Industrial Energy Transformation Fund Phase 2 Competition Briefing

www.ktn-uk.org
Jenni McDonnell MBE, KTN
Industrial Energy Transformation Fund
Phase 2: Autumn window
6th October 2021

Housekeeping
• You will be muted during the event so please use the chat box in Youtube to ask questions
about the competition process. Please state which competition the question relates to –
STUDIES or DEPLOYMENT
• Introduce yourselves on Youtube, network virtually.
• The event is being recorded and you will be sent a link to the recording after the event to
share with colleagues.
• Book one to ones discussion with BEIS and KTN via Meeting Mojo. The meetings will take
place from 13.30 – 14.30. They are 10 minute discussions with the funders in confidence.
Register at https://ietf-phase2.meeting-mojo.com/

Agenda
YouTube event
10.00 Welcome and housekeeping
10.05 Industrial net zero carbon policy
10.15 IETF Competition: Scope, eligibility and competition process
10.50 Q&A
11.05 Mentimeter survey
11.10 Networking break
11.20 Case study 1: Celsa Manufacturing
11.35 Case Study 2: Phillips 66
11.50 Technology Pitches
12.20 IETF Competition: Application support service
12.30 Closing remarks
Networking platform
13.30 One to one discussions with the funders

IETF Phase 2 stakeholder briefing event
Industrial Net Zero Policy
Catherine Barber
Deputy Director, Industrial Energy Transformation Fund

• To reach the Net Zero target in 2050
industrial emissions need to fall by
around 90% from today’s levels.
• The Industrial Decarbonisation Strategy,
March 2021, sets out how the UK can
have a thriving industrial sector aligned
with the net zero target, without pushing
emissions and business abroad.
Net zero industry
• Industrial emissions account for around 16% of UK emissions.
Industrial Decarbonisation Strategy Pathway

Government action on Industrial Decarbonisation
Investment: Government offers support from research,
development and innovation to demonstration and
deployment of clean technology.
1
Industrial Clusters Mission: The UK has a mission to
support the delivery of four low carbon clusters by 2030 and
at least one full net zero cluster by 2040.
2
Strategy: We recently published our Industrial
Decarbonisation Strategy and Hydrogen Strategy with
associated consultations.
4
3
Market Building: BEIS is committed to carbon pricing.
We have launched the UK Emissions Trading Scheme
and this is being further developed.

Reduce energy costs and emissions for industry
Bring down costs and risks of deep decarbonisation technologies by
demonstrating those technologies
Two objectives:
• The IETF is targeted at industrial processes
• The fund is open to businesses - of any size - registered in England, Wales or NI.

IETF - Who's Who?
• BEIS is delivering the Phase 2: Autumn 2021 competition window.
• BEIS will manage the application, assessment and award process.
• All relevant application materials can be found on Gov.uk.
• We have partnered with the Knowledge Transfer Network who can help
you to partner with other businesses, access the Virtual Technology
Marketplace, and will be running events throughout the window.
• If you have a site in Scotland you can apply through the Scottish IETF,
our sister scheme, delivered by the Scottish Government.

The IETF has a budget of £289m out to 2025. We will allocate funding in England,
Wales and Northern Ireland in two phases:
• Phase 1 has concluded – we expect to spend up to £70m from two competitions.
IETF funding and competition windows
Window Approximate budget
Phase 2: Autumn 2021 £60m
Phase 2: Spring 2022 £60m
Phase 2: Summer 2022 £55m
Phase 2: Autumn 2022 £45m
• Phase 2 will allocate the
remaining funding across four
windows, including this one
(Autumn 2021).
• Phase 2 expands the initial
scope to include decarbonisation
deployment projects.

Energy Efficiency technologies
• Energy efficiency technologies have been supported in both Phases
• You can apply for a grant to install or retrofit process equipment on site
• Alternatively, you can carry out a study to investigate a technology option
We’d like to hear from you!
If you work in manufacturing or construction, please do take part in our online survey.
It asks about your firm’s energy usage and approach to energy efficiency; the barriers
you face; and the ways that BEIS could further support you.
The survey only takes 20 minutes and will ensure your sector is represented in future
policy www.iffresearch.com/BEISsurvey

Deep Decarbonisation technologies
Phase 2 opens the fund to decarbonisation deployment technologies for the first time. We will support
key technologies such as: Electrification; Fuel switching to hydrogen and other low carbon fuels; and
Carbon capture
Grants will be offered to install or retrofit process equipment on site, or to conduct a study. The IETF
does not support operating costs, fuel production or wider transport and storage infrastructures.
The IETF will complement a package of industrial decarbonisation policies, including:
• the £240m Net Zero Hydrogen Fund (NZHF)
• the £1bn Carbon Capture and Storage Infrastructure Fund (CIF)
The government will shortly announce the first successful clusters chosen for support through the CCUS
cluster sequencing process.
If your site could be part of these clusters, aiming to deploy CCUS by 2030, you might consider applying
to the cluster process which will run in parallel to the IETF. If successful, you can negotiate a package of
support towards your capital and operational expenses.

• The competition window ran from July to
October 2020.
• 39 applications were approved for funding,
around £31 million (subject to due diligence).
• A range of geographical regions, sectors,
technologies, and size of companies are
represented among the winners.
• Sectors include paper, food & drink, steel, and
glass
IETF Phase 1: Summer 2020 competition winners
Spread of Summer 2020 applications

Preparing your application
• Applicant guidance is available online. We recommend you read it before starting
an application.
• Do use the Virtual Technology Marketplace and the IETF networking platform
to build partnerships to facilitate applications to the fund.
• Our applicant support, eligibility check service and stakeholder clinics will be open
to answer questions throughout the window.
• Contact us: ietf@beis.gov.uk

Net Zero Innovation Portfolio
If you are at an earlier stage on your decarbonisation pathway, or have a less
mature technology there may be support available through NZIP
£1bn fund from 2021 – 2025
Hydrogen
H2
Bioenergy
Offshore Wind
Advanced
Nuclear Industry Built Environment
(Heat Pumps & Retrofit)
Greenhouse gas
removal
Smart Energy &
Energy Storage
Disruptive
technologies
Advanced CCUS
CO2

IETF Phase 2: Autumn 2021
Scope, Eligibility and Application Process
October 6th 2021
Lily Tozer, IETF policy advisor, and
Bess Hulme, Senior policy advisor,
Industrial Energy Transformation Fund,
Department for Business, Energy and
Industrial Strategy

