PILSWORTH ENERGY PARK GLOCALISM FOR THE IRWELL
| COMMUNICATION | CONSERVATION | GENERATION | OWEN T BYROM | 11037949 | MSA | MASTER OF LANDSCAPE ARCHITECTURE
CONTE
/0/ PROLOGUE: - Advancing the manifesto
ENT
/1/ SITE ANALYSIS: - Overview - History - Connections - Micro-climate - Physical form - Site comparison - Site areas - River Roch -Materiality -Vegetation - Borehole survey - Analysis conclusion
/2/ PRECEDENT: - Working with the river - Landfill opportunities - Energy landscapes
/3/ DEVELOPMENT: - Aims - Arrangement - Mechanisms - Sketches
4/ PROPOSALS:
- Masterplan - Pilsworth bowl - Prettywood and Heap bridge -The lower basin -Hard landscape Site diagrams Phasing
/5/ THE VEGETATION STRATEGY:
- Ecological analysis - Typology precedent - Typology 1: Woodland -Typology 2: Meadow - Typology 3: Aquatic - Example subsidiaries -
ADVANCING THE MANIFESTO: Selected district The Suburban district has been selected for further investigation into the application of Glocalist ideologies in landscape due to its hared characteristics with both the Rural and Urban.
MASTERPLAN DIAGRAM: Illustrative catchment masterplan
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MASTERPLAN DIA Illustrative district m
AGRAM: masterplan
PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
The structure of a sustainable district Selected site The Pilsworth area has been selected due to prior research (Unit 2.1) which displayed due to its connections and site visibility it would make the best energy storage bank for the Suburban district. Due to the proposed timeline attached to the formation of a sustainable district the Energy bank would be the first piece of infrastructure to be proposed, designed and created before other satellite interventions could be composed around the district.
Role within district
MASTERPLAN DIAGRAM: Illustrative site masterplan of chosen site. Extract from manifesto diagrams.
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/1/ SITE ANALYSIS
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OVERVIEW:
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TITLE:
The site is a combination of areas ranging from Pilsworth landfills and retail park, to and Lomax Wood in the northern areas. Located between Bury and Heywood the site visible piece of landscape, underutilised and abused for many years. With no publicl through the site, the potential of the area has been overlooked. Due to the large Pilsw to the south and Industrial spaces to the north, the overall area has unfortunately ga perception throughout the local communities.
INTRODUCTION: The following study is a continuation of work carried out in unit 2.1 and will attempt to apply the proposed Glocalist ideology to the Pilsworth area. The focus of the report will show how the existing site could be transformed into a central energy storage landscape using hydrological techniques. The proposed toolkit shown in “Glocalism for the Irwell� will be manipulated using the suggested framework laid out in the text.
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o the south, to Prettywood e is a well connected and ly accessible routes worth landfill sites arnered a negative
PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL ROCHDALE
THE SITE BURY HEYWOOD BOLTON
RADCLIFFE OLDHAM PRESTWICH MIDDLETON
SALFORD FAILSWORTH
THE SITE
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HISTORY:
/ HISTORY
1850
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// HISTORY
1890
/// HISTORY
1910
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/V HISTORY
1930
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V HISTORY
1950
V// HISTORY
1960
V/// HISTORY
1980
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/X HISTORY
CONTEMPORARY
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CONNECTIONS:
/ ANALYS
ROUT
EXISTING
EXISTING
EXISTING
EXISTING Rail
The East does not c points inc Roads
PRIMARY M66 A58
Existing P vehicular not held e large carr
The M66, damaging exist it mu However, throughou phases.
Existing s including business of traffic fo 2400mm.
Other sec access ro
Tertiary ro residentia traffic with
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PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
SIS
TES
G RAIL
G VEHICULAR PRIMARY ROUTE (WITH FOOTPATHS)
G VEHICULAR SECONDARY ROUTE (WITH FOOTPATHS)
G TERTIARY ROUTE (WITH FOOTPATHS)
Lancashire railway runs horizontally across the site. The track create barrier to walkability of the site due to its numerous crossing cluding underpasses and Moss halls road.
Y ROUTES INCLUDE:
Primary routes throughout the sites are heavily trafficked with ranging from small family cars to Heavy goods vehicles. This is exclusively to the motorway. Bury new road (A58) is an extremely riageway making it difficult for pedestrians to judge when to cross.
, a primary route, creates a large physical barrier across the site g the walkability of the space. Passageways under the structure ultiple locations however not in enough or the correct locations. the piece of motorway infrastructure offers unrivaled links ut the rest of the catchment which could be exploited in future
secondary routes also play host to large amounts of vehicle, HGVs, this is primarily because of the number of industrial and estates located to the periphery of the site . Despite the volume ootpaths are sufficiently wide, ranging from 1800mm to over
condary routes include spine roads in residential estates and oads onto the aforementioned primary routes.
outes consist of smaller industrial estate access routes and al streets off the spine roads. These areas have sufficiently less h ample footpaths.
Footpaths There is a major lack of formalized routes dissecting the green spaces that flank wither sides of these busy routes forcing pedestrians and cyclist to come into close contact with fast moving traffic and they travel from Bury to Heywood along the A58. Conditions for regarding other roads do improve, for example, Pilsworth road includes a small separation between the carriageway and footpath. The separation is a an area of low maintenance planting around 1500mm wide. Despite the lack of any formalized footpaths throughout the spaces access to the heavily wooded areas is possible with local residents enjoying leisurely walk and recreational activities within them. Cyclepaths Despite the numerous cyclist than can be seen around the area of the proposals site at any on given time, only one road (the A58) has a dedicated cycle lane to either side.
/V ANALYSIS
FUTURE CONNECTIONS As discussed in the Manifesto, Glocalism for the Irwell, proposed energy producing sites will be linked each other and also a central energy storage facility or ‘Energy Bank’. The proposed green links were to boost permeability in and around the districts. Despite the lack of many walkable areas the site is a very well connected space which with advances in green infrastructure could form part of a walkable circuit for the catchment. The site is also surrounded by residential and commercial properties which maybe suitable participants for future implementation of the manifesto management ideologies.
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MICRO-CLIMATE: / ANALYSIS:
SUNLIGHT AND SHADOW As expected the proposed energy bank site follow the standard UK daylight hours. However due to the large differences in topography unexpected shadows can form in areas even at midday. These interesting patterns could be utilized and will be important if solar power is to ever be considered.
