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STUDY AND REPORTS ON DOMAINS OF LANDSCAPE
PLANNING
ARCH 226: Landscape Planning Studio
Landscape of Industrial Area
INTRODUCTION TO DOMAIN:
LANDSCAPE OF INDUSTRIAL AREAS
2
Introduction : Landscape of Industrial Areas
• The landscape of industry has been changing over time.
• The landscape treatment of industrial areas is concerned with
-being collectively beneficial due to mutual matter and energy exchanges
-with minimum negative impacts on the human and natural environment.
• can be obtained in various ways such as
-preserving existing vegetation
-planting species which are hardy and tolerant
-green belts and buffer zones for noise attenuation and reducing pollution
-discouraging use of bricks or concrete materials to allow natural infiltration of water
-other methods of reducing pollution. [1]
3
Introduction: Eastman Business Park (EBP)
• Eastman Business Park, formerly Kodak Park, is
a large manufacturing and industrial complex
located in Rochester, New York, United States
• 1,200-acre office park and industrial complex
• Founded by George Eastman [2]
Figure-1: Location of Eastman Business Park, Rochester, NY
4
• Majority of the buildings at EBP were built with Medina Red Cornerstones for keeping with the look
and George Eastman’s tradition
• Previously the industrial area was known as Kodak Pak. In 2008 the area was named as “ Eastman
Business Park”
• More than 30 companies & on-site suppliers reside
• More than 1.5 million square feet of available office, manufacturing, laboratory, clean rooms, and
warehouse space ready for immediate occupancy
• Over 300 acres of prime industrial developable land, unparalleled infrastructure and superior services
and amenities [2]
Introduction: Eastman Business Park (EBP)
5
CASE STUDY IN FOREIGN: EASTMAN
BUSINESS PARK, ROCHESTER
6
Case Study: Application of design and planning principles
Lines
• Horizontal lines/linear elements – roads,
walkways, pipelines
• Vertical lines/ linear elements – chimneys,
boilers, lamp posts, trees, pipelines
Figure-2: Eastman Business Park, Rochester, NY
7
Case Study: Application of design and planning principles
Forms
Geometric forms:
Circular – Boilers, Trees, Monument
Square – Buildings, Open spaces, Parking spaces
Figure-3: Memorial to George Eastman at EBP Figure-4: Chimneys and Boilers at EBP Figure-5: Eastman Business Park
8
Case Study: Application of design and planning principles
Forms
Geometric forms:
Irregular polygon – Buildings, Open Spaces, Shape of the whole area
Figure-6: Irregular polygonal shape of Eastman Business Park site 9
Case Study: Application of design and planning principles
Forms
Plant forms: Tree forms – Columnar and Vase ( around buildings and in open spaces)
- Round ( Mainly buffer, open spaces )
Shrub forms- Mainly round
Groundcover forms- Matt form
Figure-7: Memorial to George Eastman at EBP Figure-8: Wastewater treatment plant at EBP 10
Case Study: Application of design and planning principles
Forms
Plant forms: Tree forms – Columnar and Vase ( around buildings and in open spaces)
- Round ( Mainly buffer, open spaces )
Shrub forms- Mainly round
Groundcover forms- Matt form
Figure-7: Memorial to George Eastman at EBP Figure-8: Eastman Business Park, Rochester 11
Case Study: Application of design and planning principles
Texture
• Hardscape materials like buildings surfaces (linear texture)
• Medium textured plants
Figure-9: Eastman Business Park, Rochester Figure-10: Eastman Business Park, Rochester
12
Color
• Monochromatic scheme ( green spaces)
• Complementary scheme: complementary color set red (buildings) and green (green spaces) are
used in the whole area.
• Kodak building is differentiated by using white color.
