Biomethane; today’s transition fuel, tomorrow’s green gold Wednesday 8th July #WorldBiogasSummit21 Flexible Generation and Turning Landfill Gas into an Asset WBA Summit
Alex Marshall Agenda Group Business – Clarke Energy Development and – Gas engines Marketing Director – Case studies
7th July 2021 Introduction 3
Global Supporting net- Experience Lower costs and Turnkey Maintenance zero carbon Operates in 27 Over 7.3 GWe Turnkey EPC Full maintenance, countries Our projects seek of Jenbacher Lower costs contractor with operation and to support the installed and carbon civil engineering overhaul services transition to a emissions through capabilities maximising zero-carbon fuel efficient equipment economy power availability Geographical reach 4 Geographical reach 5 Product Offering 6
INNIO’s Jenbacher gas engines TPI’s Biogas Upgrading Systems (0.25-10MW) (Membrane and selective solvent) Fuel flexibility 7
Biogas Flexible delivery model 8
Biogas Upgrader or Power module Biogas Genset A Jenbacher biogas A membrane or amine engine module is biogas upgrading unit or configured for the a biogas engine recovery of both electricity and heat
Hybrid solutions Power plant Clarke Energy can take Clarke Energy can on a greater scope of supply a turn-key project supply and installation of a multi- incorporate different engine power plants power generation technologies Clarke Energy global biogas experience 9
800
700
600 500 ~1.4GWe 400
300 globally
200
100
0 UK / France / Australia / USA India Eastern Africa Latin China Ireland Belgium New Europe America Zealand
Agricultural Waste Landfill Wastewater treatment plant Energy efficiency basis of combined heat and power technology 10
Conventional Power Plant
Fuel (100%) Electricity for transmission (35%)
Supplied electricity Generation/heat Transmission Losses (efficiency) 33.5% losses (65%) (1.5%)
Gas-fuelled CHP plant
Electricity (45%) Fuel 90% (100%) Efficiency Useful Heat (45%)
Generation/heat losses (10%) Increase in Intermittent Capacities in a Growing Incidence of Top and Bottom Prices. 11 Projections by Aurora ER* 07305 227960
Source: Aurora ER 2021 Biogas and flexible generation 12
At biogas plant • Larger gas storage >4 hours • Move away from base load generation support tariffs • Onsite flexible power generation with gas reciprocating engines and energy trading software
Using gas network • Biogas upgrading to clean biogas to grid injection standards • Utilise grid as gas storage location • Grid connected gas peaking stations to balance grid Embio Limited, 13 Mahad, India
Agricultural biogas fuelled combined cooling, heat and power plant
1.5MWe 1 x JMC420 Forsa 14 Pimbo, Hillhouse, Chadderton, Bancroft
Forsa Energy’s peaking station portfolio
Grid balancing, renewable energy enablement, full EPC, 4 installations
80MWe
Pimbo, Hillhouse, Chadderton, Bancroft 4 x (4 x J624 + 1 x J616) Confidential client, 15 United Kingdom
Natural gas fuelled peaking station
Grid balancing, Capacity Market, record time, full turnkey delivery
50MWe 11x JGS624 Nova Power & Gas 16 Campia Turzii, jud. Cluj, Romania
Natural gas distributor and supplier, part of the E-Infra Group
4 x engines Engine supply to a project supplying delivered February electricity to an industrial park whilst 2021 providing capacity market services
13.4MWe 4 x Jenbacher JGS 620 gas engines Monetising landfill gas 17 Landfill gas constituents 18
Source: G. Tchobanoglouset al, 1993 Landfill gas CHP schematic 19 Landfill gas treatment phases (Source Landfill Methane Outreach Program) 20 Plessis Gassot, Véolia Propreté 21 and Dalkia, near Paris, France
Largest landfill gas power plant in France
Waste heat recovered for district energy scheme
17.3MWe 4x J620, 5x J416, 1x J320 Agrigaz Biogas Upgrading Facility, 22 France
Biogas upgrading facility
Stripping CO2 from biogas, injecting upgraded gas into gas distribution network. 23
Thank you James Rockall WLPG World Biogas Summit 2021
July 8th 2021 What is (traditional) LPG? LPG is traditionally a co-product of natural gas production (>60%) and crude refining. It consists of propane and/or butane.
