the core, and provides new ideas for the energy-saving transformation of sewage treatment plants through cross-field technology integration and model innovation. With the deepening application of artificial intelligence, digital twin and other technologies, Sinton Group is expected to further promote the development of the industry in the direction of wisdom and low-carbon, and contribute more scientific and technological forces to achieve the goal of "double carbon".