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HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

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Page 1: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK
Page 2: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

HIGH SPEED

UK ..connecting the nation

Colin Elliff BSc CEng MICECivil Engineering Principal, HSUK

www.highspeeduk.co.uk

Page 3: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

HIGH SPEED 2

HS2 original concept:

• The HS2 ‘Y’

• Fast links to London & Birmingham

• Heathrow spur

• Link to HS1

• No Transpennine link

Diagram taken from HS2 Ltd presentation 2013

Page 4: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

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• Stations remote/ disconnected

• No CO2 reductions

• No integration strategy

• Only 2 tracks in stem

• Huge environmental issues in Chilterns

AONB & other sensitive areas

HS2 2010/12

Page 5: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

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HS2 2015• HS3 / Northern

Powerhouse

• Incomplete interregional links

• Poor BCR @ 2.3 – or lower??

• Heathrow spur cancelled

• HS1 link ‘deferred’

• ‘No economic case’ for link to Scotland

Page 6: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

HIGH SPEED 2

• Doesn’t deliver what it

promised

Diagram taken from HS2 Ltd presentation 2013

Page 7: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

Questions for HS2 Ltd1. How do you reconcile HS2’s carbon-

neutral performance with the 80% CO2 reduction target of the 2008 Climate Change Act?

Page 8: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

1. How do you reconcile HS2’s carbon-neutral performance with the 80% CO2 reduction target of the 2008 Climate Change Act?

2. What railway engineering assessment was made of the M1 corridor & why was Chiltern route & ‘Y-network’ chosen?

Questions for HS2 Ltd

Page 9: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

1. How do you reconcile HS2’s carbon-neutral performance with the 80% CO2 reduction target of the 2008 Climate Change Act?

2. What railway engineering assessment was made of the M1 corridor & why was Chiltern route & ‘Y-network’ chosen?

3. Why has no timetable been developed to show how HS2/HS3 and the existing network will work in harmony?

Questions for HS2 Ltd

Page 10: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

1. How do you reconcile HS2’s carbon-neutral performance with the 80% CO2 reduction target of the 2008 Climate Change Act?

2. What railway engineering assessment was made of the M1 corridor & why was Chiltern route & ‘Y-network’ chosen?

3. Why has no timetable been developed to show how HS2/HS3 and the existing network will work in harmony?

4. Why have HS2 & HS3 not been designed as an integrated national high speed network?

Questions for HS2 Ltd

Page 11: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

• HS2 has been specified &

designed as a stand-alone high

speed line

• But everyone expects it

to perform as an integrated network

THE HS2 CONTRADICTI

ON

Diagram taken from HS2 Ltd presentation 2013

Page 12: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

The £60bn question....

How do we design high speed rail to form an integrated national network??

Page 13: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

High Speed UK

(formerly known as High Speed North)

HSUK

Page 14: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

1. Perform optimally as intercity network, interlinking all primary cities

HSUK Design Principles

HSUK

Page 15: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

1. Perform optimally as intercity network, interlinking all primary cities

2. Connect with local networks

HSUK Design Principles

HSUK

Page 16: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

1. Perform optimally as intercity network, interlinking all primary cities

2. Connect with local networks

3. Connect with HS1 & airports

HSUK Design Principles

HSUK

Page 17: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

1. Perform optimally as intercity network, interlinking all primary cities

2. Connect with local networks

3. Connect with HS1 & airports

4. Coordinate with railfreight strategy

HSUK Design Principles

HSUK

Page 18: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

1. Perform optimally as intercity network, interlinking all primary cities

2. Connect with local networks

3. Connect with HS1 & airports

4. Coordinate with railfreight strategy

5. Offer optimum connectivity, capacity, journey time, resilience etc

HSUK Design Principles

HSUK

Page 19: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

HSUK Design Principles1. Perform optimally as intercity

network, interlinking all primary cities

2. Connect with local networks

3. Connect with HS1 & airports

4. Coordinate with railfreight strategy

5. Offer optimum connectivity, capacity, journey time, resilience etc

6. Comply with all relevant public policy

HSUK

Page 20: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

Cardiff Bristol

London

Birmingham

Nottingham

Sheffield

Manchester

Liverpool

Leeds

Newcastle

Edinburgh

Glasgow

Heathrow

Principal hubs of UK high

speed rail network?

