Timothy Smith

 TimothyM. Smith

Timothy M. Smith

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Biography

University of Minnesota Twin Cities - Bioproducts/Biosystems


Resume

  • 2009

    NorthStar Initiative for Sustainable Enterprise\nInstitute on the Environment

    University of Minnesota

    Founding Director

    Institute on the Environment

    University of Minnesota

    NorthStar Initiative for Sustainable Development

  • 1999

    University of Minnesota

    INCAE Business School

    Environmental Sciences

    Policy & Management\nDept. of Bioproducts & Biosystems Engineering

    University of Minnesota

  • 1998

    GTE Wireless

    GTE Wireless

  • 1994

    Doctor of Philosophy (Ph.D.)

    M.B.A.

    Forest Resources Management

    Marketing

    Management Science

    Penn State University

  • 1991

    B.S.

    Finance

  • 1987

    West potomac

  • Climate Change

    Environmental Policy

    Sustainability

    Life Cycle Assessment

    Data Analysis

    Energy Efficiency

    Sustainable Development

    Environmental Awareness

    Environmental Science

    Management

    Policy

    Renewable Energy

    Energy Policy

    Program Management

    Environmental Management Systems

    Research

    Revisiting renewable portfolio standard effectiveness: policy design and outcome specification matter

    This study investigates patterns of RPS policy design and analyzes the effects on policy outcomes measured at the level of utility compliance. \n\nWinner of the 2013 Lasswell Prize for the Policy Science Article that \"contributes most to the theory and practice of the policy sciences.\"

    Revisiting renewable portfolio standard effectiveness: policy design and outcome specification matter

    Carbon emissions and management scenarios for consumer-owned utilities

    We develop an approach that utilizes streamlined LCA methods

    together with linear programming

    to determine optimal portfolios of product impact-reduction opportunities under budget constraints. Results suggest that extending EPP decisions and resources to the portfolio level

    recently made feasible through the methods illustrated herein

    can provide substantially greater CO2e and water-depletion reductions per dollar spend than a product-by-product approach

    creating opportunities for procurement organizations to participate in firm-wide environmental impact reduction targets.

    Optimizing Eco-Efficiency Across the Procurement Portfolio

    Developing a blueprint for an energy efficiency asset class.

    Increasingly

    organizations are working to reduce the environmental footprint of their supply chains. The use of environmentally preferable purchasing criteria is one strategy organizations use to address this goal. However

    evaluating the environmental performance of these criteria (e.g. recycled content

    biodegradable

    renewable

    etc.) has remained elusive. Life cycle assessment (LCA) can measure the impact reduction potential of sourcing strategies

    however

    full process-based LCAs are time consuming and costly across multiple criteria of thousands of products and inputs purchased in an organizational setting. A streamlined “hotspot” methodology is presented using a combination of environmentally extended input-output (EEIO) approaches

    extant literature and parameterized process-based LCA. Case studies of wheat cereal and orange juice are developed to test the cost-benefit of this approach and assess sourcing criteria scenarios. Results suggest that a substantial proportion of total impact can be assessed with significant reductions in process data inputs

    allowing for a more robust comparative assessment of sourcing criteria – within and across hotspots.

    Hotspot Scenario Analysis: comparative streamlined LCA approaches for Green supply chain and procurement decision-making

    Four configurations of a novel solar-heated biomass gasification facility and one configuration of conventional biomass gasification are analyzed through financial and policy scenarios. The purpose of this study is to determine the potential financial position for varying configurations of a novel technology

    as compared to the current state-of-the-art gasification technology. Through the use of project finance and policy scenario development

    we assess the baseline breakeven syngas price (normalized against natural gas prices and based upon annual feedstock consumption)

    the sensitivity of major cost components for the novel facilities

    and the implications of policy levers on the economic feasibility of the solar facilities. Findings show that certain solar configurations may compete with conventional facilities on a straightforward economic basis. However

    with renewable energy policy levers in place the solar technologies become increasingly attractive options.

    Economic assessment of solar and conventional biomass gasification technologies: Financial and policy implications under feedstock and product gas price uncertainty

    Comparative Life Cycle Analysis of GHG Emissions for Bio-PET Bottles

    Determine firm-specific influence on county corn production for the beef

    pork

    poultry

    and ethanol industries

    which collectively account for approximately 70% of corn demand. Spatially-explicit sourcing model will be used to determine how these companies can influence farm-level best practice implementation.

    Kimberly Mullins

    NorthWest Advanced Renewables Alliance

    Use LCA to assess the co-products of the wood-to-jet fuel biorefinery and determine how these may affect the bio-fuel's ability to meet the Renewable Fuels Standard. Results will be used as inputs to an optimization model that will optimize for both profit and environment.

    Tim

    Smith

    INCAE Business School

    NorthStar Initiative for Sustainable Development

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