Consumption 315 million tonnes/yr in 2020
>2,000,000 employees 3 billion consumers
Global value of the business > $300 billion/yr
www.wlpga.org LPG fuels thousands of applications
From cooking…
www.wlpga.org …to transport
www.wlpga.org From offroad applications…
www.wlpga.org …to anything requiring mobile heat
www.wlpga.org CLEAN, DECENTRALISED AND EFFICIENT ENERGY JUST LIKE LPG BUT RENEWABLE What is BioLPG?
Chemically identical
80% lower CO2 than LPG
Being consumed by thousands of families and businesses today Why use BioLPG? What is it used for? What is it made from? Demonstrate the credibility of meeting at least 50% of 2050 non-chemical demand with rLPG – c.130 million tonnes
www.wlpga.org Renewable LPG - pathways
Gasification Biorefining and (lipids) pyrolysis
Biogas Power-to-x conversion
www.wlpga.org Renewable LPG pathways Pathway TRL Main Product rLPG yield Examples
www.wlpga.org BioLPG - A Renewable Pathway Towards 2050
The European LPG market can be 100% renewable by 2050
www.wlpga.org rLPG – contribution of rDME
▪ Safe, clean and green – 50+ years of use as an aerosol propellant ▪ Physical properties similar to LPG ▪ Relatively easy synthesis via methanol or syn gas (H2 + CO) ▪ Can be blended into traditional LPG with dramatic overall decarbonisation ▪ Offers negative Carbon Intensity
www.wlpga.org rLPG – contribution of rDME
▪ CARB estimates the carbon intensity (CI) of dairy biogas-based DME to -278 gCO2e/MJ compared to ultra-low sulphur diesel which has a CI of 100 ▪ A mix of 20% rDME and 80% propane can give a net zero carbon intensity
www.wlpga.org Future molecules through existing infrastructure
Working on future fuels and blends e.g. rDME, green ammonia, green hydrogen
rDME rNH3 rH2
www.wlpga.org www.wlpga.org 34 Thank you!
JAMES ROCKALL
Email: [email protected] CONTACT
182, avenue Charles de Gaulle – THE WORLD LPG 92200 Neuilly-sur-Seine, France Tel. : +33 (0)1 78 99 13 30 ASSOCIATION Fax : +33 (0)1 78 99 13 31 Email : [email protected]
www.wlpga.org 35 Renewable Natural Gas and Hydrogen
July 8, 2021
Tej Gidda Agenda Future Energy and Decarbonization Renewable Natural Gas Hydrogen
RNG + H2
Lavo: Residential Hydrogen Storage
Decarbonization
https://www.shell.com/energy-and-innovation/the-energy-future/scenarios/shell-scenarios-energy-models/world-energy- model/_jcr_content/par/textimage.stream/1510344160326/2ee82a9c68cd84e572c9db09cc43d7ec3e3fafe7/shell-world- energy-model.pdf Wehave done relatively well abating electrical emissions.
The fuels side of abatement is a harder problem and the largest challenge. Renewable Natural Gas (RNG)
Current state RNG Production Capability (Mm3 RNG/yr) • RNG currently only makes up 0.1% of the natural gas supply mix in US; biggest hurdle is cost and economies of 20,000 scale 10,000 • Strong potential for growth given push to decarbonize and government support 0 Landfills Wastewater Farms Food Waste Treatment # Operational RNG Number of Potential US Projects in US (1) Projects (RBC, 2020) Operational Potential (2)
Landfills 2,600 Future state • RNG from a range of existing sources has the potential to Wastewater 16,000 Treatment meet an estimated 10% of natural gas demand by 2040; roughly equivalent to the size of the solar industry(1), (3). Farms 8,000 • Market potential is essentially demand for conventional gas
Food Waste 1,000 (4) • Market potential requires consumers to want to transition to green energy, policy support and feedstock which means a full Total 119 26,600 transition is unlikely
(1) RBC, 2020 • Based on a price of $20/GJ, the Canadian RNG commercial
(2) National Renewable Energy Laboratory market potential is an estimated $26 billion per year
(3) M.J. Bradley & Associates
(4) Estimate RNG is: • Proven • Raises no real concerns for pipeline integrity • Distributed • Able to displace fossil fuel • Marketable
RNG is also: • Not going to abate the fuels issue by itself Why is Hydrogen Important?
