Part 21 - Brave New World, Part 2
If September 11 and Afghanistan and the world of the early 21st Century proved anything clearly, it was that by 2004 the after effects of cold war politics and colonial pasts that had dominated the 1990s - Russia's Civil War, Rwanda, China's rocky decade, the birth of the European Union - were giving way to the creation of a totally new world, one where the rules would indeed be very different. The long boom in many of the world's developing nations that had begun in earnest in the 1980s had by the mid-2000s elevated a number of large nations - India, Brazil, Argentina, Mexico, Iran, Turkey and South Africa leading the way - into countries of influence. When combined with Russia's steady rebirth from the devastating end of the Soviet Union and China spending the 2000s trying to regain its lost momentum with some success, it resulted in the post-1992 talk of the West being back in control of the world's destiny being pretty much completely shattered.
The 2000s also saw shifts in the balance of power in Asia as Japan's relationship with Korea, steadily improving since Japan's beginning of its investigations of its past in the 1960s, began a source of strength for both countries, particularly as Japan and Korea found themselves on parallel paths with regards to social and economic development. Japan found themselves more than a little envious of Korea's development of the Korean Wave phenomenon, even as Japan's own cultural exports gained popularity in the 2000s across other parts of the world, and as Korea's industries reformed themselves from the Chaebol era in the 2000s they became natural rivals in many ways to Japan's industrial firms. But rather than fight them, in many cases Japan's vast keiretsu groups invited the Koreans to join the Keiretsu as partners - a move that initially surprised the Koreans, but which by the 2000s many saw as highly appropriate. This was first seen in the alliances between the remnants of the fallen Daewoo Group in the early 2000s as many of the surviving portions of the vast Daewoo conglomorate found Japanese benefactors, but it got the shock of a lifetime when, in March 2004, a number of the directors of the Fuyo Keiretsu made a highly-publicized visit to Seoul and announced, to the surprise of many, that LG Group had been invited to join the Keiretsu and would be able, and encouraged, to work with the group, including access to vast funds from the Mizuho Financial Group, which anchored the Fuyo Keiretsu. It was a sign to come, and over the decade the great corporations of Korea and Japan forged stronger links, alliances that would be joined by those of Hong Kong, Taiwan, Singapore and the Philippines as time went on. (China, however, sought to outlaw such corporate alliances unless the Chinese had much greater access to the companies' technical information, something the Japanese in particular didn't want.)
India was another place that jumped into the future with both feet and with eyes wide open. Having been dismantling the remains of the License Raj in the 1980s and 1990s and then spending the second half of the 1990s and into the 2000s brutally cracking down on corruption, India saw both its economic output and living standards rise dramatically in the later years of the 20th Century, and by the turn of the millenium had overtaken Canada and the United Kingdom as the Commonwealth's largest economy, and despite starting far back of the 'White Dominions', by the 2000s the gap had closed dramatically and showed no signs of slowing down, as India averaged an economic growth rate of 7.6% a year between the beginning of the end of the License Raj in 1980 and 2008, and by the 1990s was actively working to counteract many of the less-than-savoury results of such rapid growth (particularly environmental and health concerns). By the mid-2000s, India was seeking to take its place in the world, and nowhere was this more heavily seen than in its relationship with the Commonwealth. India was open in that it wanted greater influence in the Commonwealth, but it was also well aware that the best way to do that was to advance the interests its Commonwealth allies both at home and abroad, and India's vast cultural industries were among the first elements to jump on this - the International Indian Film Academy Awards, held for the first time in June 1997 in London, were major undertakings from the start. (Canada's introduction to how big India's efforts were came in 1999, when to surprise of many in India though not many in Toronto, the 1999 awards became the center of a four-day festival that marked what the festival was to become. Hosted by Salman Khan and Sonali Bendre, it was supported to such a degree by both Toronto's nearly million-strong Indian-Canadian community and the rest of the citizens of the city of Toronto that the crowd of Bollywood's elite that came for the event were physically shocked by it all. Needless to say, the event returned to Toronto in 2007.) Political connections existing since colonial times became economic connections, which by the 1980s and 1990s had evolved into business ties, but by the 2000s the sizable Indian population in Canada (and not a few Canadians in India) turned that into cultural and tourist ones. It was a similar story in Britain and Australia, and India leveraged this heavily in campaigns and economic efforts, selling the Commonwealth its electronics, textiles, gemstones, medications and agricultural products, in return buying British and Canadian cars, fertilizer, chemicals and aircraft, importing vast sums of foodstuffs and iron ore from Australia and minerals from South Africa and getting its technical knowledge and advancement from the Commonwealth in fields from telecommunications to nuclear reactors. India continued to rely on the Middle East for oil - and Pakistan's unwillingness to allow an oil pipeline across its territory for India proved a continuing headache - but with India and Iran's relations steadily improving this wasn't a terribly big issue, and one of India's big early 21st Century technological advancement efforts was in the field of biofuels.