IETF Phase 2 Launch Webinar
17
Autumn 2021 Timeline
27th
September
2021
6th
December
2021
Jan - April
2022
1st May
2023
1st May
2024
31st March
2025
Application
window opens
11am (GMT)
Application
submission
deadline
3pm (GMT)
Applicants
notified of
outcome at
assessment
stage.
All proposals
(studies and
deployment)
must have
commenced
Deadline for
feasibility
studies to
complete
Deadline for
engineering
studies and
deployment
projects to
complete
Grant Funding
Agreements
signed
Monitoring for
deployment
projects begins

18
Scope and eligibility
Energy Efficiency Deployment Deep Decarbonisation Deployment
Feasibility and Engineering Studies
Energy Efficiency and Deep Decarbonisation

19
Eligible industrial processes Standard Industrial Classification (SIC) codes
Mining and quarrying
05101 through to 05200;
07100 through to 08990; and 09900
Manufacturing 10000 through to 33200
Recovery and recycling of materials 38320
Data centre 63110
To lead an application your organisation must be a registered company, of any size, in England, Wales or
Northern Ireland.
As lead applicant you must carry out an eligible industrial process at an existing site (or sites) which will be
the focus of the application.
Who is eligible to apply?
You can find your SIC code on Companies House, though in some cases we recognise that this may not match to
your site’s activity. If this is the case you will be asked to evidence that your site is in scope – speak to us if you
have questions.

20
Collaboration
Lead applicants can collaborate with other organisations. As a project partner your
organisation must:
• be a business of any size, a research organisation, a research and technology organisation,
an academic institution, a charity or public sector organisation.
• be registered in England, Wales or Northern Ireland
• carry out work in relation to the lead applicant’s site located in England, Wales or Northern
Ireland
The maximum share of costs that research organisations may claim is 30%. This is the total
across all research organisations on the project.
BEIS will only have a legal relationship with, or pay money to, the lead applicant. The lead
applicant and project partners must also sign a collaboration agreement.

21
Feasibility studies
Minimum threshold Maximum threshold
Maximum subsidy
intensity
Must start by Must complete by
£30k total eligible
cost per study
£7m total grant
funding per study
50% (large company)
60% (medium)
70% (small/micro)
1st May 2023 1st May 2024
Feasibility studies must:
• investigate a defined technology solution that improves the energy efficiency and/or reduces the
greenhouse gas emissions of an industrial process.
• establish whether or not the potential technology is technically and commercially viable
• enable the applicant to reach a conclusion on whether further development of the proposed technology
solution is cost-effective.
A single study can investigate the feasibility of deploying a technology in up to 5 sites owned by the lead
applicant.

* uplifts available for collaboration and knowledge sharing
22
Engineering studies
Maximum subsidy
intensity*
£50,000 total eligible
cost per study
£14m total grant
funding per study
25% (large company)
35% (medium)
45% (small/micro)
1st May 2023 31st March 2025
Engineering studies must investigate:
• a defined technology solution that improves the energy efficiency and/or reduces the greenhouse gas
emissions of an industrial process.
• a technical approach including performance and commissioning and acquisition of materials, expertise etc.
• carbon reduction and other benefits analysis, economic forecasting
• health and safety, and permitting planning and consent
• project delivery requirements, risks and risk management strategy
A single study can investigate deploying a technology in up to 5 sites owned by the lead applicant.

23
Eligible costs for studies
The eligible costs for studies are the costs incurred in the process of producing the final study
report. This will typically include resource costs such as consultancy or staff time.
In some instances, applicants may also need equipment to test or derive results necessary to the
study.
• Costs associated with testing of products, processes and services are eligible provided they
cannot be used, in any form, in industrial applications or commercially.
• Equipment cost claims should therefore reflect only the usage period relevant to the study
based, for example, on depreciation or rental costs.
The intention is to support studies necessary to facilitate the permanent installation of
technologies at industrial sites, rather than general research, development, options analyses
and testing of technology solutions.
Costs for developing prototypes and pilots are not eligible.

24
Subsidy intensities
• There are maximum thresholds on the proportion of your eligible costs which can be supported
via a grant. Full details on these subsidy intensities can be found in the guidance.
• Your company size and location may impact on the maximum level of subsidy that you can
receive.
Company
category
Staff
headcount
Turnover or Balance sheet
total
Medium-sized < 250 ≤ £44m ≤ £38m
Small < 50 ≤ £9m ≤ £9m
Micro < 10 ≤ £2m ≤ £2m

25
Energy Efficiency (EE) deployment
Maximum subsidy
intensity*
£100k total grant
funding per
application
£14m total grant
funding per project
30% (large company)
40% (medium)
50% (small/micro)
Energy efficiency proposals should reduce the energy consumed by industrial processes at
site level, attributing benefits to both the bill savings (we anticipate most efficiency projects will
have a positive payback) and any associated emissions savings.
At the end of your project (project completion) you must have installed and begun to operate (or
be ready to operate) the energy efficiency technology.

26
Deep Decarbonisation (DD) deployment
Maximum subsidy
intensity*
£100k total grant
funding per
application
£14 million total grant
funding per project
30% (large company)
40% (medium)
50% (small/micro)
Decarbonisation proposals should reduce the emissions produced by industrial processes at
site level. While in some cases there may be an associated energy saving this is not the key
driver for the proposal and in many cases energy bills may in fact increase.
At the end of your project (project completion) you must have installed and begun to operate (or
be ready to operate) the decarbonisation technology.

27
Eligible costs for deployment projects
The IETF will provide grant funding towards the up-front costs of deploying an energy efficiency or a
decarbonisation technology. Ongoing operating costs are not covered by this competition.
Examples of the type of costs that are eligible are capital and material costs, subcontractor costs, and direct
labour costs for the installation of the measure.
You must be able to demonstrate that costs are additional and necessary to achieving the energy or
emissions saving.
• where the costs of investing in energy efficiency or decarbonisation can be identified in the total
investment cost as a separate investment, this cost will constitute the eligible costs.
• In all other cases, the costs of investing in energy efficiency or decarbonisation are identified by reference
to a similar investment (for example, replacing equipment on a like for like basis) that would not achieve
the desired outcome.
The difference between the costs of both investments identifies the energy efficiency or decarbonisation-
related cost and constitutes the eligible costs.

