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Welcome to the fifth 2021 edition of The Nett Report. Last year, given the uncertainty of the coronavirus crisis, we began publishing this report to provide our clients and friends with new perspectives and insights in hopes of stimulating creative thinking during that challenging period of time. Well, the challenges continue and so does The Nett Report. Feel free to share with friends! Links to the 2020 reports can be found here and the 2021 reports here.


 
 

Request: what’s with the Keystone Pipeline? And more …

Are you "over Covid-19?" A reader wrote to say “I hope in your next report you will address the changes made by the Biden administration regarding climate -- like shutting down the Keystone pipeline (the effect on climate and jobs), re-entry in the Paris Accord (the cost and benefit to the US), and lessons learned from Texas energy crisis the past week, etc. Just a thought -- because I am so over COVID-19.”

See our responses below. If you have a request feel free to let us know and please share with us what you think about the content below.


Keystone Pipeline – the Effect on Climate and Jobs

The 1,179-mile proposed new section of the 2,687-mile Keystone Pipeline System was designed to take 830,000 barrels of oil per day from Alberta, Canada’s tar sand fields to refineries on the Gulf Coast of Texas. The existing sections of the pipeline transfers 550,000 barrels through those same two points.

What is tar sands bitumen? It is oil mixed with soil in Alberta's boreal forest, which makes extraction difficult. Bitumen is a thick, black, low-grade of crude oil. A lot of heat and effort must be used to upgrade it to a better product.There are two ways of obtaining the oil.

  1. Oil companies strip away the local forest and dig the sand out of the ground. Then it is mixed with water from the Athabasca River. Each barrel of tar sand) is soaked in 2.4 barrels of water. Once it's been used, the billions of gallons of contaminated water end up in tailing ponds.
  2. A second method, billed as greener, is "in-situ" extraction, which pulls up bitumen without digging up the surrounding earth. The current way to do this is steam assisted gravity drainage which can reach the 80% of bitumen too deep to mine. Steam is pumped underground which separates bitumen from its surrounding soil, so the oil can be sucked to the surface. This method accounts for 53% of production, according to the Canadian government. All lands are required to be reclaimed and restored. "The lifespan of oil sands mining projects ranges from 40 to 80 years. Oil sands mining started in 1967, and while 1.04 square kilometers (.40 square miles), of land disturbed by mining has been certified reclaimed by regulators, reclamation of tailings ponds and most disturbed land is just beginning, and will take many years."

Here are the reasons it has been opposed:

  • The whole process of extracting the oil and making it usable creates three-to-four-times the carbon pollution of conventional crude extraction and processing.
  • The process does not involve drilling, but devastates large surface areas of natural lands, leaving behind contaminated water and a ruined landscape, even though the mined area is a relatively small area of Canada's boreal forest.
  • Tar sands oil is thicker, more acidic, and more corrosive than lighter conventional crude, and this ups the likelihood that a pipeline carrying it will leak.
  • Tar sands oil is more difficult to clean up if it does leak, and the pipeline is proposed to cross important agricultural and environmentally sensitive areas, including hundreds of rivers, streams and water bodies.
  • First Nations groups in Northern Alberta say the project would violate treaty-guaranteed rights to hunt, trap and fish on traditional lands.

Here are the reasons to build it, according to the proponents.

