APPENDIX(A.1:(AVERAGE(DAILY(EVAPORATION(PER(MONTH(IN ... ·...
Transcript of APPENDIX(A.1:(AVERAGE(DAILY(EVAPORATION(PER(MONTH(IN ... ·...
APPENDIX(A:(HYDROLOGICAL(DATA(
APPENDIX(A.1:(AVERAGE(DAILY(EVAPORATION(PER(MONTH(IN(CHRISTCHURCH(CONDITIONS(
Appendix(A.1:(Average(Daily(Evaporation(per(Month(in(Christchurch(Conditions((NIWA,(2011)(
Average(Daily(Evaporation((mm)(
Year( ( Year(
Month( 2011( 2010( 2009( Month( 2011( 2010( 2009(
January(( 4.83(mm( 4.27(mm( 5.25(mm( July( 0.61(mm( 0.41(mm( 0.46(mm(
February(( 4.32(mm( 4.11(mm( 3.27(mm( August( 0.82(mm( 1.26(mm( 0.95(mm(
March( 3.02(mm( 3.09(mm( 2.7(mm( September( 1.61(mm( 2.32(mm( 2.13(mm(
April( 1.61(mm( 1.65(mm( 1.86(mm( October( 2.19(mm( 3.29(mm( 2.88(mm(
May( 0.86(mm( 0.83(mm( 0.76(mm( November( 3.46(mm( 4.61(mm( 4.29(mm(
June( 0.43(mm( 0.35(mm( 0.49(mm( December( 3.48(mm(( 5.13(mm( 4.65(mm(
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APPENDIX(A.2:(HIGH(INTENSITY(RAINFALL(DATA(SYSTEM((Appendix(A.2:(High(Intensity(Rainfall(System(V3(
(((DepthPDurationPFrequency(results((produced(on(Friday(25th(of(November(2011)((((Site(name:(University(of(Canterbury((((Coordinate(system:(NZMG((((Easting:(2476305((((Northing:(5742739(
Rainfall(depths((mm)(
( Duration:(
Annual((Recurrence((Interval((ARI)(((years)(
Annual(Event(Probability((AEP)(
10(m( 20(m( 30(m( 60(m( 2(h( 6(h( 12(h( 24(h( 48(h( 72(h(
( ( ( ( ( ( ( ( ( ( ( (
1.58( 0.633( 3.7( 5.6( 7.1( 10.7( 15.5( 28.1( 40.9( 59.4( 72.1( 80.7(
2( 0.5( 4.1( 6.2( 7.8( 11.8( 17.1( 30.8( 44.7( 64.9( 78.7( 88.1(
5( 0.2( 5.6( 8.4( 10.7( 16.1( 23.1( 41.1( 59.1( 84.9( 102.9( 115.2(
10( 0.1( 6.9( 10.4( 13.2( 19.8( 28.3( 49.7( 71( 101.4( 123( 137.7(
20( 0.05( 8.4( 12.7( 16.1( 24.2( 34.3( 59.7( 84.8( 120.3( 145.9( 163.3(
30( 0.033( 9.4( 14.2( 18( 27.1( 38.3( 66.3( 93.8( 132.7( 160.9( 180.2(
40( 0.025( 10.2( 15.4( 19.5( 29.3( 41.4( 71.5( 100.8( 142.2( 172.5( 193.1(
50( 0.02( 10.9( 16.4( 20.8( 31.2( 44( 75.7( 106.6( 150.1( 182( 203.7(
60( 0.017( 11.5( 17.2( 21.9( 32.9( 46.2( 79.3( 111.5( 156.7( 190.1( 212.8(
80( 0.012( 12.4( 18.7( 23.7( 35.6( 49.9( 85.3( 119.7( 167.9( 203.6( 227.9(
