Request for Proposals
Precourt Institute Funding Opportunities in Energy for Stanford Faculty
The Precourt Institute for Energy works to build Stanford’s capacity to conduct high-impact research across the full range of energy sourcing, conversions, transmission, uses, emissions abatement and carbon management, as well as improve the financial, legal and regulatory environments that affect deployment of energy technologies.
In February 2021, in lieu of seed grants, we launched the new Precourt Pioneering Projects grant awards. These grant awards are aimed at tackling urgent and important problems in energy and those that are undeveloped relative to other areas at Stanford. The grants are to support faculty to build a strong collaborative team of 3-4 faculty members for projects that are expected to grow into bigger efforts. PIs must be able to explore outside funding opportunities based on this research. Next request for proposals coming soon.
Hydrogen for Decarbonization
The Precourt Institute and the Hydrogen Focus Group invited proposals on new research that addresses the challenges and barriers to the scale-up, adoption and deployment of low carbon hydrogen technologies. This request for proposals was an opportunity to test new ideas at the intersection of disciplines and build strong collaborative teams to break new ground. Proposals could be aimed at new technologies for hydrogen production, distribution and storage; explore new business models; or conduct system level analyses that identify and offer solutions to enabling a hydrogen economy.
Energy Efficient Computing
The Precourt Pioneering Projects will be funded to a level of $450,000 for two years. It is anticipated that one project will be funded per call and we plan to issue quarterly calls, each in a different focus area.
Re-inventing Plastics and their Lifecycle of Use
In this second call, the Precourt Institute for Energy and the Woods Institute for the Environment invited Stanford faculty to submit proposals for research in the focus area of re-inventing plastics and their lifecycle of use. Plastics are durable materials used in many applications including packaging, building and construction, and the automotive industry. Composed of polymers, plastics are intrinsically linked to fossil fuels with the major starting feedstock monomers, ethylene and propylene being derived from fossil hydrocarbons. Most of the commonly used plastics are not-biodegradable and are difficult to break down to their monomer units for reuse in synthesis. As a result, much of the plastic that is not incinerated or recycled is discarded and accumulates as waste in the environment. Some portion of these is degraded by ultraviolet light to form microplastics – leading to further contamination of oceans and ecological systems. This RFP was an opportunity to test new ideas to re-invent plastics and the polymers, monomers and subunits that comprise them, as well as to examine and create new ways to improve upon existing recycling and upcycling processes that reduce their environmental impacts.
Energy/Climate AI and Integrated Energy Systems
The energy system is complex and dynamic. Energy supply, conversion, transmission and end-use involve an array of technologies most of which, at some point in their lifecycle use energy, emit greenhouse gases (GHG), and entail environmental disturbances in the form of GHG emissions or alteration of the landscape. AI is a powerful tool that can be used to analyze large amounts of data and identify patterns and trends. When applied to the challenges in energy, AI could be used at the very nanoscale to identify chemicals or materials for batteries to the very large macro-scale to better predict when the wind might blow or the impacts of wildfires on the energy system or climate. The Precourt Institute invited proposals for research on innovative applications of AI to tackle challenges related to energy technologies, the energy system and climate.