  • It will increase U.S. oil independence. However, dependence on fossil fuels of any kind does not lead to the kind of independence needed. Clean energy will provide that independence, Projects like the Keystone Pipeline only delay the time when we will become not only energy independent, but no longer dependent on fossil fuels.
  • It will provide jobs. It would have provided jobs. The builder claimed the project would create 119,000 jobs, but the State Department reported it would only provide 2,000 jobs annually during construction (i.e. temporary jobs), and 35 permanent jobs. According to PolitiFact's review of a TC Energy press release, "the firm said more than 1,000 people are out of work because of Biden’s executive order. In October, the company said it expected to employ more than 11,000 Americans in 2021 and generate more than $1.6 billion in gross wages.  But both TC Energy and the State Department have said the majority of those jobs would be temporary. A 2014 report found that the company would need only 50 employees to maintain the Keystone XL pipeline once it’s finished, 35 of them permanent." No one wants to take jobs away from people, but the transition to clean energy will require a transition from fossil fuel jobs to clean energy jobs. And, in comparison, clean energy lost 423,000 jobs in 2020 related to pandemic economic impacts. “Before Covid-19, nearly 3.4 million Americans across all 50 states and the District of Columbia worked in clean energy occupations, including renewable energy, energy efficiency, grid modernization, clean vehicles and fuels. That’s more people than work in real estate, banking or agriculture in the U.S., and three times the number of Americans that worked in fossil fuels,” according to Environmental Entrepreneur’s (E2’s) Clean Jobs America report.

Disclaimer: I am on the state and national advisory boards for E2. Other information above provided from an NRDC fact sheet on the Keystone Pipeline, PolitiFact, BBC, Business Insider, the Canadian government, miscellaneous other sources, and personal knowledge.

 
 
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Paris Accord – the Cost and Benefit to the U.S.

The most pressing international issue at the moment, other than the pandemic, is the climate crisis. To be clear, there is no debate among scientists about whether the climate is changing because of these human activities;

  • The burning of fossils fuels and the resulting release of carbon dioxide into the atmosphere (60%).
  • The leakage of other greenhouse gases into the atmosphere (40%), including:
    •  Methane (natural gas).
    • Hydrofluorocarbons (HFCs - super greenhouse gases used in refrigeration, air conditioning, foam blowing, aerosols, fire protection and solvents).
    • Black soot (a substance that is formed as a result of combustion or is separated from fuel during combustion).

What is not known precisely is exactly how fast global warming will occur, although there is consensus on the range of impacts over time.

The Paris accord is a voluntary, December 2015, international agreement within the United Nations Framework Convention on Climate Change. It has been signed by 195 countries and ratified by 190, where each nation sets a voluntary five-year plan to reduce greenhouse gases and seeks to meet those goals. According to the BBC, these are the key elements of the agreement.

  • A pledge to keep global temperatures "well below" 2.0C (3.6F) above pre-industrial times and preferably to 1.5C (2.7F).
  • Each country sets its own emission-reduction targets, known as national determined contributions, which are reviewed every five years to raise ambition.
  • Rich countries are required to help poorer nations adapt to climate change and switch to renewable energy.
  • UN scientists say limiting the rise to 1.5C could prevent small island states from sinking beneath the waves, help millions of people avoid the impacts of extreme weather and limit the chances of an ice-free Arctic summer.

The U.S. is the only country to withdraw from the accord, and the withdrawal became effective on November 4, 2020. The U.S. is now planning to reenter the accord.

Benefits. As the largest emitter of carbon dioxide, an international accord without U.S. participation is not likely to succeed, so it is to our benefit and the global benefit for the U.S. to participate. Some benefits to the U.S. and the global population include less disruption to agriculture and precipitation, minimizing sea level rise, slowing the growth of extreme weather events, fewer wildfires, less need to respond militarily to climate-related civil unrest around the globe, and other related impacts that could disrupt society and the environment as the climate changes and the world warms. If suppressing global warming is not successful, these benefits will become costs.

Cost. The cost of rejoining the Paris Accord, other than those avoidable future costs above, is the initial U.S. commitment to provide $3 billion in funding to the international Green Climate Fund (GCF), a unique global platform to respond to climate change by investing in low-emission and climate-resilient development. According to the GCF, as of July 2020, the U.S. has only confirmed a $1 billion commitment of the $8.31 billion pledges committed globally by 45 countries. And, of course, there are the real but necessary costs and investments of transitioning to a sustainable, clean energy economy.