28
Aggregation
If you have more than one proposal, you may apply for them separately or as part of an ‘aggregated’
application.
Smaller deployment projects can be aggregated together to meet the minimum grant threshold. Since the
minimum thresholds for studies are set at low values, we require individual studies to exceed the minimum.
You have the option to aggregate up to five projects or studies (proposals) into one application, provided that:
• The proposals take place on sites owned by the lead applicant, and the proposals are undertaken with the
same project team
• The scope of the proposal meets the criteria of the strand of the competition you are applying for, such
that:
o Energy efficiency and deep decarbonisation technologies cannot be aggregated together.
o Studies and deployment projects cannot be aggregated together.
o Feasibility and engineering studies cannot be aggregated together.

29
Technological scope
Energy Efficiency (EE)
Studies and Deployment
Deep Decarbonisation (DD)
Studies and Deployment

30
Technology Readiness Level (TRL)

31
EE technologies generate energy savings, measured/estimated in MWh after implementation, these
include:
• Process optimisation: industrial process control systems, individual controllable equipment,
higher efficiency heat exchange.
• Equipment upgrades: more efficient combustion equipment, driers, ovens, kilns, process
heating/cooling.
• Process heat and energy recovery and heat pumps where used to power on-site industrial
processes:
o Equipment to generate electricity using waste heat/pressure/process gas/waste process liquid
o Heat pumps where the heat is sourced from the natural environment or from waste heat
o Energy recovery from waste heat/pressure.
• Resource efficiency measures: measures to reduce wastage and optimise use of raw materials
that results in lower onsite energy consumption.
Energy Efficiency (deployment and studies)

32
DD technologies should generate emissions savings, measured/estimated in CO2e before and after
implementation, including:
• Fuel switching - where the switch is to a lower carbon intensity fuel that is also not a higher
carbon intensity than the gas grid, this includes:
o Electrification of industrial processes
o Retrofits and upgrades of industrial equipment to use hydrogen or hydrogen blends
o Retrofits and upgrades of industrial equipment to use gas, or in certain instances biomass,
biogas and waste fuels
• Onsite carbon capture technology for utilisation or storage.
Deep Decarbonisation (deployment and studies)

33
DD - fuel switching (deployment and studies)
From To
Any Fuel Electricity
Fossil fuels Waste energy
Fossil fuels Waste fuel
Fossil fuels Biomass
Fossil fuels
Biogas or biomethane and
compressed or liquified natural gas,
only for sites that are remote from
the gas grid
Fossil fuels more carbon
intensive than the gas grid (e.g.
coke, coal, oil)
Gas grid
Fossil fuels Hydrogen
Fuel switching is only permitted where the
switch is to a less carbon intensive fuel.
Carbon intensities for most fuels are
provided by the UK Government GHG
Conversion Factors guidance.
The gas grid is used as a benchmark for
acceptable fuel switches (unless your site
does not have gas grid connection).
Fuel combustion proposals must be
above 1MWth input and comply with UK
air quality regulation.
CHP applications are only eligible where
they involve a DD fuel switch.

34
DD - biomass fuel switching (deployment and studies)
Applications that propose switching towards virgin biomass or residues (studies or deployment) will be
supported only where:
• the proposal involves a switch away from a fossil fuel with a higher carbon intensity
• the output from the biomass combustion is used in high temperature applications in which the
operational temperature of the industrial process or processes being heated is equal to or more
than 240 degrees Celsius.
• the source of the biomass is considered sustainable and will not result in adverse environmental
impacts. Feedstocks should typically be on the Biomass Suppliers List (for woody biomass) or the
Sustainable Fuel Register.
Applicants will need to justify the reasons for choosing biomass over other alternative
decarbonisation fuel switching options within scope of IETF funding.

35
DD - hydrogen fuel switching (deployment and studies)
Fuel switches to hydrogen will be supported where these involve either a switch to 100% hydrogen fuel or a blend
of hydrogen and other fuels. The identified hydrogen supply must be low carbon, defined for the purpose of this
application window as equal to or lower carbon intensity than the gas grid. The use of “grey hydrogen” is only
permitted for temporary testing.
Hydrogen studies
• Applications for hydrogen studies must include realistic, economically planned hydrogen supply options.
• Where the project is dependent on the development of off-site hydrogen supply networks, for example in a
cluster setting, the applicant can note any core planning assumptions that have been made.
Hydrogen deployment
• Applications for hydrogen fuel switching deployment projects must include detailed information about the
proposed hydrogen supply.
• Applicants must demonstrate a realistic plan to begin utilising the identified hydrogen supply within 5 years
after project completion and any key risks associated with the project.

36
DD - carbon capture (deployment and studies)
Carbon capture projects are eligible where it can be evidenced that the captured CO2 will be utilised either onsite
or offsite (CCU), or where it is transported and stored permanently (CCS). The intended or achieved outcome of
these projects must involve a reduction in carbon emissions associated with an eligible industrial process.
Carbon capture studies
• Applications for carbon capture studies must include realistic, economically planned utilisation or transport
and storage options.
• Where the project is dependent on the development of off-site transport and storage networks, for example in
a cluster setting, the applicant can note any core planning assumptions that have been made.
Carbon capture deployment
• Applications for hydrogen fuel switching deployment projects must include detailed information about the
proposed CO2 utilisation or transport and storage route/
• Applicants must demonstrate a realistic plan to begin capturing and utilising or permanently storing the
captured CO2 within a maximum of 5 years after the project completion date, and any associated risks.

37
Out of Scope
• New builds and expansions: funding cannot be used to
o support capital delivery of new build plant.
o repurpose a manufacturing site for a new industrial process.
o cover the costs of a project which aims to expand the capacity at an existing plant.
• Repair and maintenance
• Building improvements: including building lighting / space heating and cooling not integral to the
industrial process.
• Production of fuels
• Renewable electricity generation: i.e. solar panels or wind turbines, unless from waste heat,
waste pressure, waste process gas or waste process liquid not suitable for transport use.
• CHP is only supported with fuel switching as a DD project.

38
Assessment - Studies
Criterion Weighting
Study Overview 20%
Technical Feasibility 20%
Potential for Carbon and
Energy Savings
25%
Study cost/ Value for
Money (VfM)
10%
Added value 15%
Replicability 10%
• Applications for studies will be assessed and
scored against weighted criteria.
• Applications will need to pass minimum quality
thresholds.
• They will be ranked by score before being
considered by the BEIS Grant Award Panel.
• Applicants will need to provide a project plan and
risk register as part of the application.