• Most abundant element in the universe • Most abundant element on Earth (water) • Energy-rich • No carbon • Bridges electrical and gas networks • The exportable renewable
https://www.sciencemag.org/news/2019/07/debate-intensifies-over-speed- expanding-universe Consumers are shifting their buying, living and employment habits around sustainability. https://communications.ghd.com/energy-post- COVID/ Hydrogen is Already in Use
North America represents 25% of total global NA Hydrogen demand could grow 8 demand times from 18 million Metric Tonnes to over 135 million Metric Tonnesby 2050. How to Make Hydrogen
Hydrogen is manufactured almost entirely from coal and natural gas = ~830M tonnes of CO2 emissions per year, and is an integral part of the modern refining and chemical industry.
Air Products electrolyzer; for every 1 ton of hydrogen produced, 16 tons of pure oxygen are also produced. Hydrogen Blending Blending allows for: • Utilization of existing natural gas transmission and distribution networks • Transitory decarbonization of the natural gas system • Significant infrastructuredevelopment for hydrogen, both blue and green • The possibility of recovering hydrogen at end- of-pipe
Blending requires: • Careful attention to safety and maintenance of pipeline infrastructure • Access to geological sequestrationof carbon dioxide, or utilization approaches • Viable offtake markets
GHD White Paper on Hydrogen Blending, undertaken for the Pipeline Research Council International H2 Market – Global Investment Potential
2030 Well established Hydrogen Economy
Infrastructure investment needed by 2030 US$3T to develop the Hydrogen Economy
Infrastructure investment needed by 2050 US$20T to develop the Hydrogen Economy
Source: QIC RED PAPER: GATHERING PACE - INFRASTRUCTURE OPPORTUNITIES IN THE HYDROGEN ECONOMY RNG + H2
Organic Waste-to-Energy
Landfill Gas / Biogas
• For SMR, based on an overall carbon footprint, for every 1 ton of hydrogen produced, 9 tons of CO2 are produced. thank you [email protected]
ghd.com ghd.com/futureenerg y ghd.com/hydrogen Dennis Gubin Strategy Director, Europe
Antec Biogas – World Biogas Summit – 7 July 2021 Biogas industry: Opportunities and Issues World is about to establish lots of new biogas capacity by but how? 2020 EBA figures 2030 WBA figures
Biogas 167 Twh Biomethane 360 Twh
Biomethane 26 Twh Hundreds of new plants will need to be constructed annually to reach the goals! |–58 … and many other benefits
59 Challenges to Traditional technologies Biogas has been available for decades, but the development has been stagnant
The challenges we overcome in Antec Biogas
Lots of logistics required for large plants, far from Waste Sources Long retention time in large CSTRs High Energy Use Simple Stirring Solutions cause Uncontrolled Substrate Feed Maintenance and Plant Downtime due to Sedimentation Low Yield industrial solutions, primarily solving environmental waste issues Limited ROI for investors. Large Area Requirement Dependent on Government Subsidies Odor and NIMBY*-principle when it comes to development
(*) NIMBY = Not In My Backyard |–60 Born in Norway, out of the technical agriculture Research community
Award for best innovation 2021
2018 2020 Technology developed
2018
Organization Development Norwegian University Of Geared up for European growth Life Sciences 2015 Search for Partners
2019
Antec Established Patents 2021 First installations
|–61 Antec copied the undisputed market leader in digestion: the Cow Why does it take many weeks to generate biogas?
Antec’ reactor replicates the cows’ stomach – Chamber construction allows for separation of each process Multi-chamber Biofilm Plug Flow Reactor
Acid Hydrolysis Methane production production
Carbohydrates (Sugar) Carbo Acids alcohols Fat Acetic CO2 + (Fat acids) Hydrogen Hydrogenic CO2 acetic acids Protein (Amino acids) Methane & CO2
Hydrolysis Acid production Methane production
|–62 Quick Digestion: how is this possible?
Rotation No Pumping No Sedimentation
Biofilm Large Surface
|–63 Quick Digestion: how is this possible?
