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Short TH2 Fu

consists of 4Hong Kong serving abouhousehold herritory.

n theory, naof 10 to 20 %hydrogen-enstructure, as

An EU study

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safetcompaddecasechanhydrousedhydroopercond

for pdome

6 Conclu

H2 isdoesener

H2 isgene

5 2009 Nation6 NATURALHYion’s Sixth Frashed October

TTitle: uel

49 % hydrogsupply netwut 1.6 millioheating and

atural gas a% hydrogennriched natus well as en

y on hydrog

ending on td be used fo

ty related promised ced to naturae. The influnge their mogen with c

d for the gaogen concration of prditions of na

properly adjestic applia

usion

s a promisis not occur rgy!

s an intereerated in su

al Grid plc andY: Using the Eamework Progr 2009

Title: StatusDocum

gen, 28.5 %work extendon customer

cooking, an

and H2 can bn by volumeural gas is g

nd-use equip

gen-enriche

the steel fror gas mixtu

to the trancompared toal gas. Adduence of hymaterial proclean metal as transporcentration foroperly adj

atural gas qu

usted appliances can a

ng energy in useful q

esting mearplus, as th

d Atlantic HydExisting Naturgramme (2002


03

% methane, ds over 3,00rs. Town gand now acc

be mixed ine representsgenerally copment25.

d natural ga

rom which ures that co

nsmission, o the curreditions up toydrogen on

operties in surfaces. In

rtation pipelor the domusted convuality (range

ances and ccommoda

carrier. Howquantities in

ns for "stois surplus c

rogen Inc

al Gas System2-2006) for res

e of HydrogenK

19.5 % car00 km, coveas is still Hocounts for a

any propors the most bompatible w

as revealed

high pressuontain up to

distributionnt situationo 50% mign the differthe presen

n this case,lines, are inmestic marventional de and curre

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wever, it isn nature, it

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m for Hydrogesearch, techno

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3.3

rbon dioxideering 85 % ong Kong’s pbout 30 % o

rtion, but tybest option with existing

d that:26:

ure pipelineo 50% of hyd

n and use n with naturght be feasirent materiance of hyd, the fatiguenfluenced irket in a cdomestic apent value of

conditions % of hydrog

s not an enhas to be p

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n EFFORT

Port, ShippinD

19 Nove

e and 3 % cof Hong Konprimary gasof the total e

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of natural gen

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carbon monng’s househseous fuel, energy con

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gas is nop to 20% o

ust be asserse. Steel here is dires and toughnental way. determinedas well as dex)

gas quality

ce, and as by using hig

n times whis of water.

ed by the Eurodemonstration

Paper #03


32/33

oxide. The holds and especially fsumed in th

s in the rangcentrations,ribution infr

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ot significanof hydrogenessed case materials c

ect contact ness of steethe maxim

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an be produ

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el cell drivbustion engpowered by

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Title: StatusDocum

uced locally

ut any exhaport to redu

d in a normaed to the na

se any highgen dissipaatural gas d

roduced anacturing, an

of years, fuehnology, fro

fuel-cells a

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03

y. It could be

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al combustiatural gas g

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Research is nology; how

e of HydrogenK

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on engine, grid.

an fossil fuey from its sogher ignition

fely for decce.

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wever this is

Green


3.3

to become i

vapour and

in a fuel ce

el – if not evource, it is n temperatu

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ative to pres

art from theg, distributin

el cells mustis of water.

o three timeis presently

y to reduce s considered

n EFFORT

Port, ShippinD

19 Nove

ndependen

heat, thus

ell (which is

ven a lowenon-toxic, re.

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t be 99.999

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TS White P


nt from foss

, use of H2

s at present

er: Due to itit is less fla

variety of a

onal. They cppliances, s

ower drive.

hicken-and-oring hydrog

% pure. Th

fficient thane expensive

ut of the fueeasy.

Paper #03


33/33

il fuel impor

could be o

t option no.

ts light weigammable th

applications

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status quo of use of hydrogen as fuel in hipping and ... · sub-area 3.3. h2 fue urg port tra of...

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