A new fuel price calculator estimates the impacts of a US carbon tax on the prices of various types of fossil fuels.

The RFF Carbon Pricing Calculator helps users visualize the environmental and economic effects of different carbon pricing policy designs.

Find out how carbon pricing affects your household budget and what rebates you're eligible for. Get personalized solutions to reduce your carbon costs. Includes latest federal rates and provincial programs ... Switching to electric can save you $2000+ annually on fuel and tax credits. Check EV Savings ... Reduce your energy consumption and cut costs with smart improvements. Get Recommendations ... Discover how switching to heat pumps can lower your energy costs and environmental impact. View Heat Pump Calculator · Calculate your solar energy savings and payback period with our comprehensive tool. View Solar Calculator · Find the best insulation options for your home and calculate energy savings. View Insulation Calculator · Compare gas vs electric vehicle costs and see your 5-year savings potential. View EV Calculator · Our Carbon Tax Calculator is a powerful free online tool that helps you calculate your estimated carbon tax costs and climate action rebates in seconds.

November 7, 2018 - Gasoline produces approximately 20 lbs of CO2 per gallon burned. At an “average” carbon cost of $10/metric ton (around the average of what various governments have used for federal carbon taxes), this would come out to a carbon tax of 9 cents/gallon. This calculator uses a higher value, ...

In theory, a carbon price should be equal to the “social cost of carbon.” For example, if one ton of CO2 emissions costs the public $100, it should cost $100 to emit that ton of CO2.

July 1, 2025 - What will the carbon tax initiative, I-1631, cost you if it passes? We’ve created a carbon tax calculator to help you find out. The tax begins at $15/metric ton of CO2 in 2020 and increases by $2 a metric ton each year plus inflation.

March 12, 2025 - The carbon tax sets the level of demand and supply at the social optimum and avoids an externality if set on the right price. Prices lower than the actual social cost of carbon still lead to an undesirable level of pollution but will still help to reduce emissions.

March 4, 2026 - costs to buy and refine crude oil into gasoline and diesel; and ... Retailers then add a markup to the wholesale price, plus taxes, including the federal carbon tax, to determine the price you pay at the pump.

A tax of $40 per ton would add about 36 cents to the price of a gallon of gasoline, for example, or about 2 cents to the average price of a kilowatt-hour of electricity (Marron, Toder, and Austin 2015).

September 17, 2025 - One of the challenges of a carbon tax is forecasting the resulting level of emissions reduction from a specific tax rate. Building in review and opportunity for adjustment can help, but also reduces the one of the values of a carbon price—price certainty. Distributional Impacts ­– Lower-income households spend a larger share of their income on energy than higher-income households. As a result, a price on carbon that increases energy costs can have a greater impact on lower-income individuals.

A $35 a ton carbon tax would be particularly effective in reducing emissions in heavy coal users such as China, India, and South Africa. The tax would roughly double coal prices but would increase pump prices for road fuels only moderately. In contrast, even a $70 a ton carbon tax falls short of what is needed in other cases, such as Canada and some European countries.

September 15, 2017 - Their proposal calls for taxing carbon at $40 per ton while rebating revenues back to consumers through dividends and reducing the emission regulations imposed on business. Relative to a base level of $2.80 per gallon, that would push the pump ...

March 22, 2024 - A woman gasses up in Mississauga, Ont., last month. The carbon tax increase on April 1 will amount to an increase of about three cents a litre at the pump.

1 month ago - The design of a carbon tax involves two primary factors: the level of the tax, and the use of the revenue. The former is based on the social cost of carbon (SCC), which attempts to calculate the numeric cost of the externalities of carbon pollution. The precise number is the subject of debate ...

The Carbon Tax Center was founded in 2007 on the belief that the most direct path to decarbonize the world economy lay in enacting a robust U.S. carbon tax and replicating this policy across the globe. A dozen years on, we hoped to expand our program around a new synthesis: a Green New Deal funded […] ... The Good News Trump Couldn’t Kill: Clean Electricity Is Far Outpacing Fracked Gas in Kicking Coal to the Curb · A clean electricity boom is the main reason U.S. carbon emissions fell between 2005 and 2019. We’ve calculated the CO2 not emitted because electricity usage has flattened instead of growing with economic output.

The concept of the social cost of carbon (SCC), which represents the estimated present discounted value of present and future economic damages from emitting one ton of carbon dioxide (CO2) into the atmosphere today, has long been a critical component in shaping climate policy. The SCC is a key factor in the cost-benefit analysis of climate investment projects aiming to curb emissions. To implement the SCC, policymakers can either set a carbon tax at a level equal to the SCC or set up markets for emissions permits in which case the price of the permit will end up equal to the SCC.

And if they do, then what would incentivize the polluters to use lower-carbon fuels? In the short term, companies probably would pass on the cost of a tax, which means people would pay higher prices, says Knittel. This is especially true in places where demand is inflexible—an economist’s way of describing a situation in which people have few buying alternatives. Most people don’t have a choice about where they get the electricity for their homes, for example. Drivers have had few alternatives to pumping gasoline to power their cars, though electric vehicles are fast becoming a more mainstream technology.

Each bill provides rebates for emissions that are captured and sequestered, and each provides a system that taxes the import of certain goods and/or rebates the export of certain goods to maintain a balanced competitive environment for US producers (though the systems vary across bills). For projections of how these bills will reduce energy-related carbon dioxide emissions and impact the US economy, please see our carbon pricing calculator here.

1. In this review of the effect of carbon taxes on gasoline price, we avoid speculating on possible carbon tax rebates to consumers. Such developments are dependent on the whim of · government policymakers and such policy may or may not be implemented nine years in the future. ... Source: Authors’ calculations from Canada Revenue Agency, 2021.

July 26, 2020 - Applying a carbon tax here is an easy exercise for industrial users who think in terms of heat equivalents. For the ease of calculation, assume a carbon tax of $100 per metric ton of carbon.