/ ANALYSIS
VERNAL EQUINOX 20/03/2017
/ ANALYSIS
SUMMER SOLSTICE 21/06/2017
KEY PLAN: Existing site
/ ANALYSIS
AUTUMNAL EQUINOX 22/09/2017
/ ANALYSIS
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WINTER SOLSTICE
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PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
// ANALYSIS:
Wind rose The wind rose below shows the direction and intensity of winds within the past two weeks (information correct as of 17/04/2017)
20 to 25mph [10m]
15 to 20mph [10m]
10 to 15mph [10m]
5 to 10 [10m]
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PHYSICAL FORM:
ISOMETRIC: NORTH EAST VIEW
ISOMETRIC: SOUTH WEST VIEW
/ ANALYSIS
LONG SECTIONS Both long and short sections show the vast difference in topography throughout the site. The large undulation are a good opportunity provided by the site in order to implement the hydroelectric storage systems as proposed in the Manifesto. The changes in topography throughout the site will allow different landscape areas to store there own in satellite ponds rather than having to transmit the electric back to one singular construction. The peaks also offer an opportunity to incorporate wind turbines. A generation methodology believed at the time of writing the manifesto would only be suitable to the higher peaks of the rural district.
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PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
// ANALYSIS
SHORT SECTIONS
SECTION: A-A
SECTION: B-B
SECTION: C-C
SECTION: D-D
SECTION: E-E
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COMPARING THE SITE:
/ COMPARISON
wwt London wetland Centre
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// COMPARISON
wwt martin mere
/// COMPARISON
Pilsworth Energy park (THE SITE)
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/V COMPARISON
walthamstow wetlands
V COMPARISON
dinorwig reservoi
N
ig oirs
PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
/ ANALYSIS
Comparison Due to the aquatic nature of the Energy bank, specified in the manifesto, a comparison can be drawn between the proposal site and other existing wetland landscapes. Similar in size to the Walthamstow wetlands (WW) in North London, the existing wetland site is a good precedent of how to involve the local community in an aquatic landscape. WW has recently undergone a re-design from Kinnear landscape architects in order to improve these community links and ensure the future of the area which has inhabited by many local species of flora and fauna. The scheme closest, in terms of function, to the proposals site in Dinorwig reservoirs. Commonly known as electric mountain the scheme is larger than the Proposed energy bank site, however, the area Dependant on the scheme is also larger. Despite the size difference by replacing the one large piece of electrical infrastructure with multiple smaller instances to fit more fluently into the existing landscape, the proposals site maybe able to provide a similar service. A final comparison can be drawn between Pilsworth and the existing North western WWT site martin mere. Recognized for many years as one of the best wetland areas in the North west, martin meres is a combination of multiple linked pools. Due to the lack of availability of open landscape in the Pilsworth area a similar approach to that of WWT Martin Mere maybe a usable idea in order to increase capacity in specific locations.
V/ COMPARISON
wwt slumbridge
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SITE AREAS: / ANALYSIS
SITE OVERVIEW The proposed Pilsworth energy park area is made up of a number of areas. Each area is primarily divided by transport infrastructure. Due to this despite the hurdles of vehicular movement, there does seem to be a prominent landscape vernacular that covers all areas. Noticeable changes occur in the form of the local architecture which gives each area with the proposed boundary its own special character.
HEAP BRIDGE:
PLAN: Existing site
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// ANALYSIS
/// ANALYSIS
site areas
site LAYERS
BUILDINGS: BROAD OAK WOOD
BRIDGE HALL:
PRETTYWOOD:
WATER:
M66:
WATERFOLD:
PILSWORTH LAND FILL NORTH:
FOOTPATHS:
ROADS:
WATER FARM:
PILSWORTH LANDFILL SOUTH:
PILSWORTH RETAIL PARKS:
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RIVER ROCH: / ANALYSIS
RIVER OVERVIEW As the River Roch cuts from the site it travels though multiple conditons ad levels of exposure.
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3. 4.
PLAN: Existing site
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// ANALYSIS
/// ANALYSIS
RIVER ROCH ANALYSIS BROAK OAK WOOD:
EXISTING RIVER axos
BRIDGE HALL WEIR:
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BRIDGE HALL
2. HEAP BRIDGE:
WATER FARM:
PILSWORTH RETAIL PARK EMBANKMENT:
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MATERIALITY: / ANALYSIS
MATERIAL OVERVIEW Despite the large area of the site the landscape material palette is particularly limtied. As large expanses of tarmac and pre-cast concrete kerbs line the way from one point to another the journey starts to bring in new materials in forms of the architecture located at the side of the roads. With a mix of brick, stone, concrete, steel and glass in some places it channels thoughts of harvesting these materials and placing them on the landscape. By taking inspiration from the surrounding architecture, interesting, varied spaces within the landscape could be formed and house more of the local character.
PLAN: Existing site
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PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
// ANALYSIS
LAND AND STREETSCAPE ANALYSIS
LOMAX WOOD ACCESS ROAD:
// ANALYSIS
ASSEMBLED PALETTE
The access road is a tarmac topped informal track. Unlike other areas in the site there is no concrete edgings.
ASPHALT: The most widely used material within the proposal site. Asphalt is a reliable, cost effective material which has been utilized throughout. Unfortunately there is no variant of the material, with the standard black colour appearing in every circumstance.
A58 (BURY NEW ROAD):
BRICK:
The A58 is arguably the primary route throughout the proposed area. In this vein , the standard utilitarian application of tarmac and concrete dominates the streetscape.
Primarily used in residential properties around the area it is a dominant material which should be brought into the proposals in order to bed the scheme into its surroundings.
WATERFOLD:
TIMBER:
The waterfold business and leisure park is principally constructed from the traditional asphalt and concrete kerb combination. Unfortunately from a Glocalist perspective the area lacks any real individual character and could quite easily be placed into any other city within the north of the country.
Timber is sparingly used throughout the site in any other way but fencing. Both morticed fencing and timber and wire fencing are located in the site. Despite the lack of this material instances of this give warmth and texture when found.
M66 UNDERPASS:
PRE-CAST CONCRETE:
One of the uninhabited areas of the Watefrold m66 underpass gives a rare glimpse of materials into collective palette of materials for one area. Foregoing a surface cover in many areas the underpass also hosts large stone boulders whilst both steel and timber fences run parallel to one another
Used as a kerb or edging, pre-cast concrete, lines the majority of all the trafficked areas Within the Proposed energy bank site. Other elements where it appears are in some fence constructions, usually surrounding mid century buildings.
