Atanu Mukherjee, CEO, Dastur Energy talks at the 2021 Baker Annual Energy Summit, Houston, TX held on September 29-30, 2021. He along with other energy experts explore current issues affecting global energy markets, oil and gas, electricity, renewables and the environment.
Dastur Energy CEO Atanu Mukherjee writes an opinion piece on Hydrogen Economy for ET Energy World, where he talks about blue and green hydrogen; and the opportunities India has to leapfrog the hydrogen trajectory and create a hydrogen ecosystem in the country.
FICCI conducted a webinar to discuss the innovations in steel technology and ways to increase productivity and technology quotient. Dastur Energy's Saikat Chatterjee was one of the panelists who spoke on “Utilization of Integrated Steel Plant Waste Gases for DRI Production and Carbon Capture, Utilization & Storage.”
The project is designed to enable the production of low-carbon emissions steel through CO2 capture of up to 2 mtpa from the available blast furnace gases.
CIMFR Jharkhand will set up a methanol plant which will help to reduce the dependency on imported crude. CIMFR has signed an MoU with Dastur who will provide the basic engineering and design along with its energy affiliate Dastur Energy.
An economically viable and effective clean energy system design for the industry requires a broad based and holistic approach…
India could reduce its dependency on imported coal through concerted efforts by allowing more private players to come..
If done right, India has the unique opportunity to create such an ecosystem for turbo-charging the nation’s growth for many decades.
President & CEO of Dastur and its energy affiliate Dastur Energy, Atanu Mukherjee, speaks on "Fossil Fuels: Transition to a Low Carbon Energy System" on day 2 of World PetroCoal Congress.
Engineering consulting firm Dastur and its affiliate Dastur Energy have laid out a vision for multiple gasification clusters in India. These include production of hydrogen, methanol, ammonia, direct-reduced steel (using coal-derived syngas), and power (roughly 1.5 GW of syngas or hydrogen-based capacity per cluster).