Highly Flexible Clusters of reactors
Small Buffer Tanks Mixing Tanks
|–64 Additional Antec Features and Differentiators What makes our solution truly unique
Low Energy Costs Small Volumes Large Surface (65% of CSTR Volume) In Compact Size 105m³ - our largest reactor Efficient Mixing (20x more energy needed for agitators) Up to 1650 m² of biolfilm surface Thermophilic/Mezophilic 3 standard reactor sizes: ROI: 3-5 years Mode Standard tanks, 30, 60, 105m³ produced at factory Low heat loss (insulation and heat exchangers) High Yield
Low Capex and OPEX Full Automation Processing Capacity Proprietary No Downtime Control System up to 7,500 tons sludge a year Remote Operations 50% in DS reduction in Operated by 2-3 staff sludge
|–65 Antec’s patented reactor technology – the Game-Changer Revolutionizing the way of Biogas production – Plug&Play Systems
Anaerobic digestion using traditional methods takes 30-50 days… …Antec patented technology reduces time to around 6 days
Antec Revolution
The Biogas Plant of • Smart City Developments the future? • Smaller Farm installations • Shopping Malls Does the • Breweries size • Food Producers really matter? • Airports • Cruise Ships • …. • …. |–66 Antec’s Plants - References Liholmen Plant, Båtsfjord – the World’s Northernmost Biogas Plant, commissioned Dec’2020 *
Two reactors installed in Existing Building
Compact size of the medium size plant –8,000 tons (manure/fish/food waste)
Main Reactor Building Small Buffertanks for substrates Future Reactor Building
Stack installation for large plants (up to 160,000 tons)
Gas Storage & Flare
Comb.Heat&Power Unit Food Waste reception facility
(*) Plant Walk-through Video is available ondemand |–67 THANK YOU!
How can Antec support you in reaching your goals?
• Technology Webinar + Virtual Plant Visit Tuesday 13th July 2021, 11:00-12:00 CET
• Full commercial installations, pilots
• Financing opportunities
Contact us to discuss your ideas !
[email protected] +47 95936301 www.antecbiogas.com |–68
FRENCH BIOGAS MARKET : The prepartion of inputs, an important issue for sector
• Media specificity :
• Mainly agricultural waste • Cow, Horse and Poultry manure • Cow, Pig and Duck slurry • Cereal waste • Corn and Grass silage • I.C.E (Intermediate Cultivation for Energy) THE FRENCH BIOGAS MARKET : The prepartion of inputs, an important issue for sector
• Media specificity :
• Lot of foreign bodies • Stone • Sand • Scrap pieces • Tool THE FRENCH BIOGAS MARKET : The prepartion of inputs, an important issue for sector
• The Pumpenfabrik WANGEN solution :
The NEW X-UNIT THE FRENCH BIOGAS MARKET : The prepartion of inputs, an important issue for sector THE FRENCH BIOGAS MARKET : The prepartion of inputs, an important issue for sector
• How does it work ?
• The X-TRACT THE FRENCH BIOGAS MARKET : The prepartion of inputs, an important issue for sector
• How does it work ?
• The X-CUT THE FRENCH BIOGAS MARKET : The prepartion of inputs, an important issue for sector
• How does it work ?
New X-UNIT THE FRENCH BIOGAS MARKET : The prepartion of inputs, an important issue for sector
• How does it work ? THE FRENCH BIOGAS MARKET : The prepartion of inputs, an important issue for sector
• Why is it innovative ?
• Limits sedimentation into digester • The X-TRACT volume approx. 400 l THE FRENCH BIOGAS MARKET : The prepartion of inputs, an important issue for sector
• Why is it innovative ?
• Better degradation of inputs (smaller particles) • Bacteria break down matter more easily • The retention is reduced allowing an increase in the volume of inputs THE FRENCH BIOGAS MARKET : The prepartion of inputs, an important issue for sector
• Why is it innovative ?