It's not a new issue. As a final note, this is not a newly discovered issue. I still have the first story I read about the issue from Scientific American in July 1959 (that's when I read it). This was the tagline for the article: "by burning billions of tons of fossil fuels, man may alter the earth's climate." That article references that the basic idea about climate change was first stated by British physicist John Tyndall in 1861. By 1960, Scientist Roger Revelle had briefed Congress on the issue. I don't know about your junior and senior high school, but mine taught us about the greenhouse effect in the 1960s. I thought everybody learned about it in school, but apparently that wasn't universal.


Texas Energy Crisis – Lessons Learned

According to stories in the Texas Tribune/ProPublica and the Wall Street Journal, the Texas energy crisis resulted from cold weather which caused a number of power plants to shut down because the low temperatures had made operation unsafe. Here are the basics:

  • The Electric Reliability Council of Texas (ERCOT) was forced to order blackouts to prevent damage to the system.
  • About 46,000 megawatts of power — enough to provide electricity to 9 million homes on a high-demand day — were taken off the grid.
  • The cold weather and lack of natural gas made it difficult to restart enough power plants to meet the extraordinarily high electricity demand caused by the cold.
  • Texas owns its own power grid, and is the only one in the nation not under federal jurisdiction. In addition, ERCOT is not connected to the other national grids, so it couldn’t bring in power from outside the state.
  • Experts hired by the Texas Public Utility Commission, which oversees the state’s electric and water utilities, concluded that power-generating companies ... had failed to understand the “critical failure points” that could cause equipment to stop working in cold weather.

Lessons learned? There is value in better preparing for rare weather events, and maybe we are all better together if our grids are modernized and fully connected. Other states with deregulated power markets, including California, have made reforms and added additional safeguards after experiencing similar catastrophes.


Sustainable equity funds returned 19.04% in 2020

The February 24, 2021, edition of Fortune’s CEO Daily, reported that “green investing paid off in spades last year.” The newsletter provided these takeaways in a new report from Morgan Stanley:

  • The median return on sustainable equity funds was 19.04%—compared to 14.77% for non-sustainable. 
  • Sustainable bond funds also outperformed non-ESG counterparts, yielding 6.74% compared to 5.86%.
  • Sustainable funds at the start of 2020 had grown 42% since 2018, and accounted for $17.1 trillion dollars under professional management in the U.S.—or about one of every three dollars. 

Fortune says that “the fact that Tesla soared while Exxon tanked could be one big reason for the variance—and could easily reverse as we emerge from the pandemic. At the very least, the study should provide further proof that doing what’s right for the environment and doing what’s right for your finances aren’t necessarily at odds.” 

 
 

 
 
Back to the Pandemic

Pandemic didn’t stop growth of clean energy in 2020

A February 18, 2021, story in GreenTech Media reported that despite the pandemic-caused 2020 economic contraction, wind and solar grew to account for one-fifth of all electricity produced in the U.S. in 2020. The data came from Bloomberg New Energy Finance and the Business Council for Sustainable Energy. Clean energy, including hydro and nuclear, now provides 40% of the U.S. electricity mix. On the downside, according to nonpartisan business group Environmental Entrepreneurs (E2), which has tracked the industry’s job losses through the pandemic, the renewables industry alone lost more than 67,000 jobs from February through December.


Why aren't COVID vaccine doses calibrated based upon a person's height and weight?

According to the Washington Post's March 4, 2021, Coronavirus Updates newsletter, “the effects of many familiar medicines change based on amounts given, relative to a person's mass. The bigger a person is, the more molecules are required to circulate through the bloodstream to reach those receptors. Vaccines don't function like those drugs.” Amesh Adalja. a Johns Hopkins Center for Health Security Assistant Professor says “vaccines work differently because it’s not about having a certain level of it in your blood, it’s about stimulating the immune system… it’s not a dose-response relationship. Their purpose is to jumpstart immune defenses against a pathogen and then fade away. That allows vaccine developers to adopt “one-size-fits-all” dosages, he said, because most immune systems react to the same small amounts.


