Business and the Environment

Read this chapter to learn how businesses can play a vital role in sustaining the environment.

Environmental Economics and Policy

Some politicians and business leaders in the United States believe that the U.S. system of capitalism and free enterprise is the main reason for the nation's prosperity over the past two hundred years and the key to its future success. Free enterprise was very effective in facilitating the economic development of the United States, and many people benefited from it. But it is equally true that this could not have happened without the country's wealth of natural resources like oil, gas, timber, water, and many others. When we consider the environment and the role of sustainability, the question is not whether our system works well with an abundance of natural resources. Rather, we should ask how well it would work in a nation, indeed in a world, in which such resources were severely limited.

Does business, as the prime user of these resources, owe a debt to society? The Harvard Business Review recently conducted a debate on this topic on its opinion/editorial pages. Business owes the world everything and nothing, according to Andrew Winston, author and consultant on environmental and social challenges. "It's an important question," he wrote, "but one that implies business should do the socially responsible thing out of a sense of duty. This idea is a distraction. Sustainability in business is not about philanthropy, but about profitability, innovation, and growth. It's just plain good business".

On the other hand, Bart Victor, professor at Vanderbilt University's Owen Graduate School of Management, wrote, "Business is far more powerful and deeply influential than any competing ideological force, political force or environmental force . . . business now has to see itself and its responsibilities and obligations in a new way".

Using deontological or duty-based reasoning, we might conclude that business does owe a debt to the environment. A basic moral imperative in a normative system of ethics is that someone who uses something must pay for it. In contrast, a more utilitarian philosophy might hold that corporations create jobs, make money for shareholders, pay taxes, and produce things that people want; thus, they have done their part and do not owe any other debt to the environment or society at large. However, utilitarianism is often regarded as a "here and now" philosophy, whereas deontology offers a longer-term approach, taking future generations into account and thus aligning more with sustainability.

Should businesses have to pay more in fees or taxes than ordinary citizens for public resources or infrastructure they use to make a profit? Consider the example of fracking: West Texas has seen a recent boom in oil and gas drilling due to this relatively new process. Fracking is short for hydraulic fracturing, which creates cracks in rocks beneath Earth's surface to loosen oil and gas trapped there, thus allowing it to flow more easily to the surface. Fracking has led to a greatly expanded effort to drill horizontally for oil and gas in the United States, especially in formations previously thought to be unprofitable, because there was no feasible way to get the fossil fuels to the surface. However, it comes with a significant downside.

Fracking requires very heavy equipment and an enormous amount of sand, chemicals, and water, most of which must be trucked in. Traffic around Texas's small towns has increased to ten times the normal amount, buckling the roads under the pressure of a never-ending stream of oil company trucks. The towns do not have the budget to repair them, and residents end up driving on dangerous roads full of potholes. The oil company trucks are using a public resource, the local road system, often built with a combination of state and local taxpayer funds. They are obviously responsible for more of the damage than local residents driving four-door sedans to work. Shouldn't the businesses have to pay a special levy to repair the roads? Many think it is unfair for small towns to have to burden their taxpayers, most of whom are not receiving any of the profits from oil and gas development, with the cost of road repair. An alternative might be to impose a Pigovian tax, which is a fee assessed against private businesses for engaging in a specific activity (proposed by British economist A. C. Pigou). If set at the proper level, the tax is intended as a deterrent to activities that impose a net cost - what economists call "negative externalities" - on third parties such as local residents.

This issue highlights one of many environmental debates sparked by the fracking process. Fracking also causes the overuse and pollution of fresh water, spills toxic chemicals into the ground water, and increases the potential for earthquakes due to the injection wells drilled for chemical disposal. Ultimately, as is often the case with issues stemming from natural resource extraction, local residents may receive a few short-term benefits from business activity related to drilling, but they end up suffering a disproportionate share of the long-term harm.

