In 2012, there were approximately 43 million Americans over the age of 65 and that population is expected to grow by more than 70% in little over a decade, meaning by 2030 some 20% of the US population will be older than 65.3 Seniors as a group are growing seven times as fast as the rest of the US adult population, they visit the doctor 2.5 times as much and spend five times more on health care, Lydotes says. “Seniors today also live longer, more active lives than generations past. The desire to live in larger collaborative communities and maintain active lifestyles will generate demand for alternative forms of living space.
“Hospitals, rehabilitation centres and assisted-living facilities will be needed to service this ageing population. Unlike other sectors facing the rise of the digital age, real estate is a prerequisite. Much of the infrastructure needed for this tectonic demographic shift has yet to be built and we are on the cusp of a construction buildout across the country that will facilitate the way our ageing population lives. For example, growth in the senior population will necessitate the need for a 30% increase in hospital beds by 2030.”
One of the resources that will be stretched by this trend is water. Lydotes points out that there is no operational leverage in water; each individual requires two litres of water to sustain life every day. “The more people push into cities the greater the amount of water we’re going to need to transmit into those cities. The regulation around that water infrastructure is going to be the determining factor in whether the increased urbanisation can be supported.”
Lydotes notes the US has some of the worst and oldest water infrastructure of developed nations. Some 75% of the large pipelines supporting the US Northeast were constructed before World War II, he notes, adding that in New York City alone, more than eight million citizens rely on drinking water primarily delivered by two tunnels, one completed in 1917 and another in 1936.4 A third tunnel has been under construction since 1970, he adds.
One of the main reasons for the underinvestment in water infrastructure in the US, he sees, is the ownership and regulatory structure of that resource. Lydotes says: “I live in a town of less than 20,000 people and yet it has its own water company with its own CFO, CEO, finance department and customer service department. That’s horribly inefficient.” In addition, he notes, municipalities are the ones in control, rather than the companies. Lydotes points out some 84% of all water infrastructure5 is controlled by individual municipalities, who decide allocation. “Are they more likely to put money into replacing a pipe that’s buried under the ground or replace a school, bridge or road – an infrastructure asset people can physically see? I believe that allocation decision is often made the wrong way and has led to a massive amount of under investment in water infrastructure in the US.”
Chronic underinvestment has consequences. Annually the US loses about 2.1 trillion gallons, or approximately 16% of treated water, from leaky pipes.6 Lydotes says: “How did we get into this position? To start, Americans spend about as much in aggregate on bottled water as they do maintaining their water supply, an astounding fact when considering bottled water is 300 times more expensive per gallon than tap water.”7 (Interestingly, according to some US consumer reports, almost half the bottled water sold in the US comes from a tap.)
Repairing this system will require huge investment; the American Water Works Association estimates the current need will surpass US$1 trillion over the next 25 years.8 The US needs to spend between US$30bn to US$40bn annually on water mains alone through to the end of the decade, he adds.9
Lydotes highlights the privatisation of the UK water system as a progressive solution and one that has had notable benefits, commenting that the quality of UK water relative to the price paid makes it one of the best in the developed world.
Focus on 5G
Another aspect of the re-urbanisation trend is the move to 5G. “3G was about pictures, 4G was about video, 5G is going to be about connectivity. In the years leading up to 2022 we believe we’re going to see a tenfold increase in smartphone video data traffic, a fivefold increase in audio data traffic and likely a sixfold increase in social net-working. This consumption of data is leading to the push for 5G.”
Lydotes points out that this increase in data consumption has so far been to the detriment of telecom companies as they’ve had to invest more and more into this infrastructure and yet haven’t really been able to raise prices because people haven’t been willing to pay for better quality.
On the other hand, the 5G network is going to be the backbone that drives drones, cyber security and autonomous vehicles. This, Lydotes believes, will enable telecom companies to adjust their pricing as people become more willing to pay for higher quality networks. “I think that presents a very real opportunity for some of these legacy telecom assets.”
1 Investment Managers are appointed by BNY Mellon Investment Management EMEA Limited (BNYMIM EMEA), BNY Mellon Fund Management (Luxembourg) S.A. (BNY MFML) or affiliated fund operating companies to undertake portfolio management activities in relation to contracts for products and services entered into by clients with BNYMIM EMEA, BNY MFML or the BNY Mellon funds.
2 Source: Smart Cities: Big Data, Civic Hackers, and the Quest for a New Utopia by Anthony M. Townsend.
3 US Census Bureau – The Baby Boom Cohort in the United States: 2012 to 2060. Issued May 2014.
4 New York City Environmental Protection, City Water Tunnel No. 3, accessed at http://www.nyc.gov/html/ dep/html/dep_projects/cp_city_water_tunnel3.shtm.
5 American Water Investor Presentation, October 2016.
6 David Schaper, As Infrastructure Crumbles, Trillions of Gallons of Water Lost, NPR, October 29, 2014.
7 Matthew Boesler, You Are Paying 300 Times More for Bottled Water than Tap Water, Business Insider, July 12, 2013.
8 American Water Investor Presentation, October 2016. For illustrative purposes only.
9 American Society of Civil Engineers, Drinking Water: 6 billion gallons of treated water lost every day, p. 1.
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