PILSWORTH ROAD:
STONE:
Pilsworth road is constructed in a very conventional manner. Both carriageway and footpaths are asphalt with concrete kerbs, instances of timber fencing appear upon the route.
Stone appears in a number of locations, usually used in the construction of high end properties. Stone filled gabions are also used as retaining structures around the Heap Bridge area.
AVIATION ROAD:
GALVANISED STEEL:
Due to its location the hard landscape in the space is dominated by the steel palisade fencing. Running parallel to this is an interesting aged concrete and mesh. The concrete and mesh softens the space due to allowing the surrounding vegetation to penetrate the gaps in the wire lattice.
Galvanised steel is the least common of all the materials listed in the palette. Normally used in the constructed of fences and street lighting columns the underused material could be used for more interesting purposes.
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VEGETATION: / ANALYSIS
VEGETATION OVERVIEW The proposed pilsworth energy site houses multiple existing vegatation typologies ranging from Woodland the low level grassland.
PLAN: Existing site
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III ANALYSIS
II ANALYSIS
PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
Species
existing vegetation typologies WOODLAND:
WOODLAND PLANTING:
The existing woodland typology is a common plant range found on the proposed site. Primarily located in the northern areas, the typology consists of large native tree and shurb species.
Species located in this area of woodland planting include Aesculus spp., Alnus and
WOODLAND EDGE
WOODLAND EDGE PLANTING:
The existing woodland edge typology can be found generally in the northern areas of the site. The typology typically consists of meadow style planting with large native trees.
Species located in this area of woodland edge planting include Quercus, Betula with large ground coverings of Urtica dioica.
GRASSLAND:
GRASSLAND PLANTING:
The typical “grassland” typology for the Pilsworth energy park site consists of tuffted grasses, runs or hedging for division and collections of a of trees established sparodically.
Species located in this area of grassland planting include Carex, Salix and Aesculus spp.,
RESIDENTIAL:
RESIDENTIAL PLANTING:
The “residential” typology can be found in multiple areas of the site and is generally formed from selections of ornamental trees and shrubs.
The residential planting highlighted is a group of very well maintained borders and trees. Species include Cupressus, Fagus and Ligustrum.
RIVERSIDE:
RIVERSIDE PLANTING:
Predominantly made up of self-propograting species, plants within this typology are typically tolerant to poorly drained soils.
Species located in this area of riverside planting include Salix spp. Alnus spp., and Rubus fruticousus.
RUDERAL /EMBANKMENT:
EMBANKMENT PLANTING:
Primarily consisting of small trees and long grassed this typology is a cost effective way to fullfill visitors biophilic need with much need for management.
A collection of Pinus, Betula and Carpinus are the selected trees for the recently completed project. The newly established semi-mature trees provide a windbreak affect for the inhabited spaces behind. Other plant species in the area include, grasses such as, Carex and, wildflowers such as, Achillea.
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BOREHOLE SURVEY: / ANALYSIS
BOREHOLES key plan
/ ANALYSIS
BOREHOLES
/// ANALYSIS
SUMMARY Due to the requirements of excavating in order to implement sufficient hydroelectric interventions, it is important to know the conditions underground. I believe it would be possible to gain the capacity needed due to the malleable elements underneath the surface.
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ANALYSIS - CONCLUSION:
/ ANALYSIS
SUMMARY Pilsworth is a very constrained site for many uses due to its past use as a land fill site. However for creating a central energy bank and productive landscape the opportunity of potential generation through landfill can only be seen as a positive, as seen through recent precedent, see page 36. Despite this bad reputation locally the space does host a number of listed buildings (see //analysis). However it would seem that despite the thoughts of previous occupants new investors are looking into developing the space. Currently there is a residential development for heap bridge with a council decision pending. Due to the space required and permeability factors stated in the manifesto I believe this development could not go ahead whilst considering this site as a potential energy bank for the suburban district.
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// ANALYSIS
LISTED BUILDINGS
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/// ANALYSIS
NOTABLE Developments
/V ANALYSIS
FLOODING
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LANDFILL DIAGRAM
PLAN: Constraints diagram
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/2/ PRECEDENT
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/// ROOM FOR THE RIVER, NED
FUNCTIONAL RIVERS
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// SANLIHE CORRIDOR, CHN
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FUNCTIONAL RIVERS
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/ RIVER FOREST ISLAND, CHN
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WORKING WITH THE RIVER:
/ PRECEDENT
Functional rivers River forest park, located in China, is a reactive wetland landscape. The scheme has utilized the natural flooding regime of the river in order to create a “forest haven” for the people of the city. Proposals such as this could benefit the selected proposal site in order to attenuate more water in times of flood for later use into the pumped storage process.
RIVER RESTORATION
/// KISSIMMEE RIVER, USA
RIVER RESTORATION
// HOUTAN PARK, CHN
RIVER RESTORATION
/ MILL RIVER PARK, USA
Sanlihe corridor, also located in China, has used water diverted from the Luan river, in order to replenish the once heavily disturbed site. Activities such as this may help rejuvenate of the proposed Pilsworth energy bank site from the years or industrial and landfill activity. Room for the river is a project that focuses on creating larger floodplains and alternate routes for rivers to fill in the event of a flood. As in the aforementioned instance of “the river forest island” it maybe benfeicial to utilise the techniques of “room for the river” in order to channel flood water potentially into attenuation basins for future use.
// PRECEDENT
River restoration River restoration takes the aesthetic and behavioral qualities of a “natural rivers” in order to apply them to rivers that have previously been modified. Whilst the section of Roch, which is in the proposal site, has not been modified too heavily it maybe beneficial to modify some of existing banks using the same principals in order to allow the river to breathe a little freer. This will may then give further opportunities (as shown in the functional rivers section) for attenuation and storage of flood waters for later hydroelectric purposes. The mill river park is a good example of techniques used in order to restore ecological value to a watercourse. By removing ecologically insignificiant pieces of watercourse therefore adjusting the path of the river they have given new life to the banks whilst providing a healthier aquatic habitat.
