All Cases

The petitioner proposes to continue developing and implementing a high-throughput molecular dynamics simulation framework and a distributable software platform for modeling protein-polymer bioconjugates at atomic resolution. This work focuses on creating computational tools that can be reused by researchers to improve bioconjugate design and accelerate iterative testing for drug therapeutics and energy-related materials.

The petitioner proposes to develop and enhance computational tools and algorithms to improve the efficiency and safety of chemical processes. This work focuses on applying advanced modeling to carbon management strategies and industrial decision-making to support environmental sustainability and economic competitiveness.

The petitioner proposes to develop environmentally responsible coating technologies and polymer-based packaging materials to replace single-use plastics. This research focuses on designing sustainable barrier coatings for food, pharmaceutical, and electronic applications. The work aims to reduce plastic pollution and advance biodegradable alternatives critical to national sustainability goals.

The petitioner proposes to examine in-situ multi-permeant transport within hydrated dense membranes to design new membranes requiring highly selective transport. This research aims to improve fuel cell and energy conversion applications, directly supporting the transition to cleaner energy and reduced greenhouse gas emissions.

The petitioner proposes to develop sustainable, solvent-free methods for manufacturing functional adhesive polymers. This work focuses on eliminating hazardous organic solvents in industrial processes to reduce environmental impact and occupational health risks while improving adhesive technologies.

The petitioner proposes to develop novel biomaterials and bioprocessing technologies to make water and wastewater treatment more efficient, cost-effective, and sustainable. The work focuses on using natural and waste-derived materials, such as seed-based coagulants and agricultural byproducts, to reduce energy consumption and improve environmental outcomes.

The petitioner proposes to explore, characterize, and synthesize Metal-Organic Frameworks (MOFs) for separation-process applications. This work focuses on advancing gas purification, environmental remediation, water treatment, and energy storage/conversion through precisely engineered porous frameworks.

The petitioner proposes to develop advanced mathematical models, simulations, and optimization techniques to build more efficient, economical, and sustainable chemical processes. His work specifically focuses on evaluating the techno-economic feasibility of next-generation power systems, including supercritical CO2 cycles and hydrogen-based storage systems. This endeavor aims to support clean energy generation and storage to modernize the U.S. energy grid and reduce environmental impact.

The petitioner proposes to continue her work in chemical engineering, specifically focusing on the development of functional materials and advanced fabrication methods for optical and electronic device applications. Her research involves designing state-of-the-art materials for thin film and microstructure fabrication to support industries such as defense, computing, energy, and photonics.

The petitioner proposes to design recyclable, environmentally friendly catalysts to enhance chemical processing and renewable energy applications. The work focuses on synthesizing and optimizing catalysts that increase industrial efficiency while reducing carbon emissions and eliminating reliance on harmful heavy metals.