Mark Wheeldon - HSL wheeldon, navdeep singh... · Mark Wheeldon February 2018 . ... Destination...

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Mark Wheeldon

SGN

Hydrogen 100 feasibility study & Safety case Mark Wheeldon

February 2018

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Scope (phase1 feasibility) To include Front End Engineering Design with the aim of determining the viability from both a technical and economic viewpoint of constructing the first 100% Hydrogen network.

Method Three feasibility studies that will run concurrently - All three studies will have the same scope but will be conducted in different locations with very different existing and potential network features.

Study one - Levenmouth, Fife .

Study two –MACC Developments Ltd, Machrihanish Airbase

Study 3 – Aberdeen conference Centre, Aberdeen

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2024 2029 2018

1-2 Years

NIA NIC + ? + BEIS? + Scottish Government

(Significant customer interaction)

3-4 Years

Feasibility FEED

Study (Site Specific

Demonstration Network

(Construct and Operate)

Small Scale Conversion

Demonstration (Expansion of demo site)

1 Year

NIA?

Feasibility Study

With Storage CCS & SMR

Medium Scale Conversion

New PE Network

Conversion of Public Network

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SGN H2 Project – Safe, secure,

reliable Distribution

Construction Demonstration

100% H2

Site 3

Site 2

Site 1

Site 2

Hydrogen network

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Energy input Conversion Storage Transportation

Distribution Utilisation Carbon capture

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H2 Applications

Domestic

Industrial & commercial

Transport

Search zone for gas escape

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H2 search zone? Natural gas search zone Gas escape location

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PRS station and governor Hazardous Area’

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H2 hazardous zone? Natural gas hazardous zone

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Detonation Deflagration

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Detonation Vs Deflagration

Relative risks to the home

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Baseline risk; CO poisoning from natural gas appliance at Wobbe Index (WI) of 51.4 MJ/m³ = 0.147

Risk = number of fatalities per million people per year

Electrocution in the home = 0.364

CO poisoning from natural gas appliance at WI of 53.25 MJ/m³ = 0.164

CO poisoning from natural gas appliance at WI of 53.25 MJ/m³ with appliance servicing = 0.020

x 2

x 1 . 1 x 7

x 6 4

CO poisoning from solid fuel appliance = 9.40

H2?

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H2 Road to social proof

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Commercially viable

Shipper

Cost

Commercial viability

Appliance choice/performance

Stakeholder strategy

Incentives

Transportation as safe as natural gas

Customer commercial

Safety acceptance

Odour- similar or same? Deflagration +

Detonation

Flame picture Appliance safety

Operate within spirit of GS(M)R safe

Gas escape management

Plant safety

Destination social proof

H2 conversion

Customer happy

=

Hydrogen Storage

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H100 Feasibility study (Work program)

Compliance framework

Technical & Commercial viability

A. Site agreements Feasibility and FEED @ Levenmouth, Campbeltown & Aberdeen

B. Site feasibility study’s Technical and Commercial Viability, recommendations and options for each site

C. FEED Technical requirements, Cost of execution, Risk.

1. Technical assurance and program overview

2. Stakeholder and customer strategy

3. Safety case & Operational procedures

4. PE materials and jointing techniques

5. Characteristics of hydrogen

6. Consequence testing (NDT & DT)

7. Hydrogen logistics (Production & Supply)

8. Hydrogen metering 9. Gas quality 10. Appliance testing

H100 final report (Options and recommendations)

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Hydrogen 100 project – progress to date

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Request for information (70 responses)

Investment committee approval

Invite to partner/tender

x8

Contracts awarded x 7

Work packages

pending x 8

Thanks

mailto:[email protected]


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Navdeep Singh Kahlon

Cadent

© Cadent Gas Ltd 2018

Project Overview Navdeep Singh Kahlon

Safety Excellence in Energy

15 Feb 2018

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Overview To demonstrate for the first time that a blend of hydrogen and natural gas can be distributed and utilised safely & efficiently in the UK distribution network without disruptive changes for consumers.

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Presentation info in footer

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Objective 29TWh of low carbon heat per annum equating to saving:

CO2e of 120 million tonnes 2.5 million cars removed from roads

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The majority of domestic consumers will not change their existing heating provision unless significant financial benefits will be accrued, and only then if they have funding available..... If their current system was operating well and providing heat for their homes they would not change their heating systems and spend money unnecessarily.

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WWU NIA Funded Bridgend study, 2015

Blending hydrogen into the natural gas grid delivers low carbon heat to customers without requiring disruptive and expensive changes in their homes.

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The HyDeploy Demonstration project

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• HyDeploy: A reference work to be used by the industry now & into future

• Build on existing work on the impact of H2 on appliances & networks & best practice for running new gas trials

• A closed private network is ideal for the first UK trial

Extensive,

existing

Desktop work

UK, Europe &

international

Studies

HyStart NIA

HyDeploy

First practical UK

demonstration of

hydrogen into

representative, but

closed private

network

Hydrogen

trial into a

public

network

Roll out

across the

networks


The Keele campus: a small town on gas

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600 acre site

The Campus the size of a small town 101 residential houses 8 multi-residential buildings 17 extensive office blocks & laboratories 7 recreational & service facilities

Keele is licensed transporter & supplier. Engaged with BEIS and HSE to use its energy network as a ‘Living Laboratory’.