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/// NCES LANDFILL, USA
LANDFILL MINING
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// ADVANCED PLASMA POWER, GBR
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LANDFILL MINING
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/ PERDIDO LANDFILL, USA
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LANDFILL OPPORTUNITIES:
LANDFILL MINING Landfill mining is a blanket term that cover multiple processes, The phrase first means the extraction of recyclable material from historic landfills either to increase capacity of lessen the impact on the surrounding landscape. Another way in which the landfill mining can occur the formation of previously unwanted landfill waste into fuel, as carried out by companies such as Advanced plasma power. The third way in which the term landfill mining can used is by the installation of geothermal boreholes in the decomposing waste. This process is a clean efficient process that requires no transportation of waste matter from one site to another. Many landfills already produce energy via the methane captured programmes however there is much more potential green energy solution previously unloved landfills could fulfill
LANDFILL RECLAMATION
/// VALL D’EN JOAN, ESP
LANDFILL RECLAMATION
// GEORGSWERDER ENERGY HILL, GER
LANDFILL RECLAMATION
/ HIRIYA LANDFILL, ISR
/ PRECEDENT
// PRECEDENT
LANDFILL Reclamation Reclaiming a disturbed site is not an easy process, despite this there are multiple examples all over the world where landfills and been reclaimed and turned into beautiful and productive landscapes. Vall d’en joan in Spain shows exactly how the large difference in topographies can add to the experience of the visitor. Searching paths lead through the terrace style landforms creating a unique experience. The raised topography of a landfill can also offer an opportunity to generate electricity as shown at Energy hill in Germany. Creating public spaces at the pinnacle of the mounded landforms, as done at the Hiriya Landfill offer an opportunity to potential visitors to see panoramic views of the surrounding landscape from a unique reclaimed viewpoint.
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/ PIGUET GALLAND, CHE
GENERATION INCORPORATION
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/// CIS SOLAR TOWER, GBR
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GENERATION INCORPORATION
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ENERGY LANDSCAPES:
// EDEN GEOTHERMAL PROJECT, GBR
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STORAGE INCORPORATION
STORAGE INCORPORATION
// CARLISLE GASWORKS, GBR
GENERATION INCORPORATION
/// SENECA PUMPED STORAGE, USA
STORAGE INCORPORATION
/ HYDROSTOR SUBMERGED BAGS , CAN
/ PRECEDENT
Energy generation incorporation is becoming a primary thought in many designers minds. Unfortunately usually the pieces of infrastructure required as not aesthetically pleasing. However the precedent at the piguet galland headquarters in Switzerland is a step in the right direction. The sculptural tree like element incorporated many small wind turbines into a familiar form. On the other hand pieces like this would not fit everywhere. When discretion is needed there is there approach of the solar tower in Manchester. The CIS building uses the facade of the building to generate energy. The solar panel cladding is a distinct yet understate way in which energy production can be incorporated into the very fabric of the design from the start. This type of intervention is also being trialled in landscape with the introduction of solar roads. Nonetheless the most discrete way to incorporate energy production is through the very foundations of the design, Geothermal. The Eden project in Cornwall have announced there intentions to explore this methodology in order to become more productive whilst having less on an impact on the landscape.
// PRECEDENT
STORAGE INCORPORATION Energy storage is the hardest element of all electrical process nevertheless there are multiples ways in which the storage facility could be incorporated seamlessly into the landscape. Hydrostor is a submersible bag which stores energy using compressed air. This solution could be used in the Pilsworth system if the infrastructure required was scaled. Pumped storage is quickly becoming a traditional way in which to store large amounts of off-peak electricity. The Seneca pumped storage facility combines and aesthetically pleasing circular pool within the texture of it surrounding landscape. Gas holders are becoming a rare sight in the cities of Britain, despite this there is no denying the fantastic job they did at storing energy in many urban locations. Follies such as this could be used throughout the proposals site in order to create a distinct aesthetic
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AIMS
/ AIMS
GLOCALIST AIMS The Glocalist approach to a site is to initiate a conversation between local residents, architectural vernacular and locally sourced materials. After bringing all these into the fold the desire is then to encapsulate the surrounding environment while still allowing the site to give back in a way it hasn’t previously done. In short, Communicate, Conserve, Generate.
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PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
// AIMS
LAYERING OF AIMS The aims for the site are a mix of Glocalism ideology, desirable traits and site specific needs. Whilst, communicating, conserving and generating the site also can provide desirable byproducts such as increased habitat creation for local flora and fauna. The largest aims from each levels of aims are Energy storage, Flood alleviation and Waste management. Due to the sites poor reputation of visible waste management whilst as a landfill We hope that throughout the detailed design process We could start to offer new solutions for waste, whether this be via treatment or grey/ brown water through natural sewage works or interventions as simple as recycling points. 43 OTB | LANDSCAPE ARCHITECTURE | MSA 11037949
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ARRANGEMENT:
/ DEVELOPMENT
SUMMARY The diagrams to the right show the potential yield areas of the proposed energy generating and storage solutions. Despite instances of low yield in some cases, other solutions described in the manifesto will thrive in the space. Therefore using more than one solution on each specific site may improve energy storage and solution. This change to the manifesto framework should only be adopted where site conditions require it to be successful. From the final arrangement it is clear to see how much potential the proposed Pilsworth energy park site has. Building on this complete arrangement of interventions it becomes easier to draw up mechanisms and start to sculpt a landscape scheme around it.
// ANALYSIS
// ANALYSIS
hydro
PUMPED STORAGE/ HYDROELECTRIC AREAS
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WIND POWER AREAS FLOOD ALLEVIATION AREAS
WIND TURBINE AREAS
/// ANALYSIS
GEOTHERM GEOTHERMAL AREAS
HIGH YIELD
HIGH YIELD
HIGH YIELD
HIGH YIELD
MEDIUM YIELD
MEDIUM YIELD
MEDIUM YIELD
MEDIUM YI
LOW YIELD
LOW YIELD
LOW YIELD
LOW YIELD
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MAL AREAS
PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
/V ANALYSIS
BIOMASS AND AGRICULTURE BIOMASS AND AGRICULTURAL AREAS
D
HIGH YIELD
IELD
MEDIUM YIELD
D
LOW YIELD
PLAN: Constraints diagram
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// THE SUBURBAN
MECHANISMS:
TOOLKIT: PRODUCTION: - Agriculture
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GENERATION AND STORAGE: Series of elevated ponds with hydroelectric turbines
GENERATION AND STORAGE: Elevated pools with Wind Turbines
- Solar - Hydro - Biomass - Geothermal
Function:
- Country park - Formal park - Nature Reserve - Housing Estate - Sports fields - Sewage works - Route
GENERATION AND STORAGE: Potential energy storage holders
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Material: - Stone
- Brick - Metals - Local timber - Concrete - Other in-situ
LOCATIONAL VEGETATION: - Wetland
- Semi-formal parkland
GENERATION AND STORAGE: Landfill Geothermal and methane capture
PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
/ DEVELOPMENT
EVOLUTION OF THE TOOLKIT - MECHANISMS Whilst advancing the manifesto to a site specific location the proposed Glocalist toolkit for the Suburban area has evolved in order to incorporate the unique constraints and opportunities each site holds. Hydro-electric will be the main generator of power within the District, as specified in the manifesto, However due to opportunities discovered during site analysis, the aquatic energy source will be supported by Large amounts of Geothermal and a new addition of wind . Reacting to other site constraints the River Roch will be manipulated in order to alleviate flooding issues on the existing site, providing my room for vegetation and greater capacity. Following the selection categories provided within the toolkit, Pilsworth energy park will consist of: PRODUCTION (STORAGE): Hydro, with subsidiaries of Biomass, Geothermal, Wind and agriculture. FUNCTION: County park, with subsidiary areas of housing and potential nature reserve aspects.