This pandemic is one of many, from ancient Rome to modern America

The Washington Post recently published a special section reporting on the history of pandemics, going back to the Antonine Plague from 165 to 180 A.D. which caused five million deaths because of measles and smallpox. Between 541 and 542 A.D. the Plague of Justinian was far more lethal, causing between 30 and 50 million deaths. The source was rats and fleas. The Black Death killed between 75 abd 200 million people between 1347 and 1352, again from rats and fleas. To see the rest, you’ll have to read the article.


When can we safely travel again?

A February 24, 2021, article in the Washington Post asked five public health experts to discuss when travel will be safe again. “Trips might not perfectly match your pre-pandemic plans soon — but some types of transit, such as domestic travel, may be returning more swiftly. Vaccination status, of travelers and those at the destination, is a big factor to consider.”


Latin America Turns to China and Russia for Covid-19 vaccines

The Wall Street Journal on February 24, 2021, reported that because “western-made shots are scarce” in Latin America, the region is turning to Beijing and Moscow for Covid-19 vaccines. Argentina, Bolivia, and Mexico are using the Russian Sputnik V vaccine. Chile is using China’s Sinopharm vaccine, and Brazil is using Sinovac’s CoronaVac vaccine, also from China.


More on the future of work and the hybrid office post-pandemic

CEO Daily provided an interesting article on February 25, 2021, about the future of work. The consensus from Fortune’s Reimagine Work Summit and the Future Forum’s Survey, determined a hybrid office is likely in the future. “The consensus is the office will become a venue for collaboration, for serendipitous interaction, and for social bonding and culture building. Focused individual work can be done elsewhere.” A number of questions are still unanswered:

  • How do you make sure people are in the right place at the right time for the right type of work? 
  • Are certain days of the week, or certain hours of the day, scheduled as “collaboration times”?
  • Does collaboration and innovation really lend itself to that kind of scheduling? 
  • Will folks who return to the office be able to collaborate effectively with those who do not? Or will the playing field tilt toward the people in the room?
  • Do big city offices make economic sense if you only use them for occasional collaboration and social events?
  • Would it be better to rent space as needed—perhaps from underused hotels?
 
 

 
 

Nettleton Strategies - Helping You Navigate the Big Reset

This is a challenging time for all of us, in a way we have never experienced before. Here are some things you can do to move forward.

Take this time to imagine your future. We encourage you to imagine a post-coronavirus future when you can begin to realize your dreams in a sustainable way.

Assess your current and future status . At Nettleton Strategies, our philosophy has always been that we need to know two things to find solutions and move forward:

  • A clear understanding of the status of the current situation.
  • A clear vision of how you want your world to be in the future.

With those two benchmarks, you can create a path from your current status to the future imagined status, eliminating the obstacles and identifying processes and resources needed to reach the future state.

Let Nettleton Strategies help! We long ago discarded our flip charts and have facilitated client needs using digital tools. Now we have successfully facilitated client strategy sessions on Zoom. We can do the same for you! Let us help you: 

  • Clarify your unique value proposition as an organization
  • Identify clear goals that are measurable
  • Align what you do with available funding
  • Determine who should be responsible for next steps
  • Help you to emulate best practices in your field

If you would like help navigating your way forward, contact us to learn more about how we can help!


Carl Nettleton is an  award-winning writeracclaimed speaker, facilitator, and a subject- matter expert regarding water, climate, sustainability, the ocean, and binational U.S. Mexico border affairs. Founded in 2007, Nettleton Strategies is a trusted source of analysis and advice on issues at the forefront of public policy, business and the environment.

 
 

 
 

 

 
 

 
 
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Nettleton Strategies

P.O. Box 22971
San Diego, CA 92192-2971
U.S.A.
+1 858-353-5489
info@nettstrategies.com
https://www.nettstrategies.com/

 
 

 
 

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