Seven keys to green growth in NZ: Pure Advantage’s new economic analysis

Last week business lobby group Pure Advantage launched [Herald, Stuff] a specially commissioned report, Green Growth: Opportunities for New Zealand, which presents, they say, “an exhaustive, objective economic argument for embracing green growth”. The report was produced by a London-based economics consultancy in conjunction with the University of Auckland Business School, and is the culmination of two years work to identify the most effective ways of implementing green growth business strategies in NZ.

Launching the report, Pure Advantage (PA) chairman Rob Morrison said:

We firmly believe on the basis of this significant macroeconomic report that New Zealand has the potential to generate billions of dollars in new high-value economic growth, whilst at the same time improving New Zealand’s environmental performance.

Morrison said that PA intends to use the report as “a basis to establish, in consultation with industry, seven industry-specific green growth programmes”. The seven key ‘advantages’ are (links go to PA web explanations):

  1. Home Advantage: Retrofitting an efficient building environment;
  2. Geothermal Advantage: Creating a significant geothermal export industry
  3. Agricultural Advantage:
    Investing in sustainable and efficient agricultural technologies
  4. Waste-to-Energy Advantage: Installing bio-energy and waste-to-energy infrastructure
  5. Biofuel Advantage: Establishing a woody mass biofuel and bio-products industry
  6. Smart Grid Advantage: Installing the building blocks of a smart grid
  7. Biodiversity Advantage: Establishing a world-class biodiversity driven ecotourism and conservation education programme.

PA note that the report was “not driven by environmental idealism or fear of climate change”, yet the recommendations look a lot like the sort of joined up thinking on environment and emissions policy that has been so lacking from the present government. By making the business case for green growth, perhaps PA can start a bottom-up change of economic direction that will do for NZ what the government will not. It’s certainly a worthwhile effort, but while there are other lobby groups out there promoting rampant population growth as the way to stop economic decline, it will continue to be an uphill struggle.

Don’t worry Kyoto (National’s Only Looking Out For Its Friends)

The New Zealand government has announced that the country will not join the second commitment period of the Kyoto Protocol (CP2), but will instead make voluntary commitments within the Kyoto framework [Herald, NBR]. Climate change minister Tim Groser presented this move as:

…aligning [NZ’s] climate change efforts with developed and developing countries which collectively are responsible for 85% of global emissions. This includes the United States, Japan, China, India, Canada, Brazil, Russia and many other major economies.

To put it another way, New Zealand has chosen to abandon the 36 countries already signed up for CP2 — which runs from 2013 to 2020 — and instead aligns itself with the world’s worst polluters. Ironically, Groser rejected CP2 on the same day that Australia, only recently equipped with a meaningful carbon emission reduction scheme, announced it would sign up. The move completes the National-led government’s programme of gutting and dismembering the climate policies it inherited from the last Labour-led government when it took power in 2008.

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Sustainable Energy NZ #12 – do Kiwis have to be flightless?

Welcome to the twelfth post in the Sustainable Energy without the Hot Air – A New Zealand Perspective series. We’ll be changing gears here from our previous posts on hydro power, geothermal and wind (and a summary on the big three), solarbiofuelsmarine and waste energy. From here on out we’ll be attempting to answer the question:

How can we achieve a BIG reduction in our personal and national energy consumption?

It’s a very important topic – and one prone to greenwashing and hype. Like McKay, we want to have informed discussion about the options available to us here in NZ, so we’ll be going through topic by topic and looking at energy use in each sector of our lives: transport, residential energy, the things we buy, and so on. We hope that you find it interesting and informative.

A few notes before we begin: as before, the units are in kWh/day/person – ie. if you ran a 40W lightbulb for 24 hours, it’d take ~1 kWh over the space of a day. We then divide it by person to give you a sense of the scale of the resource proportionate to the size of the population. Be sure to check out the methodology. For reference – we’re looking to replace around 55 kWh/d/p of energy currently generated by fossil fuels.

Planes

The 2.6kWh/d/p spend on aviation fuel, from the Energy Data File, is a very poor indicator of what New Zealanders actually spend on planes, because of airline fuelling regimes. For example, the return flight from London is included in the UK statistics. Data from the UN [o96d7t] and the International Civil Aviation Authority [8cc3859] gives an estimate of NZ passenger kilometres in 2004.  Dividing by 2004 population converts to 18kWh/d/p using MacKay’s estimate for fuel use. This includes energy spent overseas, and is a better indicator of New Zealanders’ actual energy use on air travel.

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Sustainable Energy NZ #11: How can we make road transport more efficient?

Welcome to the eleventh post in the Sustainable Energy without the Hot Air – A New Zealand Perspective series. After our previous posts on hydro power, geothermal and wind (and a summary on the big three), solarbiofuelsmarine and waste energy, we’re now looking at answering the question:

How can we achieve a BIG reduction in our personal and national energy consumption?

We covered the breakdown of where we use this energy in the last post. Today we’re dealing with our biggest chunk of energy use: road transport.

A few notes before we begin: as before, the units are in kWh/day/person – ie. if you ran a 40W lightbulb for 24 hours, it’d take ~1 kWh over the space of a day. We then divide it by person to give you a sense of the scale of the resource proportionate to the size of the population. Be sure to check out the methodology. For reference – we’ve been looking to replace around 55 kWh/d/p of energy currently generated by fossil fuels.

Cars

About a third (31kWh/d/p) of our total energy use is spent on vehicle travel, which is high by international standards. (This figure also includes some diesel purchases by small farmers and transport operators that are not adequately captured by other statistics.) Incidentally, one litre of petrol contains ~10kWh of energy, so at a national scale, we’re all using around 3 litres of petrol/person/day. By comparison, the average UK citizen spends 14 – 16kWh/d/p on personal vehicle travel.  Consider that the average NZ car drives 18,000km in a year. If all were medium SUVs (0.9kWh/km) with 2 people in them, then this would translate into only 22kWh/d/p. It is clear then that we must make a lot of single-passenger trips in inefficient vehicles. Worse, this works out at a staggering 46kWh/d per vehicle (excluding mopeds, but including trucks)!

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Sustainable Energy NZ #10 – How can we achieve a big reduction in our personal and national energy consumption?

Welcome to the tenth post in the Sustainable Energy without the Hot Air – A New Zealand Perspective series. We’ll be changing gears here from our previous posts on hydro power, geothermal and wind (and a summary on the big three), solar, biofuelsmarine and waste energy. From here on out we’ll be attempting to answer the question:

How can we achieve a BIG reduction in our personal and national energy consumption?

It’s a very important topic – and one prone to greenwashing and hype. Like McKay, we want to have informed discussion about the options available to us here in NZ, so we’ll be going through topic by topic and looking at energy use in each sector of our lives: transport, residential energy, the things we buy, and so on. We hope that you find it interesting and informative.

Continue reading “Sustainable Energy NZ #10 – How can we achieve a big reduction in our personal and national energy consumption?”