RIVER: Re-profiling banks formation and reduction of mounds (Dependant on location.)
RIVER: Widening of river course
RIVER: Introduction of flood channels
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RIVER: introduction of interconnected channels and plains to create wetlands.
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SKETCHES: / DEVELOPMENT
SEQUENCE OF PLANS:
// DEVELOPMENT
KEY SKETCHES:
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/4/ PROPOSALS
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MASTERPLAN: / PROPOSALS
PILSWORTH energy park Through development the masterplan has developed to combine a range energy storage solutions with unique destinational landscape areas. Developed to bring people together the indicative masterplan offers many different areas to experiences whilst keeping a simple, clean, geometric design suited to its surroundings.
PLAN: Proposed Illustrative Masterplan
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PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
II PROPOSALS
PROPOSED LANDSCAPE AREAS
PRETTYWOOD WIND TURBINES:
BRIDGE HALL SOCIAL POOLS:
THE ENERGY CENTRE:
Prettywood upper Basin will be the highest accessible point in the proposals. The largest pool is the upper segment of the hydroelectric storage system located in Prettywood. The elevated landform will also allow the implementation on the North side of the basin. One of the four surrounding water storage reservoirs for the upper basin will also house turbines. (See page 62 for further information on pool functions)
The Bridge Hall social pools are to be a collection of large reservoirs to help with run off from the surrounding urbanized areas. The pools will be primarily used for recreational activities in order to allow residents and visitors to the space to become more accustom to the aquatic landscape.
The energy Centre is to be named Prettywood taken from the name given to its location. Prettywood will consist of a visitor Centre, with adjoining car park. The proposed building will overhang the largest basin on site, the Prettywood lower basin.
WATER FARM:
PILSWORTH BOWL:
PILSWORTH ESTATE:
The Water Farm areas of the is to be reinstated as an aquatic farm. Focusing on the production of aquatic produce and coppice planting from the surrounding slopes these area of the site is designed to be the most productive in terms of agriculture and biofuel than any other area.
Pilsworth bowl, formerly Pilsworth landfill north will be re-sculpted in order to provide a large public accessible gathering space for entertainment and educational events. The former landfill site will be exploited for its geothermal and methane credentials as planned by Viridor (2015). (See page 54 for more information.)
Pilsworth Estate, formerly Pilsworth landfill south will house over 400 new residential plots. The aim of the estate is to introduce new passionate people that want to engage with the landscape, enjoy and manage the proposed spaces around them.
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PILSWORTH BOWL:
/ PROPOSALS
PILSWORTH BOWL The Proposed “Pilsworth Bowl� intervention will be an expansive area incorporating large landforms and structures. The soft texture of the coppice topped mounds will create an interesting contrast for the large modern canopy. Despite the multiple interventions over ground the most sufficient will be hidden, The network of geothermal boreholes and pipes will supply large amounts of energy whilst existing methane capture programmes will be added to fit into the new topography. The canopy will also be linked back into a proposed new grid system for Pilsworth which will allow it to store energy generated on other sites of within the district.
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PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
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PRETTYWOOD AND HEAP BRIDGE
/ PROPOSALS
Prettywood and heap bridge As visible in the adjacent visual, the proposed visitor Centre will hold a dominant position of the Prettywood basins. However to respect the local architectural scale the building has been positioned lower and screened in places to settle it into the surrounding environment. Overlooking phase 1 (Prettywood) Heap bridge will host multiple static energy ponds. Submerged compressed air balloons will allow storage of energy from the generation on both this, the Pilsworth energy park site, and the other generation sites within the suburban district (via the proposed grid for Pilsworth.)
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PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
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THE LOWER BASIN:
/ PROPOSALS
PRETTYWOOD LOWER BASIN VISUAL A view from Prettywood lower basin. When not in use as a release pool for the upper basin, leisure activities such as kayaking maybe able to take place. As shown in the adjacent image The retaining walls of the lower basin will be formed from concrete. Special areas of constructed tree pits shall let trees from the aquatic typology inhabit the space.
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HARD LANDSCAPE: I PROPOSALS
SURFACE MATERIALS
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III PROPOSALS
WALL/ FENCING
KERBS/ EDGING
ASPHALT:
GABIONS:
PRE-CAST CONCRETE
Black asphalt will be the primary groundcover for all new vehicular access routes into the area. It will also lead drivers into car parking areas where parking spaces will be constructed from geocell.
Gabion walls will provide both freestanding and retaining structures throughout the site. Located primarily around existing gabion structures and new aquatic interventions.
Pre-cast concrete edgin will be used in vehicular Products are to match e site.
TIMBER:
BRICK:
CORTEN STEEL:
Installation of timber decks around some of the pools and other aquatic areas will allow users of the site to gain closer access to the water.
Walls constructed from brick will be located closer to residential areas in order to lessen any material shock between the proposals and the existing context.
Corten steel edging is to between areas of hard a landscape to create a cr edge.
GEOCELL (GRAVEL/GRASS):
TIMBER:
Reinforced gravel and grass will primarily be used in trafficked areas such as car parks and some access roads. Geocell will also be used beneath follie structures.
Timber post and wire fences will be used in areas throughout the site, in places where a more permeable visual connection is needed.
