Energysavingrenovationofplasticgranulator
Faced with severe energy and environmental challenges, a development plan has been formulated under the guidance of a coordinated and sustainable scientific development concept. The formulation of this energy and environmental development strategy has led to the development bottleneck of large-scale energy consuming plastic granulation opportunities.
The environmental pollution caused by plastic granulators is also relatively serious. Among various conventional plastic granulators widely used, over three-quarters are hot air plastic granulators. The environmental pollution of this plastic granulator is very serious, and the renovation of the coal-fired furnace of the plastic granulator system has become an important issue that needs to be urgently solved. Improving the energy utilization efficiency of the plastic granulator process and preventing environmental pollution are complementary. Reducing energy consumption by 100 million tons of standard coal can reduce emissions of over 64 million tons of carbon dioxide and sulfur dioxide, resulting in significant environmental benefits.
The basic transformation of plastic granulator technology is also a multi-level energy-saving technology transformation, vigorously developing the application of renewable energy and industrial waste heat plastic granulator technology. From the government's perspective, it is necessary to establish and improve comprehensive evaluation standards and industry standards for plastic granulator equipment, establish macroeconomic and market regulation mechanisms, and accelerate the technological upgrading of plastic granulators.
Explore the development path of plastic granulator technology, comprehensively consider energy efficiency, environmental protection, and product quality, and achieve coordinated and sustainable development. To implement the development strategy of green plastic granulators, the first step is to take a resource-saving development path, transforming a single extensive plastic granulator into a combined intelligent plastic granulator.
