MIT Technology Review draws parallels between Kuwait reconstruction and modern engineering feats
The publication’s latest issue reflects on the ingenuity required to extinguish Gulf War oil fires and clear landmines, contrasting those efforts with contemporary projects like Norway’s Rogfast tunnel and ASML’s chip-making capabilities.
The July/August 2026 issue of MIT Technology Review features an editorial titled "All challenges big and small," which explores the scope of global engineering obstacles. The piece draws direct parallels between the post-Gulf War reconstruction efforts in Kuwait in 1991 and current technological advancements, highlighting how human ingenuity addresses problems ranging from the nanoscale to planetary levels.
The editorial is authored by an individual who participated in the 1991 Kuwait reconstruction, describing a landscape of chaos marked by rubble, unexploded ordnance, and hundreds of oil wells set ablaze by the retreating Iraqi army. The author recalls working with a labour crew on immediate repairs while observing larger efforts to restore basic services such as electricity and water.
A significant portion of the reconstruction involved extinguishing massive oil fires that darkened the sky and caused severe air quality issues. The author notes that Carl Sagan had warned the smoke could reach the stratosphere, potentially triggering a climate effect similar to the 1815 eruption of Mount Tambora, which lowered global temperatures by 0.4 to 0.7 degrees Celsius. While the Kuwaiti plume did not cause a planetary cooling event, regional temperatures did decline.
Firefighting teams employed creative engineering solutions to tackle the blazes. Engineers repurposed oil pipelines to pump water from the Persian Gulf into the burning fields. One Hungarian company developed a machine called Big Wind, which utilised a T-34 tank chassis and two MiG-21 fighter jet turbines to blast 220 gallons of water per second.
Beyond the fires, the reconstruction required removing extensive booby traps and landmines left by the Iraqi army, including small plastic "toe poppers" designed to maim. The author estimates that hundreds of thousands of these devices remain unexploded, illustrating that while progress was made, not everything could be fixed.
The editorial contrasts these historical challenges with modern engineering feats, including the Rogfast subsea tunnel in Norway and the semiconductor manufacturing capabilities of ASML. It also highlights the work of Jesse Davis and his team in developing open-source tools for sports analytics, noting that while quantifying life is easier than ever, external metrics cannot capture the full essence of human experience.
The publication concludes that despite the inevitability of mistakes and damage, collective effort can yield real progress. The July/August issue serves as a testament to the ambition required to tackle both knowable and unknown challenges, from tunnelling beneath the seafloor to potential future geoengineering projects.
