Craig Morgan
Helping large sites in the industrial sector and built environment decarbonise and reduce energy cost
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Hi The Hon. Peter Dutton MP, I have a plan for 14 biomethane plants (renewable gas) in regional Australia. These would provide - 7 GW of peaking gas power (10% of the year) which is what is actually needed for the energy transition, or- 56 PJ of RE gas for ‘hard to decarbonise’ industry and- 3 million tonnes of Biogenic CO2 for industry, SAF, e-methanol or CO2 removals - Regional development and employment using low risk, low profile, proven technology - real solutions in 3-5 years at a fraction of the cost of the nuclear option (Excuse the rooster!)#biomethane #biogas #biogenicCO2
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Steven Duda
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I'm no fan of new nuclear builds, however I think your estimate of output from potential Victorian biomethane plants are wildly exaggerated. We actually have some examples already, Select Harvests (Australia's, and one of the world's largest Almond Producers) has operated a Hull to Energy (H2E) plant in Victoria for several years. The system generates numerous useful fertiliser components and avoids an enormous 300tpa of organic matter being sent to landfill, but it only generates 3.4MW of electrical power despite using some of the most advanced biofuel technology in the world.As a fellow engineer, I'd like to see the data behind your energy claims here...
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Surjan Singh
Trainer at Leeds College
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To do this you will need at least a concentration of about 6 million cows producing sh*t?Think about the manure management issues!Even with that many cows, managing the manure would be a massive logistical challenge. Large-scale manure storage and transport are complex and can have environmental drawbacks.Australian biogas plants are typically much smaller, ranging from 1-5 megawatts (MW) capacity. And not all of them can be easily connected to the grids or load centers.A 7GW plant scale 'sh*t' based operation would be a very large endeavour.Best to stick to Solar, Wind and Hydrogen.
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Robert Onfray
Retired professional forester. Now a historian, writer, and blogging mogul
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Craig, it is pretty simple. If you have a great product, is great for the environment, is profitable and provides cheaper prices for the consumer, then go ahead and build it with your own funding. If you need subsidies from the taxpayer, then I respectfully suggest you go back to the drawing board.
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Phillip Carlon
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Transport could be powered by renewable gas provided by agriculture wastes, sewage and sugar cane wastes.
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Russell Mackenzie
Manager Innovation and Project Development at Coogee Chemicals
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Hi Craig, can you please explain a bit more about the 3 million tonnes of biogenic CO2 you refer to?
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Guy Webb
Founder & Chair SoilCQuest 2031 Cofounder & Global Agronomic Lead Loam Bio
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Craig Morgan great idea indeed! Could Food organic waist from supermarkets also be used as feed in fuel?
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Emily Skehill
Leading bold transformation with curiosity, courage and empathy.
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Ragini Prasad
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Jonathan Jutsen
Energy and carbon leader
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👍 RACE for 2030 has a stream of research projects toImprove biogas yields and utilisation.
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Richard Bartlett
Bioenergy Professional CPEng (MIEAust) MBA
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Craig great to see we are on the same page! Had I known you were seriously looking at Biomethane in Australia our introductory chat at #A2EP in April would have been entirely different!
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Ragini Prasad
🌍 Existential Detective - Regenerative Changemaker | 🔄 Advancing Circular Economy & Systemic Evolution | ✨ Cultivating Conscious Ecosystems for Holistic Prosperity | Guiding the Emergence of a Thriving Planet
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That sounds like a realistic renewable future made in Australia
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Craig Morgan
Helping large sites in the industrial sector and built environment decarbonise and reduce energy cost
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This explanation of what a carbon credit is should be read by everyone who is trying to understand how it helps reduce the impact of global warming. Carbon credits are a key part of the jigsaw:1. Energy efficiency - reduces the amount of capital needed for RE and carbon offsets1. Renewable Electricity - clean up the energy supply1. Electrification - get as much energy services off gas and fuels as possible1. Renewable Fuels - provide some high temperature, difficult to electrify services with Biomethane, e-Fuels (hydrogen, methanol, ammonia), and Sustainable Aviation Fuel1. Carbon Offset the rest (including drawdown)As Lachy Ritchie has put it so eloquently before - the above is not in order of priority - we need everything, all at once, now.
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Craig Morgan
Helping large sites in the industrial sector and built environment decarbonise and reduce energy cost
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If we are to cap global warming, and don’t increase the rate of improvement in energy efficiency it means (1) more build-out of the grid and renewables, and (2) MUCH more of the really expensive Carbon Dioxide Removals (CDR). One insight I gained from this report is that the carbon price we should be using to help build the business case for EE is actually CDR pricing at >$300/tonne.
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Craig Morgan
Helping large sites in the industrial sector and built environment decarbonise and reduce energy cost
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Organisations are now starting to integrate the purchase of Energy, RECs, Offsets and PPAs into their Net Zero Strategy. This just makes sense for business.
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Craig Morgan
Helping large sites in the industrial sector and built environment decarbonise and reduce energy cost
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This chart is not a forecast - it shows the dramatic growth of an underrated piece of the energy jigsaw puzzle - #biomethane. Any forecast will show that it will still get a lot bigger as its value becomes clear to many others. And let’s not forget the hidden value of the biogenic CO2 that will be co-produced in an AD plant, and form a key part of the SAF value chain in future.
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Craig Morgan
Helping large sites in the industrial sector and built environment decarbonise and reduce energy cost
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Renewable gas helps us to decarbonise faster, and critically provides a biogenic CO2 that can be used for Sustainable Aviation Fuel.
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Craig Morgan
Helping large sites in the industrial sector and built environment decarbonise and reduce energy cost
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Corporates are now looking to go deep into renewable energy by purchasing PPAs bundled with RECs, or buying RECs separately. High Quality Carbon Offsets should not be forgotten - they can be purchased now, represent real action on carbon, and help set a real carbon price for an organisation.NG is helping corporates with global retirement of RECs and Offsets.
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Craig Morgan
Helping large sites in the industrial sector and built environment decarbonise and reduce energy cost
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Victorian Energy Efficiency Certificates hit … $106. The payback on doing an energy efficiency or solar project in Victoria is now better than ever before. Call us and talk to the leader in VEEC creation.
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Craig Morgan
Helping large sites in the industrial sector and built environment decarbonise and reduce energy cost
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I am a big fan of Carbon Removal Projects and Puro.earth. Our customers and buyers like them too. I particularly like when these projects are used improve material circularity. Biochar is one of my favourites - it can be used on Ag Waste, digestate from Anaerobic Digestion, and other materials to help lock up CO2 in soils. The CO2 was originally captured from the atmosphere by nature just doing its thing. When used with AD on Ag Waste, you can get Biomethane, bio-CO2, and potentially biochar. Great circularity.
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Craig Morgan
Helping large sites in the industrial sector and built environment decarbonise and reduce energy cost
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This is pretty big because1. the application process is relatively straightforward2. the timeline is tight3. it is targeted at SMEs facing the pressures of hikes in input costs, labour, energy prices, etc.
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