Indian Refiners May Redirect Petcoke to Produce Urea, Methanol, and Ammonia, Says Dastur Energy CEO
In a recent statement, the CEO of Dastur Energy highlighted the potential benefits of diverting petroleum coke (petcoke) from Indian refineries towards the production of key chemicals such as urea, methanol, and ammonia rather than selling the petcoke outright. This shift, he said, could offer significant advantages for the nation’s energy policy and industrial ecosystem.
Petroleum coke is a byproduct of crude oil refining, often used as a fuel in power plants and cement industries. However, its direct sale has raised environmental and economic concerns, prompting policymakers and industry leaders to explore alternative uses. The CEO emphasized that gasification of petcoke could be an efficient and cleaner way to convert this material into valuable feedstock for chemical manufacturing.
“A dedicated policy to channel petcoke from refineries towards gasification processes will not only reduce dependence on imported raw materials but also open avenues for domestic production of fertilizers and chemicals,” the CEO explained. This approach aligns with India’s broader goals of sustainable energy use and self-reliance in the chemical sector.
Gasification is a process that converts carbon-rich materials into syngas, a mixture of hydrogen and carbon monoxide, which can then be used to produce various chemicals. By employing petcoke gasification, refineries could supply the chemical industry with affordable raw materials needed for producing urea, methanol, and ammonia—key components for agriculture and industrial applications.
Industry experts also note that such a diversion could help manage petcoke stockpiles, which often accumulate due to limited local demand and export restrictions. Enhanced domestic utilization through gasification can improve refinery economics by adding value to the byproduct instead of treating it as waste or a low-value commodity.
This concept supports India’s commitment to reducing carbon footprints, as gasification technologies generally offer cleaner emissions compared to direct combustion of petcoke. Implementing this strategy would require coordinated efforts among policy regulators, refinery operators, and chemical producers.
The CEO called for a clear policy framework that incentivizes refining companies to invest in gasification units, coupled with regulatory support to streamline permits and infrastructure development. He believes that such measures would catalyze the growth of a circular economy within the energy and chemical sectors.
In conclusion, the Dastur Energy CEO’s proposal to repurpose petcoke from being merely sold in bulk to becoming a key input in producing essential chemicals like urea, methanol, and ammonia underscores an innovative direction for India’s industrial policies. By focusing on gasification technology, the nation could improve resource efficiency, boost domestic manufacturing capabilities, and contribute to sustainable development goals.
As India continues to modernize its energy landscape, such strategic initiatives could pave the way for greater environmental responsibility and economic resilience in the refining and chemical industries.
