Riskgaming Unveils Fourth Scenario, 'Southwest Silicon,' Addressing Phoenix Water Tensions for Nine Players

Danny Crichton, host of Riskgaming, recently announced the launch of the organization's fourth immersive scenario, "Southwest Silicon," designed for nine participants. The new game focuses on the critical tensions and trade-offs surrounding water resources in Phoenix, Arizona, a region experiencing rapid expansion. Crichton stated, > "I'm really excited to announce the launch of our fourth Riskgaming scenario, Southwest Silicon. This full immersion game for 9 focuses on the tensions and tradeoffs of water in Phoenix, Arizona as the region expands with new chip fabs, ever more population and yes, alfalfa."

Riskgaming, a series of strategic scenarios developed by Lux Capital, aims to immerse players in complex decision-making and model real-world challenges. Designed by Ian Curtiss, who previously created the "Powering Up" scenario, "Southwest Silicon" engages participants in understanding the intricate balance required for sustainable growth. The platform convenes diverse leaders, from startup founders to political figures, to explore the implications of future innovations.

The Phoenix metropolitan area has become a significant hub for semiconductor manufacturing, with companies like TSMC and Intel investing billions in new fabrication facilities. These chip fabs require substantial amounts of ultrapure water for their operations, with TSMC's single fab potentially using 8.9 million gallons per day, intensifying scrutiny in Arizona's arid climate. Companies are implementing advanced recycling systems, such as TSMC's goal of 90% water reclamation and "near zero liquid discharge," yet the sheer scale of demand remains a critical concern.

Compounding the industrial demands, Phoenix faces increasing water stress due to sustained population growth, which has risen over 18% since 2010, and extensive agricultural needs. Alfalfa cultivation, specifically mentioned in the announcement, is a particularly water-intensive crop, consuming significant water resources and adding another layer of complexity to the region's water management challenges. Arizona has experienced a prolonged drought for over a decade, leading to restrictions on some new housing developments due to groundwater limitations.

The "Southwest Silicon" scenario seeks to illuminate the multifaceted dilemmas facing policymakers and residents in a water-stressed environment. By simulating the competing demands of advanced manufacturing, urban development, and agriculture, the game aims to foster a deeper understanding of the trade-offs necessary for economic prosperity and environmental sustainability. This initiative comes as discussions around water security in the American Southwest continue to gain urgency.