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HyDeploy Programme overview

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Engagement

Appliance Lab test

Onsite testing

Tightness testing

Assessment

of technical

attributes

with regard

to safety &

performance

Specify & design

H2 equipment

Clearances to

Phase 2 Dissemination

Safety case

Pre-development

activities

Place orders

Installation: H2

&infrastructure

Operation

Analysis

Phase 1

Plan public trial

Reinstate

Phase 3

Commissioning

& pre-injection

processes


An expert consortium

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Key stakeholder

Key suppliers and contractors

davelander

consulting

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Customer impact

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Customer engagement is a priority for the project team.

Safeguarded by Keele’s Ethics Committee and OFGEM.

Trial designed for minimal disruption, share learning from

‘Opening up the Gas Networks’ NIC at Oban.

Safety is paramount. Programme managed by Health &

Safety Laboratory, and injection trials can only commence if

the HSE is satisfied with the scientific evidence base.

Trial customers will be protected by conservative declared

billing arrangements.


Stakeholder engagement and support

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• Wide interest and support from across the industry

• Key stakeholders will contribute through the Advisory Board

• Dissemination of findings will be ongoing throughout the project

Gas Transmission

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Outcome

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A customer focused solution to deliver non-disruptive low carbon heat

cost effectively

An expert consortium engaged with key stakeholders supportive

of the project

A detailed demonstration programme designed to deliver expert

knowledge and best practice to unlock low carbon heat delivery via the

gas grid.


Thank you Navdeep Singh Kahlon

E [email protected]


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Keith Owen

Northern Gas Networks

An Energy Systems Research and Demonstration Centre for the UK

Keith Owen Head of Systems Development and Energy Strategy

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About Northern Gas Networks

2.7 • 2.7million - the number of customers that

we serve.

37,000 • 37,000km - the length of pipe that

we own, which is equivalent to Leeds to Sydney and back again.

25,000 • 25,000km2 - the area we serve

spanning large urban centres of population and sparse rural areas.

470GWh

70GWh

• 470GWh is our peak day demand during winter.

• 70GWh is the storage we have available to balance our system each day.

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Customer Energy Solutions: Strategic Framework

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Conscious, Balanced, Value Based asset decisions that deliver our Strategic Objectives

Ener

gy S

olu

tio

ns

Stra

tegy

Tact

ical

Str

ateg

ic

G

D2

Cu

sto

me

rs a

nd

Sta

keh

old

ers

Integrated Transport Electricity ---- InTEGReL ----- Gas Research Laboratory

We Optimise the potential of our

Assets

Our Assets are Safe and Resilient

We are Efficient and Effective

We deliver a quantified view of

Risk and Value

We are Socially and Environmentally

Responsible

Work with stakeholders to deliver customer focused energy solutions, that respond to the challenges of the UK Energy Trilemma

Developing sustainable sources of gas

Delivering Hydrogen as an energy source

Develop a Whole Systems Approach to Energy

Delivering Gas as a transport fuel

Demonstrate Pathway of feasibility and affordability to achieving strategic objectives

Current projects, reports , NIA and NIC Projects, Influencing and Stakeholder Engagement

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A Whole Systems Approach to Energy

UK Gas

UK Oil {Transport}

UK Electricity

20th Century – silo approach

21st Century – Whole Systems approach and System Architecture

• Underpinned by cross cutting technology to deliver clean and sustainable energy.

• Through a Whole System Architect strategy drive the UK energy system towards the 2050 climate targets.

UK Whole Energy System

• Whole Systems as a decarbonisation strategy.

• Research and accelerate technology readiness.

2050 climate targets

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A Whole Systems Approach to Energy

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EV

Hybrid

Diesel Petrol

H2

CNG

Transport

CCS

Storage (GW)

H2

Bio-methane

Shale

Gas

Fossil

Solar

Wind EV

Storage (MW)

CCS

Electricity Gas

Transport Electricity

Storage

H2 CCS CNG

EV

Solar

Wind

Bio-methane

Shale

Nuclear Petrol

Diesel

Hybrid

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The InTEGReL Vision

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Centre for Whole Systems Research and Technology Acceleration

Customer Energy Village

Ultra-Low Emissions Transport Zone Innovation and

Engagement Hub

Energy Generation, Storage and Carbon Capture Zone

The InTEGReL Vision

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InTEGReL is located within the Gateshead countryside just a few minutes off the A1

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InTEGReL Partners

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1 2 3 4 5 6 7 8 9

Technology Readiness Level

In partnership with

We want: • InTEGReL to be seen as a National Asset • A place for collaboration • Industry to contact and work with us • Industry to invest in InTEGReL • Industry and academia to work on site

InTEGReL Current Activity

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ITM Power: BEIS Feasibility Study 50MW P2G

•Identify suitable gas sites for 50MW P2G

•Cross reference with NPg suitable locations

•Identify golden sites for large scale P2G

Battery Storage Facility : NPg Battery System

•Survey to construction phase Q1-Q3,

•Batteries commissioned Q3/Q4 ’18

•Go-Live Q1 ‘19

Smart Sensor Research: Digital Catapult

•Set business challenge to community

•Fit and forget

•Low cost

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For Further Information Contact

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Keith Owen Head of Systems Development and Energy Strategy Email: [email protected] Or visit www.Integrel.co.uk

Thank you, any questions?


http://www.integrel.co.uk/

Mark Wheeldon - HSL wheeldon, navdeep singh... · Mark Wheeldon February 2018 . ... Destination...

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