scroll down to view content

a.w.r.s. product description

(master’s capstone, 3.9 gpa)

  • Flowchart and text from a presentation slide about water reclamation and sustainable land management in California, featuring diagrams of water sources, storage, filtration, and sustainable agriculture.
  • Flowchart diagram illustrating a water management decision process for vineyards, including steps for water storage, implementation, and outcome success.
  • Page from a presentation with success metrics, key metric as customer acquisition rate, lagging metric to acquire 1% of vineyards in southern California by 2025, leading metrics to increase soil moisture by 35%, decrease wilted plants by 100%, and ensure 100% daily water storage with a two-day backup, and a strategy for implementing a vineyard test site with a patented heat condenser to generate 150,000 gallons of water daily.
  • A document titled 'Risks & Assumptions' with sections discussing risks, usability, feasibility, and business viability, including specific points about water supply, water generation systems, renewable resources, and climate impacts.
  • Flowchart timeline of a product plan from 2025 to 2050, including activities such as vineyard acquisition, installation of A.W.R.S., data collection, and nationwide implementation of resilient water supply in California vineyards, with icons representing machinery, groups of people, calendars, and flags.
  • Diagram of a water management system with components including an air-intake with filters, heat condenser, three-stage water filter, UV light filtration, and a 150,000-gallon water tank with irrigation hook-up
  • Screenshot of a presentation slide discussing water insecurity, with questions about business impact, infrastructure failure, and responsibility for water supplies.