It was America, however, that the development the next great revolution in materials science began.
After over a decade of work, 3M in Minnesota in 2004 gave up on its storied (and well-known) carbon atom chaining project, instead focusing its developed technology into better ways of manufacturing carbonfiber. Within weeks, however, two of its most skilled scientists, Dr, Paul Washington and Dr. Ashley Milliner, departed the company for a startup firm in Kenosha, Wisconsin, founded with the goal of continuing the research. 3M's patents on what it had developed forced the new company, Kenosha Materials Science and Engineering (KMSE for short) to license a way of extracting raw carbon, getting that license from the TPC Carbon Technologies consortium and initially being supplied from their facility in Wilkes-Barre, Pennsylvania. However, KMSE built on the knowledge that Doctors Washington and Milliner developed to develop a process that allowed graphene to be produced in a nearly flawless manner from raw carbon atoms, and the process allowed for the graphene to be made into a vast variety of thicknesses, at a fraction of the cost of previous methods. KMSE rapidly patented the newly-named Washington-Milliner Process and set about advertising its use to customers around the world, starting the process in May 2006.
Perhaps not surprisingly, one of the first adopters of the idea for a specific purpose was Canadian Hydro Engineering Group, a firm based out of Calgary, Alberta, which had shifted over its existence from hydroelectric power to other uses of water as a resource, who had worked for years on the idea of a graphite oxide-based system of water desalinization, running into repeated difficulties with making its filtration systems last. Graphene to them was a godsend, and the company quickly paired with KMSE to develop the 'Mariner' water-desalinization system, based on their existing efforts but with the new graphene filters in place of the old ones and other detail improvements, testing it through 2007 until the first commercial projects to use it began being built in 2008. Launched in May 2008 first in Victoria, British Columbia, the Mariner water desalinization system worked perfectly, and thanks to graphene's durability, the system worked for over twelve years before any of the cells needed replacing. It was not able to supply the entire city, of course, but the system did work, and indeed the 2010s and 2020s would see the system developed for use all around the world, in essence making it possible to unlock all of the world's salt water for use for fresh water purposes - a huge benefit to say the least, and one which, while legal troubles lay ahead for it, would be used to the full extent of its benefits.
By the 2000s, the long boom of the post-war era was showing its dark side with regards to the problems with resource consumption, but just as fast as the problems began to pop up solutions to them came into being. It wasn't long before the development of the Washington-Milliner Process that carbon dioxide became a valuable feedstock, and its recovery from industrial applications became a lucrative business, and while recovering it from vehicles was not practical at that time, it was more than a little practical to do so from industrial facilities, incinerators, large buildings and a variety of other applications. The development of coal mining first for synthetic fuel and then for the carbon it created gave miners new jobs deep into the 21st Century, even as larger industrial facilities began shipping out tanker trucks and rail cars of liquified carbon dioxide to facilities that would harvest the carbon from it. Energy development hardly stopped there - from the beginnings of the Tesla car company in 2003 to the rapid technological advances in the 21st Century of wind turbines and solar cells and the development of ever-better ways of creating biofuels - and it raised the prospect of a world with energy that was both cheap and useful for the environment. Canada, which had been used to such things for decades, found itself somewhat lagging their southern cousins on this front, even as America in the later years of the 21st Century finally learned the value of government-owned corporations and the ability to use them for national or state goals. America had started that trend with the Tennessee Valley Authority and the Bonneville Power Authority in the 1930s, and had gained a number of examples of this in the 1970s, particularly with Amtrak and Conrail. By the 1990s all were proving highly useful tools for Washington and in most cases to be profitable companies, contributing both to Washington's coffers as well as to the people they served. But two events would drive this into the American psyche for good, and would have major effects on Canada.