• 12 primary cities

• 1 hub airport

HIGH SPEED UK

HSUK

Page 21: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

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High speed line running north

from London?• 15 primary cities

• 1 hub airport LHR

• BHX, MAN, EDI?

• Link to Europe

HIGH SPEED UK

HSUK

Page 22: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

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HSUK primary routes:

• London-Glasgow high speed spine

• Avoids Chilterns AONB

• 4 tracks to Leicester

• Transpennine spur to

Manchester/Liverpool

• Link to Heathrow

• Link to HS1

HIGH SPEED UK

HSUK

Page 23: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

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Major upgrades in West & East

Mids:• Top 16 centres

fully interconnected

• 40% ave. journey time

reduction

• Huge modal shift

• 500Mt CO2 savings

• £20 billion cheaper

HIGH SPEED UK

HSUK

Page 24: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

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The HSUK solution:

• Fully integrated HS network

accessing all major cities & airports

• ‘Eurogauge UK’ parallel freight

network

• Greater benefits, lower costs, BCR

~5.0

• This is what a Regional Powerhouse

looks like!!

HSUKHIGH SPEED UK

Page 25: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

1. Perform optimally as intercity network, interlinking all primary cities

2. Connect with local networks

3. Connect with HS1 & airports

4. Coordinate with railfreight strategy

5. Offer optimum connectivity, capacity, journey time, resilience etc

6. Comply with all relevant public policy

HSUKHSUK Design Principles

Page 26: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

The New Exam Questions 1. Perform optimally as intercity

network, interlinking all primary cities?

2. Connect with local networks?

3. Connect with HS1 & airports?

4. Coordinate with railfreight strategy?

5. Offer optimum connectivity, capacity, journey time, resilience etc?

6. Comply with all relevant public policy?

HSUK

Page 27: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

HSUK

HSUK PAS

S1. Perform optimally as intercity network, interlinking all primary cities?

2. Connect with local networks?

3. Connect with HS1 & airports?

4. Coordinate with railfreight strategy?

5. Offer optimum connectivity, capacity, journey time, resilience etc?

6. Comply with all relevant public policy?

The New Exam Questions

Page 28: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

HSUK

HSUK PAS

S

HS2 FAIL

1. Perform optimally as intercity network, interlinking all primary cities?

2. Connect with local networks?

3. Connect with HS1 & airports?

4. Coordinate with railfreight strategy?

5. Offer optimum connectivity, capacity, journey time, resilience etc?

6. Comply with all relevant public policy?

The New Exam Questions

Page 29: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

HIGH SPEED UK ChallengeWe challenge the Government and HS2 Ltd to demonstrate that:

•HS2 (& HS3) offers the best outcome for UK intercity travel

•HS2 complies with public policy (cost, CO2 emissions, land use, inclusivity etc)

•HS2 has been developed with all necessary due process

HSUK

Page 30: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

We will accept a challenge from:

• Any MP

• Any County or District Council

• Any Unitary Authority

to show that HSUK delivers far greater benefits than HS2/3 to their locale.

We will demonstrate that HSUK outperforms HS2/3 in every way.

HIGH SPEED UK Challenge

HSUK

Page 31: HIGH SPEED UK..connecting the nation Colin Elliff BSc CEng MICE Civil Engineering Principal, HSUK

Questions for HS2 Ltd1. How do you reconcile HS2’s carbon-

neutral performance with the 80% CO2 reduction target of the 2008 Climate Change Act?

2. What railway engineering assessment was made of the M1 corridor & why was Chiltern route & ‘Y-network’ chosen?

3. Why has no timetable been developed to show how HS2/HS3 and the existing network will work in harmony?

4. Why have HS2 & HS3 not been designed as an integrated national high speed network?

HSUK