• Maintenance facilitated by design THE FRENCH BIOGAS MARKET : The prepartion of inputs, an important issue for sector
Thank you for your attention microbEnergy GmbH
foundation 2012 location Schwandorf i.d.Opf./Bayern business area renewable energies group Viessmann Climate Solutions SE © microbEnergy Schmack BioEnergie GmbH
Schmack Biogas Service GmbH microbEnergyGmbH Bio-EnergieAllendorf GmbH Project development and feasibility studies Development and basic engineering
Bild: ©alphaspirit/Shutterstock.com biological methanation --, by microorganisms
carbon dioxide -- + hydrogen H2-Utilisation|Energy Storage Rawgas-Upgrading ProjectDietikon
Bild: ©Limeco Contact person
RobertBöhm [email protected]
Jonas Klückers [email protected] microbEnergyGmbH Bayernwerk 8 92421 Schwandorf www.microbenergy.com
© microbEnergy
KEW Technology Ltd …a world beyond fossil fuels
“…after assessing multiple technology platforms and an extensive due diligence Biogas & syngas technology exercise, CEFLA selected KEW as their preferred technology partner, due to the route synergies robustness of the technology and the capability of the management team…” – Massimo Pinoli, BD Director, Cefla
Kevin Chown, COO “We are of the opinion that the technology is amongst the most promising in the marketplace…” – Adam Morton , Head of Low Carbon - Rolls Royce plc
“We believe rDME has significant potential to help us achieve our ambitions to be a leader in sustainable energy, and KEW’s proprietary technology is an important new and efficient route to valorise waste” - Bram Gräber, CEO SHV Energy Who we are
We are a low-carbon sustainable energy and solutions company based in the UK. We convert post- recyclate waste and all biomass-based feedstocks into advanced energy vectors
Our vision: a world beyond fossil fuels
Our unique pressurised advanced gasification technology provides unparalleled robustness, cost effectiveness and energy efficiency
>10-year development history to full commercial product demonstrator (£20m invested facility in Wednesbury, UK)
Co-funded by Energy Technologies Institute (ETI) – a partnership between the UK government, BP, Rolls Royce, Shell, Caterpillar, E.ON and others through a competitive process
Clearly defined commercial roll-out plan supported by blue-chip strategics At the heart of two parallel market evolutions
The race for corporate 'Net-Zero' Waste Incineration no longer the 'default’ intensive industries are facing a dual sustainability challenge waste increasingly seen as a valuable resource for 'difficult to decarbonize’ industry sectors (aviation, natural gas replacement, transport)
Decarbonisation of operations and reduction of EfW no longer offers a compelling carbon 1 1 GHG emissions reduction story The shift to zero waste as part of a circular KEW leverages waste as a genuine asset to 2 2 economy help decarbonisation Why Advanced Conversion Technology (ACT)?
Increasing global waste problem Biomass increasingly important in carbon cycle Flexible Energy Vectors FLEXIBLE FEEDSTOCKS RESIDUAL WASTE HEAT
Gap for conversion ELECTRICITY BIOMASS technology: ▪ Clean H2-rich Syngas ▪ Compact for co-location SYNGAS PRODUCT: RESOURCE INDUSTRY ▪ Efficient H2 & CO ▪ Cost-effective UTILISE WASTE SUSTAINABLE HEAT HAZARDOUS WASTE FUELS: rDME, SAF, Diesel
CHEMICALS FEEDSTOCKS
13/07/2021 95 Our story: advanced gasification technology leading the market
Initial technology discovery; analysis of External due diligence Greenhouse Gas Removal Innovation: KEW’s Selected by the SEC fully operational failures in ETI to develop the and risk mitigation SEC built, running in CCH2 – looking at provision of hydrogen gasification SEC demonstrator work campaign mode with carbon capture
2008 2021
BESTF3 Engine Innovation Port injection system Key commercial BEIS Hydrogen Bulk Rushlight “Energy Collaboration on a Established a JV “Circular Fuels” for power generation DFID Kenya F4C Renewable relationships in Supply & Industrial Fuel CCU project for to develop commercial rDME developed and tested Project Fuels from Waste” place; commercial zero-carbon Switching award production plants rollout begins fertiliser production Technology solution: a modular product
XTH: ‘X’ – anything to heat
XTE: ‘X’ – anything to equilibrium
XTF: ‘X’ – anything to fuels
A robust, proprietary stacked fluidised bed giving excellent feedstock flexibility and cost effectiveness
The first UK technology to achieve “End of Waste” status
Unique pressurised operation makes system compact and cost effective – fully factory built
Pressurised syngas supply gives unprecedented advantages for industrial integration and synthesis applications
Patented Equilibrium Approach Reformer completely normalizes gas composition independent of input feedstock Technology differentiation
Advanced gasification enables the high efficiency conversion of challenging feedstocks at distributed scale
KEW is…
The only technology Unique in having Manufactured and Backed by technology The only gasification which can use variable already proven its deployed in modules, performance guarantees technology which is waste as a feedstock for technology at industrial reducing capex & required by funders economically viable at high stability negative scale (SEC construction timelines distributed scale carbon hydrogen demonstrator) vectors