Case Study: Application of design and planning principles
Figure-11: Eastman Business Park, Rochester Figure-12: Eastman Business Park, Rochester 13
Organization
• Mainly Cluster organization
Case Study: Application of design and planning principles
Figure-13: Master plan of Eastman Business Park, Rochester
14
Circulation
• Approach: oblique
• Configuration of the path- Network
• Path space relationship- Pass by spaces (link the path
with the spaces)
Case Study: Application of design and planning principles
Figure-14: Satellite map of Eastman Business Park, Rochester
15
Ordering principles
• Hierarchy: Tall chimney (366 feet) and the white Kodak building
• Repetition: Boilers, rows of trees, chimneys
• Unity: Unity by interconnection (roads and the buildings are interconnected with each other)
Case Study: Application of design and planning principles
Figure-15: Eastman Business Park, Rochester Figure-16: Eastman Business Park, Rochester 16
• Master plan of Eastman Business Park
Case Study: Site Analysis
Figure 17: Master plan of EBP
17
Case Study: Site Analysis
Energy
Generating
power plant
Multi family
residential
Single family
residential
Kodak buildings
Workers houses
Waste water
treatment
plant
Figure-18: Satellite view of Eastman Business Park, Rochester Figure-19: Satellite view of Eastman Business Park, Rochester
18
Case Study: Site Analysis
• Soil type: soil of this area is divided into two main layer [4]
Overburden Soil
Upper most Shale (Highly weathered and clay like)
Middle Shale (Less weathered)
Lower Shale (Dense and competent)
Rochester Shale (Underlying bedrock)
19
• Ground water: 2-8 feet below the ground surface [4]
• Existing condition:
Case Study: Site Analysis
 Railroad: 17 mile railroad
 Vehicular and pedestrian circulation: large parking space and interconnecting roads
 Buffer
 Security and site access: 24X7 operation at Eastman Business Park and across
Rochester
 Fire security: The Kodak Fire Department (KFD) is a 24X7 operation at Eastman
Business Park [3]
20
• Living elements- Flora
• Natural elements- River (Genesee)
• Human elements- Buildings, monuments, pipelines, smokestacks, boilers, roads
• Abstract elements- Lamp posts
Case Study: Study of Landscape Elements
21
Case Study: Application of landscape conservation principles
• Reducing direct and indirect emissions of greenhouse gas – Installed boilers halved CO2 emissions
and reduced SO2 emissions to zero
• Increasing energy efficiency and minimizing use of non-renewable energy - heat from boilers and
smokestacks used to generate electricity
• Plenty of greenery
• Chemical exposure evaluation
• Air quality assessments
• Noise evaluations
• Dangerous Goods Transportation and Transportation Security guidance
• Soil and groundwater assessments
• Wastewater treatment plant - removes organic and inorganic pollutants [3]
22
CASE STUDY IN BANGLADESH: KONABARI
INDUSTRIAL AREA, GAZIPUR
23
Case Study in Bangladesh: BSCIC Industrial area, Konabari, Gazipur
• Established along the
bank of the River
Turag of Gazipur area,
Dhaka.
• Situated beside the
Tangail-Gazipur
highway.
Figure-20: Satellite view of Konabari Industrial area
24
Case Study in Bangladesh: Present Condition
• Indiscriminate discharge of untreated liquid waste
• Establishment of 152 polluter industries without any Effluent Treatment Plant (ETP)
• Black smog created by brick kilns [5]
Figure21: Untreated liquid waste Figure-22: Brick kilns
25
Case Study in Bangladesh: Present Condition
• Croplands grabbed by industries
• Worst condition of solid waste management
• Presence of toxic heavy metals like lead, cadmium, manganese etc. in the soil
• High density of industries [5]
Figure-23: Dumping of solid waste in water bodies Figure-24: Soil and water pollution 26
Case Study in Bangladesh: Problems and Impacts
• Ruined a large part of the Turag River, Baimail jheel and its peripheral wetlands.
• All the water quality parameters exceeded the prescribed limits set by local authority
• Increase water borne disease, skin diseases
• Decrease fish production and crops production [6]
Figure-25: Polluted wetlands Figure-26: Unhealthy environment 27
Case Study in Bangladesh: Problems and Impacts
• Left fruit trees unproductive, croplands infertile
• Burning of tin and discolored of ornaments
• Increase mosquitoes
• Severe noise pollution and air pollution [6]
Figure-27: Rusted materials Figure-28: Air pollution
28
Case Study in Bangladesh: Proposals for solving the Existing Problems
EIA & ETP
Need to conduct Environment Impact
Assesment (EIA) and set up Effluent
Treatment Plant (ETP)
Produce renewable energy
Solid industrial waste can be used to
produce renewable energy
Figure-29: Effluent Treatment Plant (ETP)
29
Case Study in Bangladesh: Proposals for solving the Existing Problems
Phytoremediation
Create Green belt around the
area with toxic heavy metal
absorbing plant such as Indian
mustard, Alfalfa, Cabage, Tall
fescue, Juniper, poplar trees,
Chinese brake fern,, spinach,
cauliflower, Sunflower, White
willow, oats [7].
Figure-30: Phytoremediators
30
Case Study in Bangladesh: Proposals for solving the Existing Problems
Water bodies
Water bodies with aquatic plants which absorb pollutant of waste water such as water hyacinth,
kolmilata, Colocasia, duck weed, helencha etc.
Figure-31: water hyacinth Figure-33: Duck weedFigure-32: Kolmilata
31
Use resilient materials
Walls and floors can be covered with resilient materials such as
felt, cork, glass wool, natural or synthetic rubber and steel
springs to mitigate noise pollution. Soft green wall also can be
used.
Use filter & buffer zone
Proper filter should be used in the brick kiln chimney for the
filtration of black smog. A buffer zone also can be established
to reduce both noise and air pollution.
Case Study in Bangladesh: Proposals for solving the Existing Problems
Figure-34: Green wall
Figure-35: Buffer zone 32
33
Case Study in Bangladesh: Proposals for solving the Existing Problems
Industry
Market place
Wetlands
Workers Residence
Greenery
Figure-36: Proposal plan
N
[1]http://karratha.wa.gov.au/Assets/Policies/DP06_Landscaping_Requirements_for_Industrial_and
_Commercial_Areas.pdf retrieved on 21 September, 2017.
