Current Research Projects

AIM for composites

Artificially Intelligent Manufacturing Paradigm for Composites

Net negative carbon buildings

Development of an entirely wood floor system designed for biogenic carbon storage, adaptability, and end-of-life (de/re)construction

Low-cost tools

An inverse design methodology to fabricate low-cost agile tools for manufacturing lightweight automotive components

Sustainable agriculture

Climate Resilient, sustainable food production: controlled environment hydroponic agriculture with novel wastewater treatment & reuse

LCA-risk

Coupling Life-Cycle Impact Assessment and Risk Assessment for Sustainability-Informed Decision Making

EROI harmonization

Meta-analysis and harmonization of energy return on invesment for major energy products at point-of-use.

Carbon SIRGE

Injecting solid, carbon-bearing particles into geologic formations will remove atmospheric carbon and simultaneously reduce flood risk.

Wind technology assessment

Exploring the trade-offs among turbine power rating, embodied energy and greenhouse gas emissions for a variety of wind technologies.

MYSTERIO

Rapid generation of multi-region, environmentally-extended, input-output (MR-EEIO) models for the US states.

Impacts of US Coal Transport

This project explores the environmental impacts of the major modes of coal transportation for electricity generation: rail, barge, and truck.

Impacts from human spacetravel

Do we need to send humans into space? What are the environmental impacts from that?

BaSKET: Building a Strategy for Key Energy Transitions

Can humans successfully coordinate a transition from non-renewable to renewable resources in a timely manner?

Carolina Coastal Resilance

Applying geospatial analysis to explore infrastructure resilience in South Carolina.

Bottom-up Regional Energy Model

Building an hourly electricity use model for South Carolina and beyond

Potential for Rooftop PV in South Carolina

Using Remote sensing to evaluate the potential for rooftop solar photovoltaic (PV) electric capacity across the state.

Completed Research Projects

Impact Assessment of US Toxic Releases

Applying the tools of life cycle impact assessment (LCIA) to understand and communicate toxic releases from US industrial facilities.

Integrating Life Cycle Assessment with Techno-Economic Analysis

Building tools to simultaneously evalutate the economic and environmental performance of products and systems.

Life Cycle Assessment of Emerging Technologies

Expanding the domain of life cycle assessment (LCA) beyond already commercialized products to low technology readiness levels (TRL)

Energize!

A Serious Game for Energy Learning. Take on the role of CEO of an electric utility.

US Food-Energy-Water Nexus

Exploring the interaction of food, energy, and water of US industries and urban areas

Solar PV Potential for South Carolina

Assessing the suitability of South Carolina for utility-scale solar photovoltaics (PV) deployment.

Solar PV technology assessment

Exploring the trade-offs among efficiency, embodied energy and energy return on investment for a variety of photovoltaic (PV) technologies.

Human-Powered Gym

Can human power be used to generated electricity renewably?

Service

Clemson Industrial Assessment Center

Training the next generation of energy savvy students to provide no-cost energy assessments for small- to medium-sized manufacturers within South Carolina

South Carolina Energy-Economy-Environment (SCE3)

A coordinated federal and local technical assistance initiative that helps communities work with their manufacturing base to adapt and thrive in a new business era focused on sustainability

Clemson Sustainable Energy Fund

An innovative way to fund “green” projects on campus

Clemson Academic Building Utility Use

A tool to analysze electric, gas, water, chilled water, sewer and steam utility on Clemson campus

Clemson Carbon Footprint

Assessing the climate impact of Clemson's operational activities