[Haichuan Chemical News] A new coal chemical technology development route stabilizes the solid product triazinol

This technical route fully utilizes the energy and materials of fossil fuels. Not only does it not emit carbon dioxide, it also improves the utilization efficiency of fossil fuels and improves its comprehensive economic benefits.； This technical route is to transform and innovate on the basis of the existing fossil fuel industrial utilization route. The investment is relatively small and it is completely economically feasible.

Triazinol is a white solid, colorless and odorless, with stable physical properties. The current product profit is more than 1,500 yuan/ton, with significant economic benefits and broad market application prospects. Therefore, it is proposed that a part of H2 can be used to react with the associated N2 to form NH3. NH3 can then be combined with CO2 under certain process conditions to obtain a stable solid product triazinol with low energy consumption and the highest CO2 content. The remaining H2 can then be used to generate electricity. It has been calculated that the production of 1 ton of triazinol product requires 1 ton of CO2. From a chemical reaction perspective, this is the most effective chemical reaction to store and utilize CO2, and it is also the CO2 fixation process with the least hydrogen consumption (energy consumption). This environmentally friendly energy route based on fossil fuels can store and utilize carbon dioxide in existing gas-fired power plants, coal-fired power plants, coal-to-natural gas and coal-to-liquid plants.

The development and utilization life of coal is still very long.

I am looking forward to the industrial application of this synthesis process, and I also want to have a deeper understanding of this process route. I hope the poster can enlighten me.

I have been conducting research on a project recently, and I feel that there is too little information available for this new material.