Dr. Greg Trainor and Neil Belford speak with Warner Priest, Senior Executive at Intercontinental Energy, about engineering the world's largest green hydrogen projects. Warner explains the technical logic behind the 110-gigawatt Western Green Energy Hub and Australian Renewable Energy Hub—projects that could transform global shipping, steel production, and Australia's industrial base. He reveals why hydrogen pipelines are superior to long-distance transmission at scale, how seawater desalination requires less water than most imagine, and why green ammonia is the safest, most proven energy carrier for shipping.

(07:00) P2H2 node architecture: why pipelines beat transmission lines

(12:00) Green hydrogen vs batteries: complementary solutions for different problems

(16:00) Electrolyser efficiency trajectory and Australian innovation breakthrough

(21:00) Desalination reality check: one Perth plant supplies 70-gigawatt project

(30:00) Green ammonia safety engineering and shipping fuel opportunity

(36:00) Green iron calculations: 25 million tons from a single project

(46:00) Success metrics for the 2030s and future outlook

The views and opinions expressed by the guest speaker during this podcast are solely their own and do not reflect the official policy or position of their employer or any other organization they may be affiliated with.

Our guest shares personal experiences and insights based on their individual journey, and listeners should understand that these reflections are meant for informational purposes only.
Any advice or opinions presented in this podcast should not be construed as professional guidance, and individuals are encouraged to seek their own counsel regarding their specific situations.

Wired For Energy is a production of Network Edge, with episodes produced and edited by Posterboy Media.

To find more information about the energy transition visit - www.networkedge.io

Dr. Greg Trainor and Neil Belford speak with Tony Arnel, Professor and former Deputy Chair of Forest and Wood Products Australia, and past President of the Energy Efficiency Council. Tony explains how demand-side management evolved from "not sexy at all" to mainstream conversation over 17 years, shaped by the Council's advocacy for stronger building standards, appliance ratings, and electrification pathways. He reveals the elephant in the room: millions of existing buildings built before performance standards existed, and why Australia still lags European minimum standards despite moving from four to seven-star housing ratings. The conversation shifts to forestry's surprising role in the energy transition—Australia is a net importer of timber despite vast forests, and timber buildings from cross-laminated structures to 45-story towers like Sydney's Atlassian building offer carbon sequestration advantages while improving indoor air quality and occupant wellbeing.

(00:00) Introduction and Energy Efficiency Council's demand-side focus

(06:00) Council's advocacy role and influence on national policy

(16:00) Social license and consumer support for energy efficiency

(21:00) The elephant: existing buildings and international standards gap

(27:00) Forestry's role and Australia as net timber importer

(33:00) Cross-laminated timber renaissance in commercial buildings

(38:00) Industry professor role connecting academia with research funding

The views and opinions expressed by the guest speaker during this podcast are solely their own and do not reflect the official policy or position of their employer or any other organization they may be affiliated with.

Our guest shares personal experiences and insights based on their individual journey, and listeners should understand that these reflections are meant for informational purposes only.
Any advice or opinions presented in this podcast should not be construed as professional guidance, and individuals are encouraged to seek their own counsel regarding their specific situations.

Wired For Energy is a production of Network Edge, with episodes produced and edited by Posterboy Media.

To find more information about the energy transition visit - www.networkedge.io

Dr. Greg Trainor speaks with Dani Alexander, CEO of UNSW Energy Institute, about Australia's energy research landscape and the alarming decline in R&D investment. Despite UNSW's proud legacy—including inventing the modern solar cell and vanadium redox flow battery—public energy R&D has halved over the past decade while deployment spending tripled. Dani reveals why Australia now invests just 0.03% of GDP in energy innovation compared to 0.06% a decade ago, and warns this threatens our ability to become a renewable energy innovation superpower. The conversation covers UNSW's three strategic pillars: consumer-led transformation, grid decarbonisation, and export opportunities in green commodities. Dani also discusses the Sunspot calculator, transport sector challenges, AI's double-edged impact, and why the global energy workforce shortage has become a key barrier to achieving net zero.

(00:00) Introduction and UNSW Energy Institute's role

(03:00) Solar legacy: PERC cells and Australia's manufacturing opportunity

(20:00) Consumer focus and the Sunspot independent calculator

(34:00) Investment crisis: energy R&D halved while deployment tripled

(42:00) Three strategic objectives and buying into the transformation

The views and opinions expressed by the guest speaker during this podcast are solely their own and do not reflect the official policy or position of their employer or any other organization they may be affiliated with.

Our guest shares personal experiences and insights based on their individual journey, and listeners should understand that these reflections are meant for informational purposes only.
Any advice or opinions presented in this podcast should not be construed as professional guidance, and individuals are encouraged to seek their own counsel regarding their specific situations.

Wired For Energy is a production of Network Edge, with episodes produced and edited by Posterboy Media.

To find more information about the energy transition visit - www.networkedge.io