The first event was the California Energy Crisis of 2000-2001. Having deregulated the electricity market in 1992, market conditions and maniuplations by the soon-to-be-infamous Enron Corporation caused a series of rolling blackouts that first struck the San Francisco Bay Area on June 14, 2000, and led to a massive problem for California's power transmitters - having been forced to sell much of their generating capacity as a result of degregulation, several utilities found themselves having to take massive losses on electricity generation while being required to buy power for their customers from speculators, in some cases not making back 15 percent of the cost. This resulted in the bankruptcies of San Diego Gas and Electric and Pacific Gas and Electric within days of each other in April 2001, followed by Southern California Edison three weeks later. The original plan by California Governor Gray Davis to buy power to bail out bankrupt firms was, in a truly shocking move, blocked by his legislature, who introduced a counter-plan to nationalize the assets of the bankrupt companies, creating the California Energy Corporation in return. What sealed this path was the Mayor of Los Angeles, Antonio Villaraigosa, pointing out publicly that his city, served by its own Power and Water Utility, hadn't suffered a single blackout, and that California might not have the same problem ever again if they took back their facilities. Despite howling by serveral companies involved in the manipulations (particularly Enron), California's legislature steadfastly refused bailouts for the companies, pointing out they had already done that a decade before and that the utilities, bankrupt as they were, needed to be returned to regulated hands. After the collapse of the stock markets following the September 11 attacks, support for bailouts evaporated, and on November 16, 2001, Davis grudgingly signed into law creating California Energy Corporation.
California Energy effectively nationalized the assets of the bankrupt firms and negotiated out payouts to creditors for liabilities, effectively transferring all of the assets of the companies into government hands in return for ownership of all of the physical plants, including three nuclear power stations, hydroelectric generators, wind turbines and a large number of natural gas-fired plants. California Energy proved difficult to manage at first, but the company provided its first profits to the state in 2005, and proved a highly useful way of improving electricity demand and prices.
A more serious event occurred on March 9, 2002, when the Number 1 reactor at the Davis-Besse nuclear power plant in Northwestern Ohio suffered the largest (at that time) accident at a Western civilian nuclear power station. The reactor had suffered a serious leak of borated water from control mechanisms, and corrosion ate through the top of a piece of the six-inch-thick reactor head, causing the head to fail and causing a massive loss of coolant incident which, making matters worse, completely destroyed the control rod drive mechanisms above the reactor, and other safety issues at the facility caused complete loss of control over the reactor, causing a complete meltdown and three subsequent hydrogen explosions which cracked the reactor's containment structure (though it did not fail) and gutted its insides. The reactor was completely destroyed in the accident, and while the containment structure recovered most of lost coolant, over 10,000 gallons of radioactive water leaked both into the groundwater around the facility and into Lake Erie. 37 people at Davis-Besse died in the accident itself and twelve more would die from radiation poisoning as a direct result.
Davis-Besse became an international incident as a result of the contamination in Lake Erie, with Ontario Premier Mike Harris speaking at a press conference four days after the accident in Windsor, Ontario, less than 80 kilometres from the stricken reactor, visibly livid about it. President Clinton was quick to deploy resources, but it took fifteen days to completely seal off the leaks from the site. Thankfully, it was soon concluded that the radioactive contamination aside from the lost coolant had not left the reactor in large amounts and thus while the reactor was a total loss, locals outside of the site were safe - but it was rapidly discovered that FirstEnergy's reports on Davis-Besse's material condition had been falsified to a considerable degree, and inspections of other facilities found alarming corrosion and falsified records at two other FirstEnergy-owned facilities. Livid about this, Ottawa demanded Washington act against FirstEnergy, and the residents of Ohio, Indiana, Pennsylvania and Michigan likewise demanded FirstEnergy out of the nuclear energy business. Facing truly monstrous liabilities and vast amounts of legal trouble, FirstEnergy declared bankruptcy on October 18, 2002, filing in court to seek dissolution and asset sales. The bankruptcy ruling, however, was stayed by judges of the Sixth Circuit Court of Appeals out of a desire to seek a solution to the issue.