39
• EE and DD projects won’t be assessed against each other, but there are similarities in the
assessment process.
• Applications will be assessed and scored against the following criteria. Projects will then be ranked
before being considered by the BEIS Grant Award Panel.
Criterion Explanation
Economic
assessment
• Determines if your projects represent good VfM. It takes into consideration factors including costs,
benefits, the risks of the benefits not being achieved and whether your project would not have gone
ahead without government support (additionality).
• You will be asked to fill out and upload the project benefits calculator.
Transformational
assessment
• Determines compatibility with HMG’s Net Zero commitments.
• You will be asked to justify your technology choices, and demonstrate replicability and scalability, as
well as novelty for DD projects.
Deliverability
assessment
• You will be asked to explain how you will successfully deliver the project. This includes your
proposed plan, team and project management.
Assessment – EE and DD deployment

40
• The lead applicant needs to create an
account and set up an application
• As lead applicant, you can invite others to
collaborate on an application.
• Only the lead applicant can submit the
proposal.
• You can save your work at any stage and log
back in to continue an application.
How to apply
• You can find all application details and guidance at
https://www.gov.uk/government/publications/industrial-energy-
transformation-fund-ietf-phase-2-autumn-2021

41
• The full application must be submitted online by the deadline at 3pm on the 6th of December
2021.
• All application documents must be submitted via the online application form.
• As well as completing the application form, each online application must include the following
documents:
• Completed Finance Form
• Completed Project Benefits calculator (EE and DD deployment only)
• Completed Gantt chart
• Completed risk register for the project
• Optional: additional supporting information, as appropriate.
Submitting your application

42
• You will be required to complete and upload a finance
form detailing:
• Lead applicant and project partner costs (e.g.
labour, overheads, materials, capital, subcontractor
and travel and subsistence)
• Eligible costs
• Grant amount requested
• Other sources of funding
• It is your responsibility to ensure these details are correct
and are in line with the relevant Subsidy Control rules
and regulations. BEIS expects applicants to present the
minimum funding necessary for the project to go ahead.
• If you are applying for multiple projects, for example in
an aggregated application, you must complete separate
tabs within the same finance form for each individual
project.
Finance form (all proposals)
Deployment project finance form screenshot

43
Benefits calculator (deployment only)
• Deployment projects must complete and submit a project
benefits calculator, which can be downloaded from the IETF
landing page.
• You are asked to provide information on annual energy
consumption, production levels and greenhouse gas
emissions both before and after completion of the project.
• You will need to complete and upload the calculator in excel
format as part of your online application.
• In the online application form you will also need to outline the
calculations, assumptions and sources underpinning your
inputs to this calculator, and upload supplementary material
as evidence where possible to support and justify your inputs
and explanations.
• If you are applying for multiple projects, for example in an
aggregated application, you must complete and upload a
separate calculator each individual project.

44
After Submission
• Eligibility checks - to ensure your proposal meets all the relevant eligibility criteria as set out in this guidance
and the technology is in scope. BEIS may, at its sole discretion contact applicants for clarification.
• Assessment and award process:
1. Each application is marked by three assessors. Applications for the same competition strand are assessed
against the same set of scoring criteria.
2. Scores are then moderated, projects are ranked and considered by the BEIS award panel before
recommendations are made to Ministers.
3. Successful projects will be required to pass all due diligence checks and accept the terms and conditions
of BEIS’s Grant Offer Letter before a final Grant Funding Award can be made.
• Notification and feedback - You will be notified by email whether your application has passed the initial
assessment stage. Assessor feedback will be provided by email to all applicants.
• Additional scrutiny – projects requesting more than £3m for deep decarbonisation grant funding and £7m for
energy efficiency grant funding may be asked to take part in a phone call with BEIS officials and/ or assessors.

45
Future windows
• If you are unable to apply in the current window, there will be further opportunities
to apply in 2022.
• These competitions will follow a similar format to the Autumn 2020 window, and
please look out for further details as thee are published.
• If you have any questions contact us at IETF@beis.gov.uk
Thank you for listening!

www.ktn-uk.org
Please add your questions to the YouTube
chat
Q&A

Comfort break
Comfort Break – back at 11.20am
• Join your delegates in meeting mojo to network
• Sign up for one to one with the funders
• If you don’t have a login for the networking platform register at
https://ietf-phase2.meeting-mojo.com/

October 6th 2021
Phase 2 Competition Briefing
CELSA UK – SVC Project
Eoin Bailey – UK Innovation Manager
eoin.bailey@celsauk.com

Private & Confidential
Responsibility and Zero Carbon Ambition

Private
&
Confidential
Production and Local Sourcing

Head Office, EAF & 2x Mills
Fabricator
Mesh Producer
Scrap Melt Shop Mill Fabricator
Scrap Facility
Integration, Brands and Location

Private
&
Confidential
Capacity and Experience
900,000 tonnes a year
reinforcing capacity
‘UK’ stamped
onto every bar
B 500 C and Nuclear
Certified
We are a proven supplier to major iconic projects and can respond
immediately to the demands of the project

Private
&
Confidential
Economic Contribution and Employment
We invest in apprentices
We support 3,500 jobs in Wales and 5,500 jobs
across the UK, while contributing £189,000,000 to
the UK economy

Private
&
Confidential
Community Engagement
CELSA is a member of local Partnership Group for STAR
Communities First, a Welsh Government flagship
programme to improve the living conditions and prospects
for people in the most disadvantaged communities in Wales.
We are regularly involved with local community clean up
projects and work together with organisations such as Keep
Wales Tidy, Cardiff Commitment, Willows High School, local
sports teams and Cardiff Council.
CELSA Group is committed to aligning its operations with Ten
Universally Accepted Principles and to adopt measures in
support of the United Nations Global Compact objectives
that embody in the UN Sustainable Development Goals.
We are involved in the South Wales Industrial Cluster (SWIC)
Cluster Plan to develop Net Zero Carbon plans for 2050 and
help determine a strategy to decarbonise the region.

