Matthew Spaulding
Raleigh-Durham-Chapel Hill Area
2K followers
500+ connections
About
Product Leader with strong data analysis skills, translating large volumes of data into…
Articles by Matthew
Activity
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I’m proud to announce the launch of Kolos Partners, alongside Scott Fullman and Ani Sefaj, and with support from a phenomenal group of Operating…
I’m proud to announce the launch of Kolos Partners, alongside Scott Fullman and Ani Sefaj, and with support from a phenomenal group of Operating…
Liked by Matthew Spaulding
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ResortPass is building out our data team in our new NYC HQ and we are looking for incredible people to help us shape the data of an entirely new…
ResortPass is building out our data team in our new NYC HQ and we are looking for incredible people to help us shape the data of an entirely new…
Liked by Matthew Spaulding
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📌 🎉 👀 We've opened a Director of Product role on my team to accelerate our clinical programs at Noom. We're coming off a string of great…
📌 🎉 👀 We've opened a Director of Product role on my team to accelerate our clinical programs at Noom. We're coming off a string of great…
Liked by Matthew Spaulding
Experience
Education
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Yale University
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Activities and Societies: Vice-President of Fence Club, Fundraising Head of Engineers Without Borders
Publications
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Enhanced arsenic removal using mixed metal oxide impregnated chitosan beads
Water Research
A novel and innovative adsorbent for arsenic was developed using the principles of green engineering. This sustainable adsorbent was successful in removal of arsenic from aqueous solutions by utilizing nanocrystalline metal oxides and chitosan.
Other authorsSee publication -
Optimization of capacity and kinetics for a novel bio-based arsenic sorbent, TiO2-impregnated chitosan bead
Water Research
The optimization of TiO2-impregnated chitosan beads (TICB) as an arsenic adsorbent is investigated to maximize the capacity and kinetics of arsenic removal. A model to predict TICB capacity, based on TiO2 loading and solution pH, is presented for arsenite, arsenate, and total arsenic in the presence of UV light. The rate of removal is shown to increase with reductions in bead size and with exposure to UV light.
Other authorsSee publication
Languages
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English
Native or bilingual proficiency
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Chinese
Elementary proficiency
More activity by Matthew
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Hi! 👋 Know any product roadmap wizards? Have an early stage HR tech startup CEO / technical founder who needs help turning their ideas into…
Hi! 👋 Know any product roadmap wizards? Have an early stage HR tech startup CEO / technical founder who needs help turning their ideas into…
Liked by Matthew Spaulding
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