SELF-BINDING GRAVEL:
CORTEN STEEL:
GALVANISED STEEL:
Self-binding aggregate paths with provide a walkable surface for secondary routes throughout the site.
corten clad wall will offer a more architectural wall style whilst offering an informal seating opportunity when teamed with a timber top.
Galvanised steel can be furniture located around support structure and ot such as armrests.
IN-SITU CONCRETE (SEEDED):
IN-SITU CONCRETE (BOARDMARK):
TIMBER:
Seeded concrete will cover important primary routes throughout the scheme.
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II PROPOSALS
NOTE: ALUMINUM EDGING TO BE IMPLEMENTED IN SUBMERGED CASES (ENGINEER TO ADVISE)
IV PROPOSALS
FURNITURE
in-situ concrete will provide most of the retaining structures required throughout the site. Where exposed the board marking should be left in order to create texture.
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Furniture throughout the be timber topped in orde a warmer more comforta than steel or concrete. T also top some walls to o seating walls where furn inappropriate.
E:
ngs and kerbs r areas, existing on
o be placed and soft risp, clean
e used in the d the site in its ther elements
PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
V PROPOSALS
FOLLIES
GALVANISED STEEL (BOX SECTION): Galvanised steel box section will be used in the construction of the follies, located around the site and also in the structure of the Pilsworth Bowl canopy. GLASS: The use of glass in the follies allows visitors to the site to see inside the structure to see how energy is stored by the inflatable inside .Glass can also reflect the surrounding vegetation and sky in order to further bed the structures into the site NOTE: FURTHER CONSULTATION WITH ENGINEERS IN ORDER TO DETERMINE COLOUR AND MATERIALITY OF INFLATABLE BALLOON ELEMENTS WITHIN FOLLIES AND SOME POOLS. FOLLIE VISUAL: Large geometric constructions of galvanized steel and glass will contain hydrostor style inflatable balloons which store energy as compressed air. These structures are intended to store energy whilst offering occupants of the site shelter and spaces for impromptu activities.
e scheme will er to provide able solution Timber will offer informal niture may be
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SITE DIAGRAMS: / ANALYSIS
SUMMARY The proposed scheme is a nuanced and layered functional landscape. Guidelines for further development beyond Phase one should follow the elements in the diagrams shown to the left as a base for which detailed design to begin. Future designers of phases beyond phase one should be aware of methodologies implemented in order to try and conserve the fabric of the existing landscape whilst molding the proposals. For example, the ideology that has driven the proposed pathways is to reconnect and create greater permeability throughout the landscape. As seen on page 12 few accessible routes are provided in the existing green spaces. Paths are to work with existing routes through the landscape in order not to disturb familiar visitors to the space, they are there rather to provide them a further option and a turn into the new landscape.
/ PROPOSALS
POOL FUNCTIONS
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TREES
/// PRO
CO
(PS) LOWER BASIN
ENERGY STORAGE POOL
RETAINED EXISTING TREES
EXISTI
(PS) SURGE POOL
AGRICULTURE POOL
PROPOSED
EXISTI
(PS) UPPER BASIN
AGRICULTURE POOL (ES)
EXISTING TREES - 6123 (MIXED SIZE AND SPECIES)
EXISTI
(PS) UPPER BASIN (WT)
AGRICULTURE POOL (WT)
EXISTI
(PS) UPPER RESERVOIR
SOCIAL POOLS
EXISTING TREES TO BE RETAINED - 4867 (MIXED SIZE AND SPECIES)
(PS UPPER RESERVOIR (WT)
ROCH ATTENUATION POOL
PROPOSED NEW TREES (MINIMUM) - 11,685 (MIXED SIZE AND SPECIES)
PROPO
NOTES: (PS) : PUMPED STORAGE (WT) : WITH WIND TURBINES (ES) : WITH ENERGY STORAGE BAGS
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// PROPOSALS
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TOTAL: 16,552 TREES (MIXED SIZE AND SPECIES) NOTES: ALL TREES PLANTED TO BE PART OF SITE WIDE BIOMASS AND TIMBER DEVELOPMENT PLAN. ROTATION OF HARVESTING APPROX. 30 YEARS. - NUMBERS LISTED ABOVE TO BE APPROVED AND CHECK AFTER COMPLETE SITE SURVEY - (NUMBERS TO BE CONTINUALLY ADJUSTED TO COMPENSATE FOR ANY UNSEEN REMOVALS AS PART OF PHASED WORKS). ALL REMOVED TREES SHOULD BE REPLACED WITH AT LEAST THREE TREES.
PROPO
NOTES All PRO ALL PR WHERE ALTER ANY RU (where SOME VEHICU ROUTE
OPOSALS
ONNECTIONS
PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
/V PROPOSALS
HOUSING
V PROPOSALS (AND OTHER STRUCTURES)
PARKING
ING RAIL
(RESIDENTIAL
(STANDARD CAR PARKING
ING VEHICULAR PRIMARY ROUTE (WITH FOOTPATHS)
OTHER HIGHLIGHTED IN BLUE
COACH PARKING
ING VEHICULAR SECONDARY ROUTE (WITH FOOTPATHS)
PROPOSED RESIDENTIAL
PROPOSED CAR PARKS:
ING TERTIARY ROUTE (WITH FOOTPATHS)
1 . BURY OLD ROAD - 75 RESIDENTIAL 2. PILSWORTH ESTATE - 400 RESIDENTIAL - 4 COMMERCIAL
1 . BRIDGE HALL POOLS - 228 SPACES 2. THE ENERGY CENTRE - 324 STANDARD - 13 COACH 3. PILSWORTH DOME - 272 STANDARD - 11 COACH
OSED VEHICULAR ROUTE
OSED FOOTPATHS
S: OPOSED PATHS TO BE BETWEEN 1800-4000mm ROPOSED PATHS TO BE LESS THAN A 1:20 GRADIENT. E a 1:20 GRADIENT OR STAIRS ARE TO BE IMPLEMENTED RNATE DDA Compliant alternative route must be provided. UNS Of 1:20 pathways to have resting points at 10m intervals possible) FOOTPATHS TO BE GIVEN SUB-GRADES TO TAKE LIGHT ULAR TRAFFIC FOR MANAGEMENT AND MAINTENANCE ES.
