{"id":228063,"date":"2021-04-15T23:50:55","date_gmt":"2021-04-15T20:50:55","guid":{"rendered":"https:\/\/en.buradabiliyorum.com\/canadas-cleantech-innovators-keep-heading-south-lets-reverse-the-trend\/"},"modified":"2021-04-15T23:50:55","modified_gmt":"2021-04-15T20:50:55","slug":"canadas-cleantech-innovators-keep-heading-south-lets-reverse-the-trend","status":"publish","type":"post","link":"https:\/\/buradabiliyorum.com\/en\/canadas-cleantech-innovators-keep-heading-south-lets-reverse-the-trend\/","title":{"rendered":"#Canada’s cleantech innovators keep heading south. Let’s reverse the trend."},"content":{"rendered":"

“#Canada’s cleantech innovators keep heading south. Let’s reverse the trend.<\/strong>”<\/p>\n

\n Stewart Elgie: Joe Biden\u2019s impressive tax incentives are luring clean technology<\/a> companies that incubated in Canada. The federal budget should be a turning point in the fight to keep them here.\n <\/div>\n
\n Stewart Elgie is a professor of law and economics at University of Ottawa, and chair of the Smart Prosperity Institute. He was a member of Canada\u2019s Economic Strategy Table for the resources and energy sectors.<\/i><\/p>\n

Carbon Engineering is a Canadian clean technology success story. Started by Canadian physicist David Keith, the company developed technology that captures carbon dioxide from the air and turns it into synthetic fuel\u2014or stores it underground. This game<\/a>-changing innovation has attracted investment from the likes of Bill Gates.<\/p>\n

The company\u2019s first pilot plant, built in 2015 in Squamish B.C., has been a success. So Carbon Engineering recently decided to scale up its technology and build a second, much larger plant. Unfortunately, to Canada\u2019s great disapp<\/a>ointment, the company chose Texas as the location\u2014mainly because the U.S. offers generous tax incentives and other supports for clean technology companies.<\/p>\n

If Canada wants to hang on to promising cleantech companies like Carbon Engineering, so they stay and grow here, we need to keep pace with the U.S. by offering similar incentives in the upcoming federal budget.<\/p>\n

The Carbon Engineering story is all too common. Canada has a talent for incubating promising new clean technologies and businesses. With strong R&D capacity, and a growing pool of early stage capital, we rank second on the global cleantech innovation index (which is based on future potential), and host 11 companies in the Global Cleantech 100. The problem is, as those small companies grow and commercialize, we often lose them to the U.S., or other countries, because they offer bigger investors, bigger markets, and bigger tax incentives. It\u2019s like a hockey team that does great in the first period, pretty well in the second, then falls flat in the third period and loses the game. (Yes, I am a long-time Leafs fan.)<\/p>\n

Canada has to fix this problem.\u00a0 If we want to succeed in the global shift to a low-carbon economy, we need to help our young cleantech companies grow and succeed in Canada, to generate wealth and jobs here.<\/p>\n

How can we do that? Canada can\u2019t match the U.S. in terms of the size of our market or investment capital. But we can compete in offering tax incentives and other supports for clean tech companies. Indeed, Canada\u2019s Economic Strategy Table identified cleantech tax incentives as one of the most important measures needed to grow Canada\u2019s global competitiveness, including in the resource and energy sectors.<\/p>\n

The U.S. is also raising its game. President Joe Biden\u2019s budget bill will grow and expand the tax incentives offered to cleantech companies.<\/p>\n

The U.S. offers two main types of clean tech tax incentives. The first is an Investment Tax Credit (ITC), which applies to more than 20 different low carbon technologies (solar power, hydrogen fuel cells, energy storage, waste-to-energy, microturbines, etc.). Biden\u2019s budget bill will grow this incentive in three ways: increase the tax credit rate, so most firms get 30 per cent of their technology investment back (which helps to attract private capital); increase the scope of technologies covered; and make the credit refundable, so it also applies to pre-profit firms (i.e. most cleantech companies).<\/p>\n

The second main U.S. incentive is a Production Tax Credit (PTC), which applies to a handful of technologies (wind power, geothermal energy, carbon capture, etc.) and offers incentive payments based on the firm\u2019s output\u2014e.g. the amount of clean energy produced, or CO2 sequestered. Biden\u2019s budget bill will also extend and grow these PTCs, providing a greater incentive for U.S. cleantech investment.<\/p>\n

There are three main reasons why Canada\u2019s upcoming budget should match or exceed the U.S. in offering cleantech tax credits and other low carbon incentives.<\/p>\n

    \n
  1. To strengthen Canadian competitiveness.<\/b> The global shift to a low carbon economic future is underway, and offers growing opportunities for all parts of Canada\u2019s economy. Renewable energy, emission-free vehicles, high efficiency buildings, low carbon aluminum, precision agriculture, industrial carbon capture, bio-chemicals and many other clean technologies are rapidly gaining market share. More and more businesses, investors and governments are committing to net zero emissions by 2050 and taking steps to get there. If Canada wants to capture its share of this estimated $26 trillion economic opportunity, it needs to keep pace with leading nations in creating the conditions to attract low carbon investment here.<\/li>\n
  2. To meet our climate commitments.<\/b> A recent report by the Canadian Institute for Climate Choices found that Canada can get most (not all) of the way to meeting its 2030 climate target by accelerating the adoption of existing low carbon technologies. Meeting our 2050 net zero target, however, will require a number of emerging breakthrough technologies (like Carbon Engineering\u2019s innovation) to develop and reach wide-scale commercial viability. Smart public policies will be needed to achieve both of these objectives. Canada\u2019s rising carbon price can play a key role, but it won\u2019t be enough. It will need to be accompanied by targeted public investments and incentives\u2014like tax credits for clean technology.<\/li>\n
  3. To support a resilient recovery.<\/b> Countries around the world are preparing to make massive investments in economic recovery in the months ahead, in anticipation of the COVID pandemic waning and economies re-opening. In making these once-in-a-generation expenditures, governments must invest in building the economy of the future\u2014to lay the foundation for growth and jobs in a climate-constrained world. Biden\u2019s stimulus bill, for example, targets over $500 billion (one-fourth of Canada\u2019s annual GDP) at supporting low carbon infrastructure, energy, vehicles, buildings and other clean technologies. Canada should do the same, and work with its largest trading partner to put people back to work today building the economy of tomorrow.<\/li>\n<\/ol>\n

    That economy of tomorrow includes companies like Planetary Hydrogen, a cleantech startup that just opened its first laboratory in Halifax. Its innovative technology\u2014which produces green hydrogen fuel and lowers ocean acidification\u2014came from American research, but the company set up shop in Canada because our early-stage innovation ecosystem is so attractive. The question is, will they stay here as their technology matures? Or will they look abroad when it\u2019s time to scale up and strike commercial success? That\u2019s a question their CEO will soon be wrestling with. Canada\u2019s next budget is our chance to influence his decision, and that of many other cleantech companies that can be the backbone of a low carbon, competitive future for Canada.
    \n<\/span><\/p><\/div>\n