Private
&
Confidential
Static VAR Compensator (SVC) is an established piece of equipment that
compensates for the reactive power variations found in an Electric Arc
Furnace (EAF).
An EAF is a complex and heavy load in a power grid. It is a large, unbalanced,
and strongly fluctuating consumer of reactive power.
SVC Project and Technology Overview
Improved Power Quality
- Voltage variations/ Stabilization of voltage
- Power factor
- Harmonics
- Unbalance
- Flicker mitigator
Improved Process Economy
- Increased production
- Reduced energy losses
- Electrode savings
- Refractory savings
- Shorter Rolling time
To ensure good value for money,
three suppliers were approached for
the SVC.
On the basis that project would go
ahead, contracts have been
negotiated since the bid but no
capital committed until the start date.

Private
&
Confidential
More Stable Grid for Local Area
• The local grid is constrained at the moment
• This project will help alleviate this strain and enable local low-carbon renewable projects
• The improved supply stability will aid local businesses and lower the cost of future infrastructure upgrades
Enables the Quantum Step to Net Zero Carbon with Future Projects
• Celsa has ambitious views for low-carbon and zero-carbon steel production
• This project is a stepping stone to enable a 'quantum leap' in energy and carbon reduction with
subsequent projects
• First of a suite of projects with significant Group investment for the South Wales site.
Processing Steel Within the UK Instead of Exporting
•80% (8,000,000 tonnes) of UK scrap is exported, processed outside the UK, and reimported
•Any extra production removes unneccessary travel carbon
•Also ensures processing occurs at Celsa's efficient EAF instead of less efficient sites elsewhere
UK Economy
•Enables extra production 100,000 tonnes of steel
•Valued at £87.6M to UK economy
•Extra production enables Celsa to invest in its downstream service plants around the UK
SVC Project Overview and Benefits

Private
&
Confidential
£2,500,000 annual savings from a combination of electricity savings, downstream gas
savings, and carbon electrode savings in the Electric Arc Furnace
Extra production throughput of £100,000 tonnes of steel with predicted savings of
36,500 MWh per year predominantly electricity savings
Direct carbon saving of 9,650 tCO2e per year. Indirect carbon savings from averted
imported steel and less scrap exported from the UK
SVC Project Savings and Benefits

Private
&
Confidential
Project and Technology Overview
Suppliers (such as Siemens or ABB) of this
equipment design to specifications of the
individual site and utilise their proprietary
knowledge to enable a bespoke solution for the
steelworks.
STATCOM is Hitachi ABB Power Grid’s SVC
offering.
A typical voltage drop of 8% leads to a
calculation showing 85% load of the rated
power – this means an 15% power could
theoretically be reached from the same
consumption.
This 15% can also directly translate to
production and help to reduce bottlenecks
elsewhere in the process.
Voltage
Without STATCOM
With STATCOM

Private
&
Confidential
EAF (proposed SVC
addition in supply)
Project and Technology Overview
Detailed electrical system
layout and the proposed
SVC location

Private
&
Confidential
Replication and Dissemination
SWIC
Cluster Plan
CCS
A Plan for
Clean
Growth
CELSA has a strong engagement within the South Wales Industrial Cluster
(SWIC) plan for decarbonisation and is heavily involved in the Work
Packages surrounding Clean Growth, Circular Economy, and the South Wales
Sites’ Future Demand.
As part of this platform, Celsa will look to share knowledge of the SVC
Project with overarching themes to inform other Cluster Partners. In
particular, Celsa will share learnings on the BEIS Innovate systems to
improve access to funding and progress the Net Zero agenda for the
neighbouring industries.
CELSA has a vision of a future that is based on the
principles of a Circular Economy. For this
collaboration is key and by developing strategic
partnerships with solution providers, suppliers and
customers allows us to delivery circularity for the
benefit all.
This SVC project has become an enabler for
collaborative development where knowledge and
value can be shared across all stakeholders.

Private
&
Confidential
Integral Funding for the Project’s Implementation

eoin.bailey@celsauk.com
Thank You

Refuelling the
Humber Refinery
Mike Wailes
Director, European Strategy

Phillips 66 Overview
Providing Energy. Improving Lives.
• Diversified Energy Manufacturing & Logistics Company
• Refining
• Midstream
• Chemicals
• Marketing and Specialities
• 14,500 employees
• Headquarters in Houston Texas

Phillips 66 Humber Refinery
Supporting the UK’s Decarbonisation Goals
• Located in Humber region
• Employs over 1000 people
• Europe’s only producer of graphite electrode battery coke
• UK leader in low carbon liquid fuels
• Partner in carbon capture project
• Partner in green hydrogen project

Heater Refuelling
Background
• ISCF Industrial Decarbonisation Phase I
Study
• Refinery Decarbonisation Pathway
• Multiple Emission Sources
• Combination of Carbon Capture and
Hydrogen Refuelling
• Hydrogen Refuelling
– Industrial heater fuel switching from fuel gas
– Up to 400k tonnes CO2 savings per year
• IETF Study to advance technical &
commercial understanding
Location of fuel heaters considered for fuel switching

Heater Refuelling Study
IETF industrial energy efficiency and decarbonisation studies
• Technical evaluation
• Heater process and fireside modelling
– Simulate high hydrogen content in fuel
– Computational Fluid Dynamics modelling of burners and firebox
– High flame temperature effect on NOx emissions
– Assess mechanical adequacy of heater stacks, tubes, refractory
• Physical testing of burners
• Commercial evaluation
• Full project cost estimation of modifications
• Determine optimum H2 content of fuel
• Inform development of local hydrogen hub
Burner CFD modelling
Typical Heater Configuration
Source www.process-heating.com

Bid Development and Award
IETF industrial energy efficiency and decarbonisation studies
• IETF Phase 1 Application
• Developed technical scope of work, budget and duration
• Engaged with Fired Heater technical specialists
• Application submitted October 2020
• Project set-up and award
• Technical assessment phase notification January
• Project setup complete and grant awarded
• Start date September 2021, duration 12 months

Technology Pitches
1
Keren Hall Ameresco
2
Rajan Pandhare QIO
3
Stephen Wellburn Energy Nest
4
Sally Lawrence-Archer Efenco
5
Mark Prince BEP
6
Michael Reid Solar Polar
7
Dr. Liam Ryan Smart Ops
8
Paula Dixon Ahlstrom Munksjo Ltd
9
Chris Wood Future Metering National Grid Metering
10
Ge Janszen G Energy | Orcan
11
Darren Byrant Heatcatcher
12
Jeff Power GridBeyond
Pitch Running Order

