Strong effective energy saving agent in nano structure

Abstract

An efficient nano-class energy-saving agent contains diatomite (80-90 wt portions), sodium chloride (1-5), potassium carbonate (1-6), high temp resistant (1-5), sulfure fixating agent (1-5), RE sulfate (0.5-2), potassium permanganate (2-10) and dichloromethyl silane (1-5). Its advantages are high coal saving efficiency (30%), high heat efficiency, and high sulfur fixating efficiency (60%).

Description

Technical field: [0001] The invention relates to an industrial additive, in particular to an energy-saving additive that can reduce the consumption of coal, fuel oil or other energy sources, and more specifically, to a coal-burning additive with energy-saving, efficiency-enhancing and sulfur-fixing effects . Background technique: [0002] The development and utilization of energy plays an important role in the national economy. Today, when the world's energy is more and more precious, rational use of energy and energy conservation have become an important issue. However, in production and application, there is generally a problem of low energy utilization. For coal resources, not only the utilization rate is low, resulting in energy waste, but also there is pollution in the utilization. Professionals have been researching solutions, such as Chinese patent No. 90106589.3, which provides a pollution-reducing and coal-saving agent, but its coal-saving effect is not very satisf...

AI Technical Summary

Problems solved by technology

However, in production and application, there is a common problem of low energy utilization rate. For coal resources, not only the utilization rate is low, resulting in energy waste, but also there are pollution problems in the utilization

Professionals have been researching solutions, such as Chinese patent No. 90106589.3, which provides a pollution-reducing and coal-saving agent, but its coal-saving effect is not very satisfactory, only about 20%. Its sulfur fixation and pollution reduction functions, It only stays in theoretical analysis, and the actual effect is unknown. When it is used, the coal saving agent needs to be made into a solution, atomized by a special pump and sprayed into the furnace, which is difficult to apply in practice.