Insurance and Going Green

The Carbon Conundrum

Before the Industrial Revolution, carbon most often entered the atmosphere naturally — think plant and animal respiration, volcanic eruptions and natural wildfires. In the last 150 years, anthropogenic carbon — carbon caused by human activities — has increased dramatically as a byproduct of motive power, oil and gasoline, and electricity. “Going green” has focused on the reduction or removal of carbon dioxide from the atmosphere by using renewable energy sources or improving energy efficiency. But many of these green technologies aimed at carbon abatement rely heavily on materials obtained through resource extraction, which has its own consequences.

Canaan highlights, “No one is talking about the other ramifications of some of the instruments or equipment that go into going green.” While the efforts are well intended, the unintended impact can be just as damaging:

The extraction and processing of lithium ore for creation of lithium-ion batteries — used in electric vehicles — involves high energy consumption, contributing significantly to their overall carbon footprint.
The environmental damage from mining activities extends beyond air pollution from greenhouse gas emissions and toxic aerosols, deforestation, and biodiversity loss.
The extraction process often occurs in regions with scarce water resources and vulnerable ecosystems, exacerbating existing social and environmental conflicts.

Canaan elaborates, “When you do the math and realize how much resource has to be consumed in order to extract the other resource you’re looking for to fuel this green movement, the numbers become staggering.” The sooner we understand unintended consequences of our actions with the green movement, the sooner we can change course, if warranted. Loren emphasizes, “After 100 years of oil and gas, we have a pretty good idea of what that carbon does to the environment. My hope is we don’t take 100 years to figure out what the environmental impacts are from going green.”

Goal

Actual Result

Takeaway

The petroleum industry's initiative was well-intentioned in its goal to improve air quality, but failed to consider the unintended consequences of new environmental policy. As we navigate similar challenges with modern clean energy initiatives, it reminds us to carefully balance the benefits and risks to avoid swapping one problem for another.

Comparison of hazardous and nonhazardous waste across definition, characteristics, examples, regulations, and cost.
Aspect	Hazardous Waste	Nonhazardous Waste
Definition	Waste that poses substantial or potential threats to public health or the environment	Waste that does not pose immediate or long-term risks to health or the environment
Characteristics	Toxic, ignitable, corrosive, reactive	Safe for standard municipal landfills
Examples	Industrial solvents, pesticides, heavy metals like mercury and lead, batteries containing cadmium and lithium	Household trash, food scraps, construction debris, yard waste
Regulations and Disposal	Governed by strict regulations such as RCRA; requires special handling, storage, transportation, and disposal; disposed of at specialized facilities	Less stringent regulations; managed by local municipal waste management systems; disposed of in standard landfills
Cost Implications	Significantly higher due to stringent regulatory requirements and specialized processes; up to three times more expensive	Lower costs due to fewer regulatory requirements and simpler disposal processes

Accurate testing, such as the TCLP (Toxicity Characteristic Leaching Procedure) test, helps identify hazardous components (like cadmium from solar panels, for example), so the waste is treated appropriately and disposed of in the correct type of landfill. But who monitors the disposal to ensure it gets to the proper destination?

Insurance Implications of Going Green

Green initiatives create unique environmental exposures and liability implications, and as such have extremely unique insurance implications. When you are dealing with specialized contractors, hazardous materials, waste generators, and tricky regulations, you can’t leave anything to chance.

Loren and Canaan outline a few real life scenarios that showcase the important role that insurance plays in protecting individuals and businesses from these challenging risk exposures.

Imagine This

You're managing a soccer complex with 6-8 fields next to a former landfill. During construction on a landfill cell, the operator accidentally breaches one containing toxic waste from spent photovoltaic panels. Dust contaminated with cadmium drifts over the fields during games, causing illness among children and parents.

Are you ready to face the legal and financial consequences of this unexpected contamination?

Picture This

Consider This

You’re an investor owning multiple residential properties equipped with solar panels. During an intense fire, lithium-ion batteries combust, creating a toxic smoke cloud that engulfs a neighborhood. First responders develop respiratory issues, similar to asbestos exposure among 9/11 responders.

Is your company prepared to handle the liability for this environmental disaster?