71
• About us:
• Ameresco, Inc. is a leading cleantech integrator with a comprehensive portfolio of energy efficiency
and renewable energy solutions. Founded in 2000, Public in 2010 (NYSE:AMRC).
• Our objective approach and in-house technical expertise delivers the most advanced sustainable
technologies to meet the unique energy needs of each customer. Many of our projects are budget-
neutral, funded by energy cost savings.
• Over 1,000 employees and 70 offices in the UK and North America
• Contact details:
• Ameresco
• https://uk.Ameresco.com/contact-us/
• Phone: +44 20 3542 8300
Ameresco, Inc.
Ranger House,
Walnut Tree Close,
Guildford
GU1 4UL

1. Offer:
• Assessment – We can identify energy saving, renewable energy and
decarbonisation solutions for you.
• Project delivery – We can implement our solutions, including offering
innovative funding solutions, and guaranteeing results.
• Monitoring and management –
We can supply solutions for tracking and understanding energy
consumption and efficiency.
• Operations and Maintenance – Service/support
• Compliance, strategy and governance –
Let us help you manage with consultation
services including advice, tools, and support.
2. Why ?
As well as our technical know-how and implementation experience
Ameresco bring: A unique ability to finance any opportunity
• With multiple finance models with options for on
and off balance sheet infrastructure upgrades.
• Project design on a budget neutral basis – by using
savings to pay for projects overtime.
• Industrial Optimisation
• Smart building automation
and control
• Lighting and controls inc. LED
• Water & Wastewater
efficiency and recovery
• High efficiency boilers, chiller
and heat recovery
• Batteries and energy storage
• Biomass, Biogas, RNG
• High efficiency motors
• Co-gen plants
4. Example clients we serve?
3. Our Technology Portfolio:

Powering industrial
sustainability.
Corporate Overview
Rajan Pandhare
Rajan.pandhare@qio.io

Executive Summary
QiO Technologies is
an AI SaaS company
delivering solutions to
accelerate digital
transformation, revenue
growth and sustainability
for the global industrial
sector.
We are a team of
30+ across Europe, India
and the USA
© QiO Technologies 2021 74
Member of the Gartner
Magic Quadrant for
delivering Applied
AI and Augmented
Analytics solutions
for Industry 4.0.
Invested over 100+
person years in building
the QiO Foresight
ecosystem, a suite of AI –
augmented products.
Our proposition
• Make an Asset
Efficient
• Monitor the Health of
the Asset
• Service the Asset
Established track record in Aerospace,
Automotive, Steel, Glass, Oil & Gas,
Healthcare, Data Center, Marine
industries.

Foresight Maintenance
Foresight Optima
Foresight Service
Optimize asset efficiency without
compromising production and quality
Pinpoint assets that need attention to
maintain peak performance.
Orchestrate end-to-end repair
workflows to increase asset
reliability
• Reduce energy & carbon
• Minimise production cost
• Track ESG performance
• Detect anomalies
• Minimise downtime
• Prevent asset degradation
• Codify approval policies
• Benchmark processes & resources
• Extend asset life
Foresight
Sustainability
Suite
Optimize. Sustain. De-risk.

• About your company
• A technology company head quartered in Norway with offices in Spain, Germany and UK
• Innovative and flexible means to store and despatch thermal energy for industry
• European projects now underway
• Currently 16 employees but growing fast
• Main shareholder
• Contact details (UK)
• Steve Wellburn
• sw@energy-nest.com
• +44 7946 738677
www.energy-nest.com

1. Project idea
- The ThermalBattery™ delivers heat
or steam when required and not
just when available
- Waste heat or variable renewable
electricity
2. What’s innovative about it?
- A flexible modular system
- Tens to hundreds of MWh-th
- Supply process heat, saturated or
super heated steam
3. The services we offer?
- Design and manufacture of a
thermal energy storage facility to
reduce the use of fossil fuels or else
to maximise use of variable rate
renewable electricity
4. The partners we seek?
- A manufacturing company using large
amounts of process heat with variability
between time of heat available and time
of heat required

• Efenco are the scientists and makers of the
HERC (High Energy Ray Ceramic) which
improves combustion efficiency by 18%+ in
industrial applications
• Estonian and UK-based SME
Key contacts:
Peter Woolsey, peter@positiveconcepts.com
Sally Lawrence-Archer, sally@postiveconcepts.ee
Key team members:

1. Your Project idea 2. What’s innovative about it?
3. The services you can offer? 4. The partners/services you seek?
• Technology qualification to expand natural combustion boundaries
using HERC (High Energy Ray Ceramic) combustion to significantly
reduce cost and GHG emissions
• Step-change in combustion efficiency, economics
• Small, robust, no need for external power source
• First economically viable PAC (plasma-assisted combustion) technology for
industrial application
Patented retrofit
device for industrial
power, heating
systems
Combustion, plasma-
assisted combustion
(PAC) exptertise
• Industrial partners for further validation of:
• Combustion applications for various gas types (LNG,
hydrogen, other)
• Hydrogen production, use (electrolysis, fuel cells)
• Exhaust management / CO2 emissions reduction

• BEP Surface Technologies – world leaders in precision electroplating and finishing.
• We drive innovation in large scale high level surface finishing.
• We are an SME, based in Bury UK. A minnow with giant ideas.
• Contact details
• Mark Prince
• Mark.prince@markbprince.com
• 07702098921

1. To precisely control the energy
input into the electroplating
process through sensors, feedback
loops, chemical analysis and
highest technology rectifiers
2. The electroplating process has
traditionally been a black art, we will use
modern technology, chemistry and
power management systems to reduce
our energy consumption by a factor of 3
3. The services you can offer?
We are problem solvers at heart, ultra
precision machining, ultra precision
electroplating, copper with an oxygen
content that defies science and every
competitor
4. The partners/services you seek?
We want energy scientists and control
equipment manufacturers, we want people
who are expert in spreading the word of our
innovation in the energy field.