100( 0.01( 13.2( 19.9( 25.2( 37.9( 53( 90.3( 126.5( 177.1( 214.7( 240.4(
APPENDIX(A.3:(CHRISTCHURCH(CLIMATIC(DATA(
Appendix(3:(Christchurch(Climatic(Data(2011((NIWA,(2011)(
( January( February( March( April( May( June( July( August( September( October( November( December( Year((
Mean(Relative(Humidity( 72.9( 79.7( 79.0( 83.2( 85.6( 87.0( 87.3( 85.0( 78.7( 73.5( 71.9( 71.5( 79.6(
Mean(Number(of(Days(of(Ground(
Frost(0( 0( 0( 2( 9( 16( 16( 15( 9( 3( 1( 0( 70(
Mean(Monthly(Sunshine(Hours( 230( 196( 183( 161( 142( 119( 124( 148( 165( 198( 215( 221( 2100(
Mean(10(cm(Earth(Temperature(
(˚C)(17.2( 16.5( 14.1( 10.6( 6.9( 4.3( 3.7( 4.6( 7.2( 10.5( 13.4( 15.8( 10.4(
Mean(Monthly(Temperature((˚C)( 17.4( 17.1( 15.5( 12.8( 9.6( 6.9( 6.6( 7.7( 10.0( 12.3( 14.0( 16.0( 12.1(
Mean(Monthly(Rain(fall((mm)( 42( 39( 54( 54( 56( 66( 79( 69( 47( 53( 44( 49( 648(
Max(Daily(Rainfall((mm)((2011)( 26.2( 24.0( 16.2( 22.6( 15.4( 20.4( 14.4( 44.4( 7.2( 37.2( 21.8( NA( =(
Mean(Monthly(Wet(Days( 6( 6( 6( 7( 7( 9( 9( 8( 7( 7( 7( 7( 85(
Mean(Global(Radiation( 21.9( 18.6( 13.9( 9.5( 6.1( 4.6( 5.1( 7.7( 12.1( 16.8( 20.6( 22.2( 13.3(
Mean(Wind(Speed((m/s)((2011)(
(6m)(3.3( 3.3( 2.9( 2.5( 2.3( 2.4( 2.1( 2.3( 2.5( 3.2( 3.2( 3.3( =(
Evapotranspiration((mm/month)(
(Penman)( 146.9( 119( 91.1( 43.7( 23.9( 11.9( 17.1( 23.6( 49.1( 69.1( 105( 104.3( =(
ETL(=(ETref(x(KL((0.3)( 44.07( 35.70( 27.33( 13.11( 7.17( 3.57( 5.13( 7.08( 14.73( 20.73( 31.50( 31.30( =(
!
Appendix(D:(Green(Roof(Test(Rig(Design((Proposed(System(Specifications(Substrate(Depth:(LiveRoof(systems(will(be(employed;(utilising(depths(of(105(mm(and(152(mm(as(are(standard(for(
LiveRoof(Standard(and(LiveRoof(Deep(systems.(Such(depths(will(be(more(adequate(to(support(plant(
life(during(long(dry(periods(that(are(common(in(Christchurch(conditions.(The(deeper(substrate(
depths(also(open(up(the(opportunity(to(expand(the(plant(pallet(and(include(native(grasses.(
Planting:(The(implementation(of(6(systems(allows(for:(
• Native(grasses(and(groundcover(at(105(mm(and(152(mm(
• Sedums(at(105(mm(and(152(mm(((
• Substrate(at(105(mm(and(152(mm!• The(roof(itself(acting(as(a(control!
