ICF has developed a suite of proprietary climate change strategy tools to help manage greenhouse gas (GHG) emissions, create inventories, estimate the price of carbon, and assess Clean Development Mechanism (CDM) projects.
Since 1987, ICF has been at the forefront of preparing leading-edge climate change technical and strategic analyses, and building real-world management tools. The need to understand and manage GHG emissions information has emerged in response to international climate change negotiations (Kyoto Protocol), national climate change policies, and new emission trading schemes.
ICF's portfolio of off-the-shelf tools and models covers all aspects of the carbon lifecycle from emissions modeling to project investment, and from carbon pricing to risk management. These well-respected tools and models have been adapted for both public- and private-sector clients around the world, highlighting the broad applicability of each tool.
Our in-depth perspective on climate change science and economics and our familiarity with tool development mean that if a new tool or model needs to be developed, ICF can provide cost-effective and timely development.
ICF's familiarity with climate change science, climate change policies around the world, economic and market analysis, and emission reduction strategies enables us to provide integrated and holistic services to clients concerned with the issue of climate change.
ICF has developed the Carbon Planning Model (CPM™), a market scenario analysis tool for modeling carbon market prices based upon fluctuations in supply, with feedback loops that fluctuate demand as a function of carbon prices and marginal abatement costs.
ICF's Greenhouse Gas Emissions Management System (GEMS®) is a concept and framework for managing economic emission reductions, enabling the user to directly evaluate alternative lower emission technologies and track changes to manage risk and evaluate potential GHG reduction investments.
ICF's GHGPortfolio evaluates current and prospective greenhouse gas (GHG) emission reduction projects on the basis of specific and highly stringent policy and project risk factors.
ICF's Carbon Pricing Tool (InCaP) forecasts the average annual market price of greenhouse gas (GHG) emission instruments (allowances and emission reduction credits) for user-defined supply and demand scenarios through 2027 to help clients develop strategies for carbon trading.
ICF's proprietary Rating and Evaluation System for Prioritising Investments in Reducing Emissions (RESPIRE®) assists managers in prioritizing their energy and carbon saving options, analyzing the variables that determine the value and feasibility of an energy or carbon-saving project in the real-world commercial environment.
ICF developed Climate CHange Emission Calculator Kit (Climate CHECK) for the U.S. Environmental Protection Agency (EPA) Office of Atmospheric Programs to guide high school students though the process of a greenhouse gas emissions inventory of their school.
The Climate Leadership in Parks (CLIP) tool was developed for the National Park Service to enable national parks to easily complete an emissions inventory.
Since its creation in 1985, ICF has developed and supported U.S. Environmental Protection Agency's (EPA) Vintaging Model. This model tracks and analyzes the stock of equipment containing ozone-depleting substances (ODS) and ODS substitutes over time.
ICF developed and maintains the Atmospheric Health Effect Framework (AHEF) Model for the U.S. Environmental Protection Agency (EPA). The AHEF Model is an internationally recognized tool to estimate ultraviolet (UV) induced health effects that may result from stratospheric ozone depletion.
ICF develops marginal abatement cost (MAC) curves for greenhouse gases (GHG) for specific countries and regions. For each mitigation option, ICF evaluates the capital and operation costs of the technology or the benefits in terms of cost savings and emission reductions.