What came of it, however, was stunning.
Having heard months of demands from his party (and some from other side, too) and with FirstEnergy's misconduct investigations and a suddenly very-aggressive Nuclear Regulatory Commission having subsequently shaken loose similar misconduct by Duke, Exelon and Southern Company (though, notably, much less or nothing from others, including the BPA, TVA or California Energy or indeed any of the latter's predecessors), President Clinton and assistants in the House and Senate proposed the creation of the American Nuclear Energy Corporation, ANEC for short. ANEC would have the power to nationalize the nuclear assets of companies found to be in violation of the law (Exelon fought this provision all the way to the Supreme Court, but lost) and would offer to take over those assets of others. The cost up front was smaller than many expected, but there was a reason most energy companies did not object to small amounts paid for assets - after Davis-Besse operating and insurance costs for such facilities had (understandably) skyrocketed and as such the plants to a man were losing money, and giving up the assets for a low cost also meant passing off any future liabilities for them. The state-owned facilities for the most part stayed out of ANEC, but the corporate-owned facilities were mostly supportive, and knowing of its ability to pass off liabilities, almost universally jumped in. FirstEnergy's attempt to use ANEC's creation to pass off its liabilities for Davis-Besse failed miserably and the company was ultimately dissolved between 2004 and 2011.
ANEC, too, got off to a chaotic start, but would make profit early on as well, and being highly scrutinized by Congress pretty much constanly after the disaster at Davis-Besse, didn't take long to gain some level of public trust, a situation helped by dedicated efforts to work with nuclear opponents and massive retrofitting efforts at existing facilities with poor placement (particularly the Indian Point, San Onofre, Shoreham, Diablo Canyon, Three Mile Island and Trojan facilities) and serious improvements at facilities with known safety issues, several of which were completely shut down. On May 21, 2007, ANEC announced its first planned new facility, to be built on Lake Mead less than 30 miles from the Las Vegas Strip. The site choice was deliberate - ANEC wanted to prove they could build a nuclear power station that could handle any emergency, and went to considerable effort to prove this. The Lake Mead facility's six reactors would have part of their containment structures punched into solid rock, and the structures there were meant to handle any possible natural disaster up to a 9.5-magnitude Earthquake. The plant also used Las Vegas' wastewater system as a source of cooling water and as a result was able to both reduce the demands on Lake Mead and treat and return millions of gallons of very pure water back to the City of Las Vegas and its suburbs every day. It was considerably more expensive to do things this way, but ANEC was aware that it had to do better on safety precautions and be seen to be doing better to assure the public of other facilities' safety.
In Canada, the operators of nuclear power stations - Ontario Hydro, Hydro-Quebec, Alberta Hydroelectric System, BC Hydro, Atlantic Power, SaskPower and Jamaica Energy - all were quick to point out that the safety records of their facilities were all but flawless, that the sort of accident that had happened at Davis-Besse was impossible at their facilities and were willing to, along with Atomic Energy of Canada, distribute as much information as they could and allow facility tours and technical briefings to show that their facilities were safe despite the horrible accident at Davis-Besse. Windsor's new water treatment system, under construction at the time, changed the location of its input system in an attempt to make sure the radioactive water from Davis-Besse never made it into the city's water system and Environment Canada and the Ontario Ministry of the Environment doing in-depth studies to make sure the accident didn't effect the water supplies in Canada. At the same time, the furor of the mess at Davis-Besse focused AECL's project to faster process nuclear waste so that the problem of it was massively reduced, this ultimately resulting in the proposal to build a new such facility in Quebec to better handle the waste so as the existing Chalk River Laboratories could find its job easier. With the prairie provinces, Nova Scotia and New Brunswick and Jamaica critically reliant on nuclear power and and it being very important to Ontario, there was never any talk of replacing it, but it was hardly a surprise that there would be objections to it, and the operators of the facilities in question all moved quickly to assure the public that what had happened there would not happen here.