Thus(monitoring(will(be(able(to(indicate(the(difference(in(vegetation(growth(and(stormwater(
retention(for(the(two(different(depths(and(two(different(vegetation(types,(with(the(ability(to(
compare(to(nonIvegetated(substrate(and(the(exposed(roof(top((the(control).((
Modular(Tray(Set?up:(Six(trays(approximately(2(m(x(1.2(m(will(be(implemented(on(the(roof.(These(trays(will(house(9(
modular(Stormwater(360˚/(LiveRoof(systems.(Due(to(the(free(drainage(of(these(systems(coupled(
with(the(slight(slope((<2%)(of(the(set(up(there(will(be(no(need(to(provide(additional(under(drainage.(
The(6(trays(will(be(lined(with(a(polyethylene(liner(to(act(as(a(root(and(water(barrier(along(with(the(
impermeable(trays.((A(drainage(port(will(be(present(at(lower(end(of(the(modular(housing(tray(to(
allow(infiltrate(to(be(collected.(This(port(will(be(design(to(be(able(to(allow(for(flow(at(the(maximum(
expected(rate(so(as(to(not(induce(water(logging(in(the(system.(At(this(stage(the(trays(available(have(
tapered(edges(which(are(not(ideal(as(this(allows(for(water(to(bypass(the(vegetated/(substrate(layer.(
Alternative(square(trays(are(being(investigated;(otherwise(a(covering(of(some(description(will(be(
devised(to(resolve(this(problem.(
Parameters(to(be(measured(during(green(roof(monitoring(phase(
• Precipitation((mm)(
• Runoff((m³)(
• Reference(Evapotranspiration((mm(dI1)(
• Slope(of(Vapour(Pressure(Curve((kPa(˚CI1)(
• Mean(Daily(Net(Radiation((MJ(mI2dI1)(
• Soil(Heat(Flux((MJ(mI2dI1)(
• Mean(Daily(Air(Temperature((˚C)(
• Wind(Speed(at(2(m(Elevation((msI1)(
• Saturated/(Actual(Vapor(Pressure((kPa)(
• PhotoIsynthetically(active(radiation((W/m2)(
• Soil(Temperature((˚C)(
• Humidity((%)(
• Soil(Moisture((%)
Housing(Tray(Plan(View(
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Housing(Tray(Side(View(
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Housing(Tray(for(Green(Roof(Implementation(of(Green(Roof((Environmental(Engineering(Roof(Top(University(of(Canterbury(
Preliminary(Design(
08/02/2012(
200(mm(
1860(mm(
2000(mm(
1100
(mm(
1200
(mm(
1830(mm(
2000(mm(
!
Layout(1((
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Layout(2(
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Stormwater(360˚(modular(system(
600(mm(
300(mm(
4000(mm(
3600
(mm(
(
2400
(mm(
6000(mm(
System(set(up(consisting(of(6(trays(each(containing(9(Stormwater(360˚(modular(systems.(University(of(Canterbury(
Design(Preliminary(
25/01/2012(
14.40(m²(
(
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((
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(
Roof(Top(Assembly(R(Elevation:(Option(B(Set(up(of(test(rig;(showing(the(incorporation(of(a(polypropylene(liner,(Stormwater(360˚(modular(systems(along(with(slope(and(elevation(graphic.(
Preliminary(Design(
08/02/2012(
Polyethylene(Liner(
Stormwater(360(Systems(((
600(mm( 600(mm( 600(mm(
≈(1800(mm(
Tray(Interior(
Roof(Top(Assembly(–(Elevation:(Option(A(
Corner(Brackets(
≈(2˚(
≈(300(mm(
Supportive(base(to(raise(system(and(allow(for(capture(of(drainage.(Slope(of(system(not(to(scale.(Base(material(could(range(from(wooden(props(to(a(table(like(structure.(
Roof(Membrane(
Protective(Board((≈(15(mm(thick(
(
Modular(Housing(Tray(
Drainage(Tank(
Note:(Roof(Top(Assemblies(for(Options(A(and(B(are(shown(using(Layout(2.(
Roof(Top(Assembly(R(Elevation:(Option(B(
(
Set(up(of(the(rig(system,(Stormwater(360˚(modular(systems(along(with(slope(and(elevation(graphic.(
Preliminary(Design(
08/02/2012(
Modular(Housing(Tray(
Drainage(Tank(
Timber(Framing(Barrier(
Plywood(Wedge(((To(impart(slope)(
Roof(Membrane(
Protective(Board((≈(15(mm(thick(
≈(300(mm(
Supportive(base(to(raise(system(and(allow(for(capture(of(drainage.(UnderRstructure(to(be(constructed(as(a(timber(grid,(with(supports(running(along(the(perimeter(of(each(tray.((
(Section(of(Timber(UnderRstructure(
1200
(mm(
1200
(mm(
1200
(mm(
2000(mm( 2000(mm(MSG8(/(VSG8(timber(members.(Depth(of(300(mm(required(to(clear(drainage(layer(
LiveRoof Standard
Depth: 105 mm
Module Size: 1' x 2' x 3 1/4"
Grown and Saturated Weight: 120 – 150 kg/m²
Dry Weight: Appx. 20 lbs/sf (confirm with your local licensed grower) Merits: Maximizes storm water management, integrates perfectly with new construction and often times existing buildings.
