Associate Professor, Civil & Environmental Engineering, Stanford University; Research Director, National Alliance for Water Innovation
Palo Alto, CA
Joined December 2014
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The WE3 Lab is now on LinkedIn and Bluesky! Follow us:
Bluesky: @we3labgroup.bsky.social
LinkedIn: buff.ly/3QfrXU3
We seek a Postdoc with experience in optimization to:
- co-develop a hybrid ML/process-based #anaerobicdigestion model
- perform techno-economic and lifecycle analysis of biogas microgrids 📊
postdocs.stanford.edu/prospe…
We seek 1-2 Postdocs to conduct:
💡 Fundamental/translational research optimizing advanced #water treatment processes to reduce costs and emissions
💧 Applied research to develop, test, and implement optimized control or design strategies for water systems
postdocs.stanford.edu/prospe…
Do you want to contribute to the WE3 lab's mission of reducing the cost and carbon intensity of our water systems? We're #hiring for 2-3 #postdoctoral positions!
(1/3)
WE3Lab Members & Meagan Mauter retweeted
Can water systems enhance grid stability? A study led by @StanfordWoods @WE3Lab found that water systems like desalination can shift up to 30% of their energy use during peak demand times, lowering costs and boosting grid resilience. Read more: stanford.io/4eIzOUv
WE3Lab Members & Meagan Mauter retweeted
Spotlight on @WE3Lab 🌟
In Valuing Energy Flexibility from Water Systems, @Stanford researchers Rao (@raodoesresearch) and @WE3Lab coauthors study efficient operation of water systems in a decarbonizing grid
Their accompanying marimo notebook brings their research to life💧⚡
💧⚡ Water resource recovery facilities could co-optimize costs & emissions with #energyflexibility. Our latest paper in @EnvSciTech from lab members Fletcher Chapin, Daly Wettermark, and Jose Bolorinos explores the tradeoffs. (1/3)
We estimate energy-related CO2e reductions of up to 16.8% when operating optimally-sized storage upgrades to minimize emissions. The reduction is smaller when co-optimizing for cost & emissions - a result of electric grid emission profile and electricity tariff misalignment (2/3)
Corisa Wong did a great job with her presentation "Targeted Agricultural Water Savings in California using Crop Water Productivity" at @theAGU conference last month! If you attended #AGU2024 you can still find the session recording on the platform 🌳🍇🍊buff.ly/3PKMz6h
Our latest paper formulates a computationally efficient and modular approach to reduce #desalination 🌊 energy costs by using time-based production scheduling. 🕙 Congratulations to Akshay (@raodoesresearch), Adam Atia (NETL) and Bernard Knueven (NREL)! buff.ly/402XTB5
“If we’re going to reach net zero, we need demand-side energy solutions, and water systems represent a largely untapped resource.” Our latest paper, led by @raodoesresearch, reveals the water sector's potential to leverage energy flexibility. 🧵 buff.ly/4dubDYX
We define flexibility metrics which can help grid operators evaluate the magnitude and dispatchability of distributed energy resources in the water sector. We explore the financial implications by defining the Levelized Value of Flexibility, illustrated with a few case studies:
Welcome to Gina Kittleson! Gina is joining the WE3 Lab and @SFletcherH2O lab for her Ph.D. to extend our work on desalination plant permitting and optimization under deep uncertainty to new locations in California. 🌎 You might also find Gina baking, hiking, or volunteering.
We're excited to welcome Inhyeong Jeon as a postdoc in the lab! Inhyeong earned his Ph.D. from @YaleEngineering studying decentralized, solar-driven water treatment, and will continue to work on the decarbonization and decentralization of our water supply.
Lab members Carson, Inheyong, Charan and Akshay have been attending and presenting at the IDAES Advanced Process Systems Engineering Stakeholder Summit this week. @raodoesresearch did a great job presenting his framework for valuing water system energy flexibility! #PSE #WaterTAP
Carson Tucker, with Tim Bartholomew and Alex Dudchenko, isolated cost drivers of mechanical vapor compression for concentrating RO brines. They find opportunities to reduce costs with heat transfer and material innovation. Read the paper in Water Research: buff.ly/3WekU1K
Citric acid can be used as a water softener, a membrane cleaning agent - and a base for creative lemonade mixology. Happy summer from WE3 lab - squeeze the day! 🍋
I'm thrilled to continue serving research director for NAWI 2.0. Together with @NAWIHub's 500+ organizational partners, our objective remains to drive down the cost and emissions of our water supply for a resilient water future. buff.ly/3yPDap7