TOTAL: 475 RESIDENTIAL PLOTS - 4 COMMERCIAL OTHER PROPOSED STRUCTURES 1. THE ENERGY CENTRE (PRETTYWOOD VISITOR CENTRE) 2. FOLLIES/ ENERGY STORAGE UNITS (41 units) 3. PILSWORTH DOME (LANDMARK STRUCTURE) NOTES: -Swales to be fiitted to existing and proposed streetscapes - BURY OLD ROAD PLOT SIZE APPROX. 31500MM X 8000MM - PILSWORTH ESTATE PLOT SIZE APPROX. 18700MM X 10000MM - ALL NEW PROPOSED RESIDENTIAL AND COMMERCIAL PLOTS TO BE SUPPLIED WITH APPROPRIATE NUMBERS OF SPACES SEPARATE TO CAR PARKS LISTED ON PARKING DIAGRAM
TOTAL: 824 STANDARD SPACES - 24 COACH NOTES: - STANDARD SPACES MEASURE 4800MM X 2400MM - COACH SPACES MEASURE 3600MM X 13500MM - ALL NEW PROPOSED RESIDENTIAL AND COMMERCIAL PLOTS TO BE SUPPLIED WITH APPROPRIATE NUMBERS OF SPACES SEPARATE TO CAR PARKS LISTED ABOVE - SOME STANDARD TO BE LOST OR RELOCATED WHEN DISABLED ACCESS SPACES CALCULATED (NUMBERS TO BE CALCULATED AS PART OF PHASED WORKS)
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PHASING: / PROPOSALS
PHASING Due to the size and importance of the proposed energy park, it is important to phase the development correctly. Correctly sequencing the establishment of the crucial parts and the right time will help the site and wider district profit.
// PROPOSALS
TIME OVERVIEW Construction of the site will begin in 2018, Completion of the full scheme is to be around 2036.
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/// PROPOSALS
PHASE 1
/V PROPOSALS
PHASE 2
V PROPOSALS
PHASE 3
Construction time: 2018 - 2022
Construction time: 2020 - 2023
Construction time: 2024 - 2026
Prettywood will be the first phase to be constructed due to it containing the largest hydro-electric storage system. The phase also includes the Visitor Centre, the establishment of this will create a physical hub for people to discuss and enjoy the ongoing scheme
After groundworks have finished in Phase 1 the team will move over to the Bridge Hall area. It is important that this area is to be completed soon after Phase 1 in order to increase permeability into the further site via a northern entrance. The scheme will also see the Social pools open where new relationships can start to be generated for local residents.
Phase 3 should be set back a minimum of 2 years after the opening of Phase 1, this is to allow people to become comfortable with the new energy park ideal before further construction appears. The Bridge Hall area is to be phase 3 as it is the key to unlock further phases whilst providing a solid link to new and existing homes.
V/ PROPOSALS
PHASE 4
V// PROPOSALS
PHASE 5
V/// PROPOSALS
PHASE 6
V//// PROPOSALS
PHASE 7
Construction time: 2025 - 2030
Construction time: 2028 - 2030
Construction time: 2031-2032
Construction time: 2032 - 2036
The longest phase of all, Phase 4, will take place in the Pilsworth Bowl area of the proposals. Due to the large amount of groundworks to re-sculpt the capped landfill and install a high quantity of geothermal boreholes construction of the should take a minimum of 4 years with a further year to establish the steel canopy.
Water farm is to be Phase 5 due to ability to draw people in from the surrounding retail parks. The area should be completed at the same time as phase 4 in order to allow the greatest permeability throughout the site. Allowing free moment will showcase the large steel canopy (in Phase 4) to its highest potential. Phase 5 will also see the trials of wireless pylon balloons.
Phase 6 is to see the final series of flood alleviation works to the River Roch. A minimum one year window should be left between phases 5 and 6 in order to allow any movements in the Roch waterway to occur and settle after the partial deconstruction of the bank in phase 5.
Phase 7 will include the Pilsworth estate. A minimum of 2 years is to be left between the completion of Phase 5 and the start of construction of the residential area. This is due to the trials of wireless pylon balloons. If the technology is proven to be usable all new plots in Phase 7 will be provided with a connection linking in to the series of storage interventions around the site.
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/5/ VEGETATION STUDY
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ECOLOGICAL ANALYSIS:
/ ANALYSIS
LAND CLASSIFICATION
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// ANALYSIS
SOILS
// ANALYSIS
HABITATS
PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
// ANALYSIS
SPECIES
// ANALYSIS
WOODLAND GRANT
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/ MONT-EVRIN PARK, FRA
WETLAND TYPOLOGY
4
// QUEEN ELIZABETH PARK, GBR
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WOODLAND TYPOLOGY
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TYPOLOGY PRECEDENT:
/SCHONEBERGER SUDGELANDE, GER
1 5
ADOPTED THEORIES
/// COLLAGE CITY, KOETTER AND ROWE 1978
ADOPTED THEORIES
//DISTURBANCE ECOLOGY, DEL TRIDICI, 2008
ADOPTED THEORIES
/ MESSY ECOSYSTEMS, NASSAUER 1995
/ PRECEDENT
Typologies My chosen typologies are Woodland, wetland and meadow. Schoneberger is a fantastic precedent for both hard landscape and vegetation. The elevation platform make the use feel ike are not disturbing the planting surrounding them. The “messy” overall aesthetic is a desirable effect especially when support by a framed very geometrically by large linear walkway. The most impressive element of the abandoned railway is the designers ability to resist implementing and showcase pieces of planting, this approach allow the more usually overlooked species such as Betula pubescens to shine through. Queen Elizabeth park display simple understated planting throughout. However most impressive are the simplistic choices of riverside, swale and wetland species. Muted tones of orange, brown and green have been chosen and the urge to choose the usually purples and yellow has been resisted. Mont evrin par is a fantastic study into the use of wildflower meadow. The large, almost endless expanse of meadow planting leads the eye through the site whilst the occasional tree breaks through the carpet in order to offer some vertical relief.
// PRECEDENT
theories Messy Ecosystem orderly frames (Nassauer.J.I, 1995) deals with the way in which people percieve planting, Throughout the design instances of messy vegetation will be the norm whilst manicured hedges and other topiary will not feature. In his text Peter del tredici states Reclaimation not restoration. The Pilsworth enrgy park will echo ideollogy not only through planting but by incorporating and and interesting elements in the disturbed ecology Koetter and Rowe’s theory of the combination of the scientist and the bricoleur combines to generate a perfect ideology when dealing with the multiple typologies that will inhabit the Pilsworth energy park. The bricolage of many planting typologies held in place by large linear footpaths will help create a juxtaposition that interconnects with other elements with the site.