Plants: Native ground covers, sedums, hardy summer and spring blooming bulbs.
(
(
LiveRoof(Standard(LiveRoof(–(Hybrid(Green(Roof(System(Stormwater(360˚(New(Zealand(
Specifications(
25/01/2012(
LiveRoof Deep
Soil Depth: 152 mm
Grown Saturated Weight: 194 – 210 kg/m²
Merits: Minimal irrigation requirements and expanded plant pallet.
Plants: Grasses, Sedges, drought tolerant native perennials and grasses.
(
(
(
LiveRoof(Deep(LiveRoof(–(Hybrid(Green(Roof(System(Stormwater(360˚(New(Zealand((
Specifications(
25/01/2012(
Design'Characteristics'
Table&1:&Specification&of&Substrate&Mixtures&
Substrate& Dry&Bulk&Density&(kg/m³)&
Maximum&Water&Capacity&
(%)&
Weight&at&Maximum&Water&Holding&Capacity&and&Depth&
Saturate&Permeability&
(cm/s)&kg/m3& 50&mm&(kg/m²)&
100&mm&
150&mm&
200&mm&
Substrate&Mixtures&Stormwater&360&Roofmix&
540.0& 60.0& 1140.0& 57.0& 114.0& 171.0& 228.0& 0.04&
&
Table&2:&Loading&of&System&
Modular(Set(Up(& LiveRoof&Standard&F&105&mm& LiveRoof&Deep&F&152&mm&
Grown&and&Saturated&Weight& 120.00&–&150.00&kg/m²& 194.00&–&210.00&kg/m²&
Total&per&Housing&Tray&(2.05&m²)& 307.50&kg& 430.50&kg&
Total&for&System&(6&trays)& 1845.00&kg& 2583.00&kg&&
&Table&3:&Materials&and&System&Set&Up&
Materials) Quantity) Size/Description)
Plastic'Trays' 6& 2.0&x&1.2&m&Stormwater'360'Modular'Systems'
− Planted(− Unplanted(
(9&per&tray)&36&9&
0.3&x&0.6&m&
Tap/'Drainage'Port' 6& F&Water'Collection'Containers' 6& F&Plywood''
− Base(Board(− Elevation(Structure(
(
&1&1&
Area&req.&for&each&board&≈&15&–&16&m²&&F8&stress&grade,&≈&15&mm&thick&CFD&grade&plywood,&F8&Stress&Grade.&21&mm&thick&&(~5&ply)&
Timber'− Under6structure(
(− Tray(Barriers((Option(B)'
&~&24m&&~&20&m&
&MSG8&/&VSG8&Timber.&Member&depth&of&300mm&&Any&grade&timber.&Cut&to&size.&
Tech'Screws'− Under6structure(
(
Setup&dependent&&
Dependant&on&above&materials.&&&
&
− Tray(Barriers((Option(B)('
68&&
Gauge&8&(4.17&mm)&screws&
Metal'Corner'Brackets'(Option'A)' 24& For&tray&housing&
Planting) ! Depth!
Sedum' & 105&mm,&152&mm&Native'Species' & 105&mm,&152&mm&Nil' & 105&mm,&152&mm&