Pure Energy Centre The Green H ydrogen en A bled Z ero E missions supp L y HAZEL webinar series Dr Ross Gazey Pure Energy Centre Bio to H2 HAZEL Webinar 5 Marketable hydrogen innovations Innovation amp entrepreneurship of innovation of Energy Carrie ID: 934112
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Slide1
"Bio to
H2“ Dr. Ross Gazey, Pure Energy Centre
Slide2The ‘Green Hydrogen enAbled
Zero Emissions suppLy (HAZEL) webinar series Dr. Ross Gazey – Pure Energy Centre‘Bio to H2’HAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances
Slide3The Pure Energy CentreIntegrated energy systemBio to H2Key Findings;
InnovationsCommunity BenefitWider ImplicationsOverviewHAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances
Slide4The Pure Energy® Centre comprises a multi-disciplined team with extensive experience in clean energy technology integrationConcept development Systems designConstruction & Installation
Operation & Maintenance.Pure Energy® Centre
HAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances
Slide5Pure Energy® Centre
HAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances
Slide6We offer a ‘one-stop-shop’ for our customers From concept development through to implementationRenewable GenerationHydrogen Production
CompressionStorageDispensing.HAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances Pure Energy® Centre
Slide7HAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances
Pure Energy® Centre
Slide8Anaerobic Digestor
Water Supply
Electrolyser
H
2
O
2
Fish Processing and Public Waste
Grid Connection
Wind Turbine
Biogas CHP Engine
H
2
Transport
H
2
CHP
Salmon Hatchery
The BIOH2CHP system
HAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances
Bio to H2
Slide9HAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances
A modest ~30kW electrolyser powered by biogas via an integrated CHP can produce up to a maximum of 12kg of hydrogen per day.
At the Lower Heating Value (LHV) hydrogen contains around 33.3kWh/kg
At the Higher Heating Value (HHV) hydrogen contains around 39kWh/kg
In simple terms this is the equivalent circa 146MWh equivalent LHV and 171MWh equivalent HHV
Bio to H2
Slide10HAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances
As a road fuel equivalent
, the total displaced diesel potential is 11.4T, equivalent to 146MWh (the LHV of H2).
Equates to roughly 2,994 Imperial (not US) Gallons of Diesel. (
approximately 13,611 Litres)
The average equivalent of driving almost 129,000 miles in your average UK Diesel car on 100% mineral diesel.
Bio to H2
Slide11HAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances
when working at maximum capacity this has the potential to save 35.7T CO2e
/annually*.
it is suggested in literature that your average pine tree would, in the course of its life, absorb roughly 10 kilograms of CO2 per year.
Assuming the standard measurements of tree planting is about 1000 trees per hectare a hectare could absorb around 10 tons per year.
Therefore in unit measurement of equivalent trees the saving in diesel burn would be the equivalent of planting 3570 average pine trees, or in land mass the same as 3.57 hectares of tree plantation of your average pine tree.
*kgCO2e/kWh figures based on UK Government GHG Conversion Factors
Co2e is carbon dioxide equivalent saving.
Bio to H2
Slide12HAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances
Key Findings
Slide13HAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances
Diverting organic waste from landfill and reducing transport of organic waste off-island
Capturing ‘waste’ oxygen from the electrolysis process to create a new product: ‘green’ oxygen
Displacing kerosene and diesel consumption with renewable heat, and creating a new low carbon fuel: H
2
Producing methane from waste CO
2
and excess H
2
Managing on-site energy generation to minimise grid impacts.
Innovations
Slide14HAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances
Help secure continued development of the waste energy industry in remote communitiesBetter handling of organic waste in remote communities increases local employment
Handling of oxygen and hydrogen through local distribution networks provides new local jobs (heat and power)
Develop future and new hydrogen supply chain that can support adoption of hydrogen vessels and road transport.
Benefits to local economy
Slide15HAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances
The majority of marine fish farm sites are off grid, powered by diesel generators, and supplied by diesel powered work boats, consuming around 40 GWh/year
Hatchery sites have high levels of heat demand, c.11
GWh
/year
Fish waste from operations and processing has energy potential of c. 60
GWh
/year
Wider implications
Slide16info@pureenergycentre.com
HAZEL Webinar 5: Marketable hydrogen innovations - Innovation & entrepreneurship of innovation of Energy Carriers through academia & industry alliances
Thankyou for your time
‘Green
H
ydrogen
en
A
bled
Z
ero
E
missions
supp
L
y
(HAZEL) webinar series
Dr.
Ross Gazey – Pure Energy Centre
‘Bio to H2’