As much as ANEC and California Energy had massive effects on the energy industry in the United States, it had a bigger one in the overall economy. While government-owned corporations had been part of Canada's economy for its entire modern industry - Petro-Canada, Canadian National Railways, Air Canada, Canadian Broadcasting Corporation, the Canadian National Research and Development Council and the provincial and regional power corporations were well regarded in Canada, and CNR and Petro-Canada were considerable contributors to government coffers just as the power companies were to provincial ones - this was relatively unknown in America, despite the BPA and TVA and the creation of Amtrak and Conrail in the 1970s. But the power companies would gain a very good reputation in the United States, and it wouldn't be long before the threat of nationalization made some industries in the United States clean up their actions, particularly in the energy industries. The companies also rapidly put paid to the long-held idea that government-held companies couldn't make money - ANEC not only buried that idea, by the late 2010s it would be a brave politician that proposed selling it because of the income it brought to Washington.
For Canada, the sudden entry of the American monster energy companies came with it a desire for the companies who had now sold off their nuclear assets get additional capacity, and Hydro-Quebec and Ontario Hydro were only too happy to provide this additional capacity. As the likes of American Electric Power, Consolidated Edison, Duke Energy, Southern Company and Exelon sold off their nuclear operations to ANEC they needed new capacity, and well aware of the desire to keep air pollution down, the companies invested heavily in hydroelectric dams, wind turbines, solar cells, waste-to-energy facilities, geothermal power stations and pumped storage hydroelectric power stations, the pumped-storage stations being used in several cases by Southern Company as a backup for its other facilities, particularly its wind turbines. The United States built more wind turbines than anywhere else in the world during this time, with its wind power capacity growing from 16,000 MW in 2005 to over 275,000 MW by 2025, while over three dozen pumped-storage facilities were built, the largest being the immense Swannanoa Pumped Storage facility, completed in 2016 near Asheville, North Carolina, with a capacity of 4,426 MW at peak power. Flush with cash and with cheap electricity in the offering, the companies proudly pushed for demand growth, with electric heating replacing natural gas or fuel-oil furnaces, railroad electrification being encouraged, steady development of (and ever-stronger demand for) electric cars and more and more electricity used by industry was the result, and immense supplies of cheap renewable energy and nuclear power from ANEC-owned sources made the advertising easier. It also meant that Ontario Hydro and Hydro-Quebec, both joined at the hip with the American power systems, were forced to upgrade to keep up. It was an investment nobody objected to - Ontario Hydro in 2020 paid out $5.56 Billion in dividends to the province of Ontario, while Hydro-Quebec returned $3.21 Billion to the province of Quebec.
Particularly because of the billions suddenly at stake, the American electricity companies and their partners in heavy industry firms - General Electric, Westinghouse, Combustion Engineering, Honeywell, Morrison-Knudsen, Emerson Electric, Square D and Bechtel, among others - focused giant resources into the renewable energy industries, and the dramatic improvements that rapidly followed surprised no-one but created something of an arms race among the Commonwealth's energy firms and electrical and electronic equipment companies to keep up and not pass off leadership in the field to the Americans, a fight the Asian electronics giants - Hitachi, LG, Samsung, Mitsubishi Electric, Toshiba - rapidly also leapt into. As tens of thousands of wind turbines were built in the United States, once-drying towns in the primarily-agricultural plains states suddenly had new reasons to live, trading the growing of grain or the raising of cattle for the generation of electricity. This didn't stay stateside, of course - Alberta Hydroelectric System and SaskPower in particular wanted in on the action, and the corporations not only built the wind turbines they needed they also modified their nuclear power stations to allow them to be powered down or run at lower power outputs to allow the wind turbines to provide all the power they could when it was possible for them to do so. This became a common occurence for state-owned energy companies as well, as it allowed them to reduce the load on their expensive nuclear facilities while using power that produced little, if any, emissions. Coal companies took falling demand for their products as a challenge to find new sources of demand for the coal they mined - and the steady growth of the Fischer-Tropsch produced synthetic crude pioneered by Hess and Petro-Canada in the 1970s swelled in the 1990s and 2000s, helped by a steady rise in oil prices and the entry into the world of Sasol, South Africa's coal-to-oil giant which had been prevented by apartheid sanctions from providing its considerable expertise in the field to other companies.