Search

With the continuous emergence of emerging technologies, new application technologies gradually have changed the trend of life and society as well as work, in this context, emerging professions are also constantly being declared by colleges and universities, in recent years, especially hot smart manufacturing and artificial intelligence is under this trend of continuous development and growth, many colleges and universities are actively declared, more and more colleges and universities of the deployment of such professions, the traditional professions have a tendency to weaken in the In this context, how to deepen the engineering education reform of electronic information, relying on the changes brought about by the new profession to improve themselves, build the new development trend of the application of specialized top talents training system, to promote the traditional professions in the transformation of education reform to create a first-class, we must see the heritage of the traditional professions, to play to their own strengths in combination with the new technology and new systems, the integration of new professions of the excellent experience, the establishment of the application of the specialized top talents training system can continue to be the best. Specialized top talents training system can continue to serve the regional economic development and industrial upgrading of talent needs.

The high moisture content of the excess sludge in the sewage treatment plant has brought great difficulties to the subsequent treatment. In this study, rice straw fiber was collected as a conditioner for adding to the sludge. The effect of different grain diameter and dosages of straw fiber on sludge drying efficiency were investigated under different temperatures. Drying temperature is one of the most important factors affecting sludge drying rate. Compared with the original sludge, the drying efficiency of sludge adding rice straw fiber was higher. The effect of 35-80 straw fiber was 20%, and the water content decreased from about 70% to less than 10%. The effect of straw fiber particle size on sludge drying is affected by temperature, and the particle size should be taken into account at low temperature.