Solar Polar is an SME and its mission is to be a ground-breaking innovator to
produce low-cost solar thermally driven products. Products that will address
worldwide energy problems, provide cost-reducing and sustainable solutions
to customers, make a substantial contribution to reducing global carbon
emissions and generate significant sales revenues and profits.
One of these technologies; concentrated solar collectors, can transform the
provision of process heat to industrial processes to zero carbon, zero running
cost, zero emissions and higher margins.
Contact: Dr Robert Edwards r.edwards@solar-polar.co.uk 07962 724414

1. Solar Polar’s (SP) project idea is the first deployment of the
solar collector. The patented concentrator was designed using
SP’s design philosophy of producing the cheapest Watt of high-
grade solar heat.
2. It uses an innovative printing process to produce its solar
concentrator. It is resulting in an order of magnitude drop in
the cost of producing high-temperature solar heat. Testing
shows available temperatures in the UK up to 310 degrees
Centigrade.
3. The services we offer are high-temperature process heat at a
low cost without using electricity or gas in a temperate climate.
4. The partners/services SP are looking for are process industry
companies who would benefit from the heat and are willing to
host a demonstration of SP’s technology
Solar Concentrator
r.edwards@solar-polar.co.uk
Printed Concentrator Early Prototype
www.solar-polar.co.uk

AirDr ™ attached to 240kVA generator
AirDr ™ max attached to
Factory pollution outflow
CarDr attached to Audi A6
Value stream recovery
Smarts-Ops is a privately
owned R&D company that has
developed the next generation of
Carbon Dioxide sequestration
technologies.
These technologies have been
shown to reduce carbon dioxide
emissions by more than 90% with
no secondary waste to dispose.
The Smart-Ops AirDR ™
technology Suite have a number
of advantages over the current
BAT including:
• Modularity
• Portability
• No secondary waste
• Low power requirement

1. Your Project idea
We now have significant commercial run hours completed and would like to partner with the
heaviest producers of CO2 pollution to reduce their annual output by >90%.
1.We would like to employ our AirDR ™ portable system (30,000m3/h)(Slide 1 (top left) at key
locations to reduce not just CO2 but improve overall air quality for the humans working
there. This would be Airports, Logistics hubs and Highly industrialised urban areas.
This technology could also be implements around Volcanos, Building sites, Rubbish dumps and other
areas of Natural CO2 production to offset CO2 production industrially providing a massive competitive
advantage to UK industry.
2. We would also like to attach our AirDR ™ Max (10,000m3/h) (top right) to the outgoing
stacks of large to medium sized CO2 producing companies and work together with them to
maximise any value from those streams. The AirDr units can be complexed to treat more air
for larger producers.
Heavy industry (Cement production, Steel production), Food production, Power generation plants and
waste to energy locations.
We have utilised the most basic and stable first order chemical reaction to secure the
sequestration of the Carbon dioxide, we are the first company globally to apply this approach and
demonstrate it at a scalable commercial level.
In essence we use a combination of Catalysts, Enzymes, Bacteria as well as some surface tension
modification to capture the pollution in a modified Aqueous medium and then proceed to
stabilise and control the reactions occurring.
In the end we end up with a stable metal salt and water as our bi-products these can be added to
water courses or dried.
This is very similar to how the earth deals with Carbon dioxide only we do in seconds what takes
the earth hundreds of years to achieve. We have produced a novel technology based on an age
old proven technology we have just sped up the conversion and stabilisation of the pollutants.
Providing a Modular, low energy, portable, easily implementable and low maintenance Carbon
dioxide sequestration technology
In brief we have the “Most advanced, Yet acceptable/easily deployable” CO2 sequestration
technology available today.
Smart-Ops can build and provide the AirDR CO2 units as shown in the top two slides on the
previous page as well as:
1. Providing up front advice on optimisation and scoping for implementation of the
AirDR technology
2. Deploy Smart-Mon our remote monitoring sensors to demonstrate air quality
improvements/ Allow optimisation of placement
3. We also provide a targeted development partnership where specific industries have
other problematic air pollution output e.g. NOx, Sox, Carcinogens, Odours and we will
work with them to tailor our solution to their requirements. We have successfully
done this offering a future proofed solution to our Partners.
4. The partners/services you seek
We are looking to work with the highest producers of CO2emissions in the UK to
accelerate the implementation and commercialisation of this game changing Carbon
dioxide sequestration technology to achieve our company Mission.
Ensuring that all future generations of life on this planet have the same or better
standard of life as we have now.

• Ahlstrom-Munksjo Chirnside
• Manufacturer of speciality non woven products for food packaging applications
• Are you an SME?
• Contact details
• Paula Dixon
• Paula.Dixon@ahlstrom-munksjo.com
• 01890819245
Guidance : Please follow this standard 2 slide format if you wish to present a project idea or offer
services to others

1. Your Project idea
• Heat Recovery Drying Hoods in CHI30
• Heat Recovery from TAD Exhaust at CHI 30
• Both for process water heating and steam
reduction
• Established Technology – That we have not yet
adopted
Time on the line an opportunity to
install sensors and gather data
4. The partners/services you seek?
• Investigation and technical evaluation and design
• Capital Investigation assistance and financial support
• Support with detail design

National Grid Metering
Contact details
Chris Wood
Chris.wood@nationalgrid.com
07810153002
• Industrial gas metering applications and
gas network connections
• Multi national organisation part of the
National Grid Group

1. The Idea… 2. What’s innovative about it?
3. The services you can offer? 4. The partners/services you seek?
Future Metering
A Hydrogen compatible metering
installation, using IoT technology and
Machine learning to provide real time
energy use and energy management
services
• High performing, independent and
accurate metering installations across
all pressure tiers
• Connections to networks or road tanker
provision
Complete Hydrogen compatible metering
services delivering real time energy usage data
and predictions, enhancing decision making for
consumers and networks by providing predictive
analytics and live, granular data.
An industrial partner who is looking to use
Hydrogen to test their industrial processes
but would value accurate and independent
metering installations with enhanced
energy management services.

