![]() ![]() ![]() Pulak Nath led the team of Dylan Purcell, Jackson McFall, Aneesh Pawar, Tony Huang, Kiersten Haffey, and Hasibul Islam. The small size and simplicity of operation enable automated sample preparation and processing for point-of-need applications. SPLASH uses novel and powerful magnetically actuated valves and pumps to create complex microfluidic circuits with minimal peripheral hardware, tubing, and power requirements. The miniature platform technology performs sequential operations involved in complex laboratory processes. Watch a video about the technology here SPLASH: Smart Platforms Leveraging Automated Sample Handling, Winner This award honors organizational efforts to be a greater corporate member of society, from a local to global level. In addition to the R&D 100 Award, SimCCS2.0 won a Silver Medal in the Corporate Social Responsibility Special Recognition Category. Richard Middleton directed the team of Bailian Chen, Dylan Harp, Brendan Hoover, Rajesh Pawar, Philip Stauffer, and Hari Viswanathan plus collaborators from Indiana University and Montana State University. Los Alamos led the joint entry with Indiana University and Montana State University. Industry, government, and stakeholders could use the software to design cost-effective pipeline networks linking CO2 sources (such as power plants) with sites where CO2 can be stored in deep saline aquifers or reused to increase oil and gas production. The fully integrated, end-to-end software package accounts for geographic and social constraints to geolocate pipelines in the real world. The open-source software optimizes the design of carbon dioxide (CO2) capture, transport, and storage infrastructure while reducing industry’s carbon footprint and enhancing carbon tax credits and oil production. ![]()
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