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TYPOLOGY 1: WOODLAND I PROPOSALS
II PROPOSALS
TREES
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III PROPOSALS
SHRUBS
FERNS
ACER CAMPESTRE:
CARPINUS BETULUS:
ASPLENIUM SCOLOPE
BETULA PENDULA
CORYLUS AVELLANA:
ATHYRIUM FILIX-FEMI
PINUS SYLVESTRIS:
EUONYMUS EUROPAEA:
DRYOPTERIS FILIX-MA
POPULUS TREMULA:
LIGUSTRUM VULGARE:
OSMUNDA REGALIS:
QUERCUS ROBUR:
VIBRUNUM OPULUS:
POLYSTICHUM SETIFE
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IV PROPOSALS
GROUNDCOVER
ENDRIUM:
ALLIUM URSINUM:
INA:
GALIUM ODORATUM:
AS:
ERUM:
The woodland typology is a category of plants will be both productive and increase ecological value around the scheme. The woodland typology will have 4 subsidiary typologies Locations to be refined through detailed design throughout phases. Subsidiary typolgies to include some of the species listed on theses pages and other site specific species. (See pages 78-79 for examples)
HYACINTHOIDES NON-SCRIPTA:
PACHYSANDRA TERMINALIS:
VINCA MINOR:
Subsidiary typologies: 1. Wet woodland 2. Coppice Avenues 3. Shrublands 4. Timberwoods
KEY: NATIVE EVERGREEN PRODUCTIVE
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TYPOLOGY 2: MEADOW I PROPOSALS
II PROPOSALS
TREES
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III PROPOSALS
SHRUBS
GRASSES
ALNUS GLUTINOSA
CORNUS SANGUINEA
ARGOSTIS CASTELLA
BETULA PENDULA
CRATAEGUS MONOGYNA
CYNOSURUS CRISTAT
CARPINUS BETULUS
LIGUSTRUM VULGARE
FESTUCA OVINA
PYRUS CORDATA
RHAMNUS CATHARTICA
FESTUCA RUBRA
SORBUS AUCUPARIA
RUSCUS ACULEATUS
POA PRATENSIS
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IV PROPOSALS
wildflowers
ANA
ACHILLEA MILLEFOLIUM
TUS
CENTAUREA SCABIOSA
The meadow typology is a category of plants used to create large plains of texture and colour. The meadow typology has 3 subsidiary typologies Locations to be refined through detailed design throughout phases. Subsidiary typolgies to include some of the species listed on theses pages and other site specific species. (See pages 78-79 for examples)
DAUCUS CAROTA
DIGITALIS PURPUREA
DIPSACUS FULLONUM
Subsidiary typologies: 1. Community ruderal 2. Grassland 3. Recreational
KEY: NATIVE EVERGREEN PRODUCTIVE
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TYPOLOGY 3: AQUATIC I PROPOSALS
II PROPOSALS
TREES
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III PROPOSALS
WILDFLOWERS
GRASSES
ALNUS GLUTINOSA
ACHILLEA PTARMICA
CAREX RIPARIA
BETULA NIGRA
FILIPENDULA ULMARIA
ERIOPHORUM ANGUS
POPULUS TREMULA
GALIUM VERUM
JUNCUS EFFUNUS
PRUNUS PADUS
HYPERICUM TETRAPTERUM
PHRAGMITES AUSTRA
SALIX CAPREA
LYTHRUM SALICANA
TYPHA LATIFOLIA
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STIFOLIUM
ALIS
PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL
IV PROPOSALS
submerged BUTOMUS UMBELLATUS
NASTURTIUM OFFICINALE
The aquatic typology is a category of plants which will thrive in poorly drained conditions. The aquatic typology has 4 subsidiary typologies Locations to be refined through detailed design throughout phases. Subsidiary typologies to include some of the species listed on theses pages and other site specific species. (See pages 78-79 for examples)
MENTHA AQUACTICA:
MENTHA PULEGIUM
STRATIOTES ALOIDES
Subsidiary typologies: 1. Riverside 2. Pool edge 3. Street swales 4. Aquatic agriculture
KEY: NATIVE EVERGREEN PRODUCTIVE
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EXAMPLE SUBSIDIARIES: I PROPOSALS
II PROPOSALS
WOODLAND - COPPICE AVENUES
MEADOW - community RUDERA
SALIX ALBA
SALIX CINEREA
ONOPORDUM ACANTHIUM
SALIX AURITA
SALIX VIMINALIS
HERACLEUM SPHONDYLIUM
Long linear lines of short rotation coppice planting will help provide energy in the form of biomass whilst creating interesting landscape spaces for visitors of the site to inhabit. Long informal paths are to be cut through the groundcover vegetation in order to provide the routes.
NOTE: THESE ARE NOT PLANTED SPECIES BUT EXPECTED SELF-PROPAGATING THAT MAY INHABIT THE SPACE BEFORE COMMUNITY INVOLVEMENT. Community ruderal areas will be planted like other meadow areas at time of construction. However these spaces will be offer to local residents and organizations for adoption. Whilst no user has claimed the space they will be allowed to evolve into “naturalized” ruderal areas in order to boost ecological value in the meanwhile.
Indicative species will include the Willow shown above whilst selections, from the base woodland typology palette, such as poplar and corylus will provide instances of biodiversity along the lengths.
Local residents/ groups or organizations will have to meet with local councils in order to adopt the space. Management shall only occur around the edges in order to stop the areas spreading into other typologies. (All instances of Fallopia japonica and Impatiens glandulifera to be removed immediately)
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OTB | LANDSCAPE ARCHITECTURE | MSA 11037949
PILSWORTH ENERGY PARK | MASTERPLAN | GLOCALISM FOR THE IRWELL KEY: NATIVE EVERGREEN
III PROPOSALS
AL
AQUATIC - street swales
PRODUCTIVE
URTICA DIOICA
ALNUS GLUTINOSA
JUNCUS INFLEXUS
RUBUS FRUTICOSUS
EUPATORIUM CANNABINUM
MYOSOTIS SCORPIOIDES
Swales will line both new and existing residential as shown in The Suburban toolkit. The implementation of the swales will help to deal with attenuation issues that currently exist on site. Indicative species include those shown above, species have been chosen for ability to tolerate poorly drained conditions whilst satisfying the biophillic needs of new and existing residents.
OTB | LANDSCAPE ARCHITECTURE | MSA 11037949
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