98 SEC – World-first flagship ACT commercial scale demonstrator
Pressurised Gasification Plant The SEC is commercial product validation of KEW’s technology
Unparalleled technology performance validation and optimisation
Unique ‘live-environment’ to engage key stakeholders
‘Centre of Excellence’ platform for technology development
UK, West Midlands Woody Biomass
Agricultural Biomasses, straw, sewage sludge, Hazardous digestate waste including CAT 3 Aviation RDF from C&I waste and Municipal Waste
Feedstock Flexibility Complimentary ACT & AD routes: prioritising the right feedstock for the right technology route
AD by Wet product Drier (digestate) as feedstocks ACT feedstock (due to need to divert feedstocks from land spreading due to rising plastic for AD contamination) for ACT
101 Valorisation of AD by-product & other synergies between ACT & AD Advanced Conversion Technology Anaerobic Digestion Advanced gasification
ATC can support AD by-product valorisation by TWO providing a technology platform to convert the COMPLIMENTARY ▪ AD can support ATC by providing biogenic feedstock (better carbon profile) for conversion digestate to high-value energy vectors (.e.g. fuels TECHNOLOGY such as DME, Hydrogen, SAF) to high-value fuels taking resource recovery ROUTES: and valorisation to the next step This facilitates use of digestate diverted from farms SYNERGISTIC and land spreading due to rising increase in ▪ Providing digestate for fertiliser production microplastics ACCELERATION through processes like CCm technologies that (note: UK EA revision of PAS110&100 to limit plastic contamination) TOWARDS can be integrated with KEW modules to take Support AD further development through lessons ACHIEVING NET bio-char & CO2 represents another further learnt from modularisation approach step in maximising resource recovery ZERO
102 Keep chemical energy as chemical energy Why is rDME* so important to the biogas & LPG industry?
✓ Volumes of bio-LPG via HVO are limited: ▪ Constrained by volume and price of feedstock ▪ Alternative routes to bioLPG are in development – but will take at least 5 years to get to maturity ✓ rDME is (potentially) available today: ▪ rDME production technologies are already available ▪ rDME as main product ▪ Different abundant feedstocks can be used: manure, MSW, biomass + intermediates (biogas / rMeOH) ✓ rDME is very similar (but not identical) to LPG: ▪ It can be used blended (e.g. 20%w) or pure (100%) with limited modifications to existing LPG industry infrastructure ▪ CO2 and pollution reduction similar compared to bioLPG (dependent on processes / feedstocks) ✓ rDME, along with bio-LPG and bio-methane have many valuable complementary applications in harder to decarbonise areas: ▪ Transport fuel, household fuel, industrial fuel, chemicals industry, etc. ▪ All will be required to achieve the ambitious climate goals ✓ Major innovative players developing the market: ▪ Oberon Fuels in California (with investment from Suburban Propane) ▪ Proposed SHVE/UGI JV (subject to regulatory approval)
rDME* = renewable dimethylether (C2H6O) 104 New joint venture to scale-up rDME production
Circular Fuels Ltd (CFL): A new joint venture between KEW technology and SHV Energy. CFL is the Dev Co to develop rDME production plants through SPVs.
Process: KEW’s gasification technology is combined with a single-step DME production route that provides significant and ground-breaking advantages: ▪ Higher end-to-end efficiency arising from combining pressurised gasification with an inherently matched H2 : CO ratio ▪ A simple process to obtain DME to ISO 16861 ▪ Cost-effectiveness at a scale that suits the source market ▪ A highly effective delivery model (translating into lower offtake costs) Furthermore, the CFL Joint Venture will take an “Integrated Development” allows value chain optimisation and progressive offtake cost reduction
First commercial plant: ▪ 50 ktonnes / year rDME produced from MSW / RDF ▪ Located in UK ▪ FEED study completed / production expected Q4-23
Subsequent plants will be located across Europe and North America Strong alignment with net-zero global ambitions
A driver and enabler of the desired future net-zero and circular economy
Enabling progression towards zero emissions and ultimately negative carbon emissions
Supporting harder to decarbonise areas: industrial gases and sustainable fuels
Technology flexibility enabling value enhancement & resilience across supply chains
Significant contribution and alignment with the UN’s sustainable development goals (SDG’s) Get in touch! DISCUSSIONKChown@kew POINT -tech.com COLLABORATIVE NEXT STEPS KChown@[email protected] -tech.com
AD & Advanced Gasification are Commercial beneficial mutual complimentary technologies synergy to be explored
NZ Challenge facing the ACT & AD industry is how to maximise revenues from all feedstocks and Explorative conversations to have products
SEC as a commercial demonstrator is open to take a variety of SEC feedstock to run .e.g. digestate feedstocks
107 Proven technology driving a world beyond fossil fuels
We welcome further discussion…
Kevin Chown Amna Bezanty Chief Operating Officer Projects Development Manager [email protected] [email protected]
108