In 2018, a joint research and development project between the authors and an operator in the oil and gas industry began with the development of an innovative technology aimed at helping the industry meet net-zero targets. The authors focused on developing an extremely low-BTU (ELBTU) flare-tip technology that addressed the limitations of high-heating-value requirements.
The project involved multiple iterations of prototype design, simulation, and testing to optimize performance. The team considered a wide range of combustion criteria throughout the development process. They started by conducting a literature survey on lean-gas-combustion theory before proceeding with the design phase.
The prototype was successful in combusting lower-heating-value flare gas, surpassing the performance of existing technologies. This breakthrough has significant implications for reducing carbon emissions in the oil and gas industry, contributing to efforts to achieve net-zero targets.
The authors’ work has potential applications beyond just flare tips, as it could be used in other areas where low BTU is required for combustion purposes.
In conclusion, this new flare tip technology offers hope for the oil and gas industry to reduce its carbon footprint while still being able to operate efficiently. With further development and implementation, this technology could play a crucial role in achieving net-zero targets set by governments worldwide.
