Abstract

Reducing carbon dioxide emissions during production is one of the main trends in modern oil and gas chemistry. One of the most realistic possibilities for achieving this is to involve carbon dioxide generated in technological processes as a feedstock for producing gas chemical products. The maximum effect can be achieved in the production of large-scale chemicals, such as syngas, hydrogen, and methanol. We consider such possibilities and present a new combined autothermal process for the joint production of hydrogen and methanol based on non-catalytic matrix conversion of natural gas into syngas, which allows one to almost avoid CO₂ emissions.

中文翻译：

---

基于天然气基质转化的无CO2排放的氢气和甲醇联合生产

摘要

减少生产过程中的二氧化碳排放是现代石油和天然气化学的主要趋势之一。实现这一目标的最现实的可能性之一是将技术过程中产生的二氧化碳作为生产气体化学产品的原料。在合成气、氢气和甲醇等大型化学品的生产中可以实现最大效果。我们考虑了这种可能性，并提出了一种新的联合自热工艺，基于天然气非催化基质转化为合成气，联合生产氢气和甲醇，几乎可以避免CO ₂排放。