Caterpillar: Confidential Green G|ENERGY & Orcan Energy - 2021 90
Overview: Industry applications / potential market
Glass & Ceramic Metal & Aluminium
Production/
Manufacturing
Cement Paper & Pulp Oil & Gas
Oven - Thermal afterburning – Cooling - Process heat - Hardening plant - Preheating
Rotary kiln - Clinker cooler - Sintering
Heat sources
Flue gas: 150 – 800 °C
Steam: 100 – 200 °C
Thermal oil: 120 – 180 °C
Heat exchanger
(HEX)
Heat Source
Water: 80 – 150 °C
Scalable: from 50 kWel,net to
several MWel,net
Liquid heat sources
Standardized integration
Significant cost savings, net electricity
generation and carbon savings

Caterpillar: Confidential Green 91
Our Advantages at Multi-MWth Waste Heat
Plug & Play
§ Utilize low to high waste heat temperatures with decentral modules
§ Standardized outdoor suitable 40’ HC Container, incl. electrical cabinet & cooling unit
§ Standard integration interfaces & cost-efficient transport & foundation on-site
Cost Effective Solution
§ Initial Capital Investment is attractive
§ Leasing Option by E.ON available
§ Net power figures incl. all parasitic loads of ORC (including cooling, pumps, electronics
Automatic and Flexible
§ The automatic operation and excellent part load and dynamic behavior
§ Flexible footprint and setup, e.g. close to the heat source
Low Maintenance
§ Low scheduled maintenance efforts: 1-2 days per year
§ Low speed application & no major overhaul at a 5 yrs interval
Safety
§ Non-toxic and non-flammable and easy to purchase working fluid for secure operation
§ 2008 company foundation
§ > 500 units marketed worldwide
§ 3,2 million operating hours
§ 140 patents granted worldwide
§ 60 employees and Headquarter:
Munich, Germany
Ge Janszen
CEO G|ENERGY
Mobil + 31 (0)613701151
ge.janszen@outlook.com
Gezelstraat 22
2671 BW Naaldwijk
Netherlands
Contact:
Orcan Energy:
G|ENERGY & Orcan Energy - 2021

Designing & Delivering
Heat Decarbonisation Projects
Independent SME Company
Waste Heat Recovery
High Temperature Heat Pumps
Waste Heat to Electricity
Darren Bryant MIET MBA
darren.bryant@heatcatcher.com
www.heatcatcher.com
Tel : 01273 358520

Heatcatcher – Waste Heat Recovery Technology Integrators
Our Services
• Heat Decarbonisation Roadmaps
• Grant funding application support
• Feasibility Studies
• Detailed Design
• Project Delivery
Seeking Industrial Partners
• Demand for process hot water
• Continuous flow of low temperature Waste
Heat available for recovery
Project Idea
• Waste Heat & Air Source Heat Pumps
• Switch hot water heating from fossil
fuelled boilers to low carbon electric
• Hot water above 80 ºC
Innovation
• Dual Input source – Waste Heat & Air
Source for Heat Pumps
• Improves Coefficient of System
Performance (COSP) Reduced electrical
input power when electrifying heat

About Us:
• Who – Founded in 2010, and currently operating in Ireland, UK and Texas. GridBeyond works in partnership with electricity grid operators worldwide to deliver a solution to
energy challenges through technology. This solution enables direct impact for clients and allows GridBeyond to offer additional professional services and decarbonization
technology solutions. This brings the unique pathway to decouple emissions while increasing yield.
• What –
• GridBeyond is an SME that works with Large Organisations and has direct links into University research.
Contact Details:
Name: Jeff Power
Email: jeff.power@gridbeyond.com
Decarbonisation
Technology
Solutions
Energy Flexibility
& Procurement
Energy Efficiency

Project idea What’s innovative about it?
Portfolio of Services for Process Efficiency
The partners/services you seek?
• Digital Solutions that enable your trajectory towards Net Zero through active process monitoring
allowing energy optimisation. GridBeyond can improve energy performance through machine
learning and market knowledge algorithms. • Smart use of technology, industry knowledge
and data to enable further decarbonisation
through efficiency and technology upgrades.
• Large Energy Users looking to decarbonize.
Currently operating across:
• Service Providers looking to partner in delivery.
GridBeyond offer professional services, digital
technology and efficiency expertise.
• Aggregates
• Airport
• Animal Feed
• Chemicals
• Data Centres
• Flour Mills
• Food
• Healthcare
• Hospitality
• Logistics
• Manufacturing
• Wood and Paper Mills
• Retail
• Water Treatment
• Glass

www.ktn-uk.org
Jenni McDonnell MBE, KTN
Application Support Service
6th October 2021

Services
• Help to find partners
• Help to identify relevant technologies
• Help to find and understand competition information
• Help with the application process

Help to find partners
Networking platform
• Register at https://ietf-phase2.meeting-mojo.com/
• Complete your profile to improve usability
• Search for partners
The IETF networking platform will remain open for the whole of Phase 2 (until March 2025) to allow
you to continue networking between competition windows
Join the community and book a 10 minute conversation with BEIS today

Help to find relevant technologies
Technology Marketplace
Technology Providers create a 5 minute video (MOV or MP4 format) covering;
• A description of your organisation
• A description of your technology and the benefits it will deliver
• Examples of where it has been trialled or demonstrated previously (you need to state TRL)
• A list of the industries where it would be suitable for deployment
• Whether the technology relates to Energy Efficiency or Decarbonisation (you need to pick a theme)
Register your interest
• Industrial site owners – register for access to the marketplace, closes in March 2025
• Technology providers Round 3 – register to upload video, Closes 20th October 2021

Help to find relevant technologies
Technology Showcase event
Come and join us on the 10th November in Manchester;
• to hear from some of the funded IETF Phase 1 projects
• to hear from BEIS’s Net Zero Innovation Portfolio
• to network face to face and build partnerships for future rounds of IETF funding
The registration link will be circulated after today’s event
All covid measures will be put in place to ensure your safety

Help with the application process
Competition Guidance
IETF Guidance:
IETF Application Portal:
Eligibility Checks and Questions
We encourage you to contact the IETF support service at ietf@beis.gov.uk if any help or clarification is needed as
you work on your application.
You can contact the same address for guidance on whether your proposal is eligible before you start to write the
application. Please include “Eligibility screening” in your email title to access this service.
Please try to contact BEIS as early as possible because the service will get busier nearer the application deadline.

Help with the application process
Competition Clinics
Fortnightly webinars to ask questions about the scope, eligibility rules and application process in an
open forum with BEIS and KTN.
• 12th October
• 26th October
• 9th November
• 23rd November
The clinics will be similar to the Q&A session at today’s briefing event
Register for the clinics at the link below
https://eur.cvent.me/432bg

Support and information
Any Questions?

Closing remarks
Competition guidance
https://www.gov.uk/government/publications/industrial-energy-transformation-fund-ietf-phase-2-autumn-2021
Eligibility Checker
Contact the competition helpline IETF@beis.gov.uk
Competition clinics
Register at https://eur.cvent.me/432bg
Networking platform
Register at https://ietf-phase2.meeting-mojo.com/
Technology Marketplace
Manufacturers registration
Technology providers registration
Technology Showcase
10th November 2021, Manchester

Industrial Energy Transformation Fund Phase 2 Competition Briefing

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