One method of dealing with the long-term harm caused by pollution is a carbon tax, that is, a "pay-to-pollute" system that charges a fee or tax to those who discharge carbon into the air. A carbon tax serves to motivate users of fossil fuels, which release harmful carbon dioxide into the atmosphere at no cost, to switch to cleaner energy sources or, failing that, to at least pay for the climate damage they cause, based on the amount of greenhouse gas emissions generated from burning fossil fuels. A proposal to implement a carbon tax system in the United States has been recommended by many organizations, including the conservative Climate Leadership Council (CLC).

Exxon Mobil, Shell, British Petroleum, and Total, along with other oil companies and a number of large corporations in other industries, recently announced their support for the plan to tax carbon emissions put forth by the CLC.

Visit the Carbon Tax Center to learn about the carbon tax as a monetary disincentive.

Would this "pay-to-pollute" method actually work? Will companies agree to repay the debt they owe to the environment? Michael Gerrard, the director of the Sabin Center for Climate Change Law at Columbia University Law School, said, "If a sufficiently high carbon tax were imposed, it could accomplish a lot more for fighting climate change than liability lawsuits".

Initial estimates are that if the program were implemented, companies would pay more than $200 billion a year, or $2 trillion in the first decade, an amount deemed sufficient to motivate the expanded use of renewable sources of energy and reduce the use of nonrenewable fossil fuels.

Some environmental organizations, including the Nature Conservancy and the World Resources Institute, are also endorsing the plan, as are some legislators in Washington, DC. "The basic idea is simple," Senator Sheldon Whitehouse (D-RI) said. "You levy a price on a thing you don't want - carbon pollution - and you use the revenue to help with things you do want".

According to the senator, a U.S. carbon tax or a fee of $45 per metric ton would reduce U.S. carbon emissions by more than 40 percent in the first decade. This is an idea with global support, and it has already been tried. The World Bank has data indicating that forty countries, along with some major cities, have already enacted such programs, including all countries of the EU, as well as New Zealand and Japan.
Corporate and Personal Choices Regarding the Environment of the Future

The car manufacturer Tesla is developing new technologies to allow people to reduce their carbon footprint. In addition to a line of electric cars, the company makes other renewable energy products, such as roofing tiles that act as solar energy panels, and promotes longer-term projects such as the Hyperloop, a high-speed train project jointly designed by Tesla and SpaceX.

Of course, if businesses are to succeed in selling environmentally friendly products, they must have consumers willing to buy them. A homeowner has to be ready to spend 20 percent more than the cost of a traditional roof to install solar roofing tiles that reduce the consumption of electricity generated by fossil fuels ((Figure)).
Although solar panels can reduce your carbon footprint, the tiles are much more expensive than standard roofing tiles.

A house with a roof covered with solar panels.


Another personal decision is whether to buy a $35,000 Tesla Model 3 electric car. While it reduces the driver's carbon footprint, it requires charging every 250 miles, making long-distance travel a challenge until a national system of charging stations is in place.

Tesla's founder, Elon Musk, is also the founder of SpaceX, an aerospace manufacturer that produces and launches the only space-capable rockets currently in existence in the United States. Thus, when NASA wants to launch a rocket, it must do so in partnership with SpaceX, a private company. It is often the case that private companies develop important advances in technology, with incentives from government such as tax credits, low-interest loans, or subsidies. This is the reality of capital-intensive, high-tech projects in a free-market economy, in which government spending may be limited for budgetary and political reasons. Not only is SpaceX making the rockets, but it is making them reusable, with long-term sustainability in mind.

Critical Thinking
  • Should corporations and individual consumers bear joint responsibility for sustaining the environment? Why or why not?
  • What obligation does each of us have to be aware of our own carbon footprint?
  • If individual consumers have some obligation to support environmentally friendly technologies, should all consumers bear this responsibility equally? Or just those with the economic means to do so? How should society decide?

Elon Musk, founder of the electric car manufacturer Tesla and other companies, recently spoke at a global conference held at the Panthéon-Sorbonne University in Paris. In this video, Musk explains the effect of carbon dioxide emissions on climate change in clear and simple terms.