[2] https://en.wikipedia.org/wiki/Eastman_Business_Park retrieved on 21 September, 2017.
[3] https://www.eastmanbusinesspark.com retrieved on 21 September, 2017.
[4] http://www.dec.ny.gov/docs/remediation_hudson_pdf/828177sob.pdf retrieved on 21
September, 2017.
[5] https://www.researchgate.net/publication/309935979 retrieved on 21 September, 2017.
[6] www.saulibrary.edu.bd/daatj/public/index.php/BAU201101_08-esc_5.pdf retrieved on 21
September, 2017.
[7]https://www.slideshare.net/Kantharajan/phytoremediation-in-envt-management-biotechnolgy-
role retrieved on 21 September, 2017.
References
34

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Group 09 landscape of industrial area

  • 1. STUDY AND REPORTS ON DOMAINS OF LANDSCAPE PLANNING ARCH 226: Landscape Planning Studio Landscape of Industrial Area
  • 2. INTRODUCTION TO DOMAIN: LANDSCAPE OF INDUSTRIAL AREAS 2
  • 3. Introduction : Landscape of Industrial Areas • The landscape of industry has been changing over time. • The landscape treatment of industrial areas is concerned with -being collectively beneficial due to mutual matter and energy exchanges -with minimum negative impacts on the human and natural environment. • can be obtained in various ways such as -preserving existing vegetation -planting species which are hardy and tolerant -green belts and buffer zones for noise attenuation and reducing pollution -discouraging use of bricks or concrete materials to allow natural infiltration of water -other methods of reducing pollution. [1] 3
  • 4. Introduction: Eastman Business Park (EBP) • Eastman Business Park, formerly Kodak Park, is a large manufacturing and industrial complex located in Rochester, New York, United States • 1,200-acre office park and industrial complex • Founded by George Eastman [2] Figure-1: Location of Eastman Business Park, Rochester, NY 4
  • 5. • Majority of the buildings at EBP were built with Medina Red Cornerstones for keeping with the look and George Eastman’s tradition • Previously the industrial area was known as Kodak Pak. In 2008 the area was named as “ Eastman Business Park” • More than 30 companies & on-site suppliers reside • More than 1.5 million square feet of available office, manufacturing, laboratory, clean rooms, and warehouse space ready for immediate occupancy • Over 300 acres of prime industrial developable land, unparalleled infrastructure and superior services and amenities [2] Introduction: Eastman Business Park (EBP) 5
  • 6. CASE STUDY IN FOREIGN: EASTMAN BUSINESS PARK, ROCHESTER 6
  • 7. Case Study: Application of design and planning principles Lines • Horizontal lines/linear elements – roads, walkways, pipelines • Vertical lines/ linear elements – chimneys, boilers, lamp posts, trees, pipelines Figure-2: Eastman Business Park, Rochester, NY 7
  • 8. Case Study: Application of design and planning principles Forms Geometric forms: Circular – Boilers, Trees, Monument Square – Buildings, Open spaces, Parking spaces Figure-3: Memorial to George Eastman at EBP Figure-4: Chimneys and Boilers at EBP Figure-5: Eastman Business Park 8
  • 9. Case Study: Application of design and planning principles Forms Geometric forms: Irregular polygon – Buildings, Open Spaces, Shape of the whole area Figure-6: Irregular polygonal shape of Eastman Business Park site 9
  • 10. Case Study: Application of design and planning principles Forms Plant forms: Tree forms – Columnar and Vase ( around buildings and in open spaces) - Round ( Mainly buffer, open spaces ) Shrub forms- Mainly round Groundcover forms- Matt form Figure-7: Memorial to George Eastman at EBP Figure-8: Wastewater treatment plant at EBP 10
  • 11. Case Study: Application of design and planning principles Forms Plant forms: Tree forms – Columnar and Vase ( around buildings and in open spaces) - Round ( Mainly buffer, open spaces ) Shrub forms- Mainly round Groundcover forms- Matt form Figure-7: Memorial to George Eastman at EBP Figure-8: Eastman Business Park, Rochester 11
  • 12. Case Study: Application of design and planning principles Texture • Hardscape materials like buildings surfaces (linear texture) • Medium textured plants Figure-9: Eastman Business Park, Rochester Figure-10: Eastman Business Park, Rochester 12
  • 13. Color • Monochromatic scheme ( green spaces) • Complementary scheme: complementary color set red (buildings) and green (green spaces) are used in the whole area. • Kodak building is differentiated by using white color. Case Study: Application of design and planning principles Figure-11: Eastman Business Park, Rochester Figure-12: Eastman Business Park, Rochester 13
  • 14. Organization • Mainly Cluster organization Case Study: Application of design and planning principles Figure-13: Master plan of Eastman Business Park, Rochester 14
  • 15. Circulation • Approach: oblique • Configuration of the path- Network • Path space relationship- Pass by spaces (link the path with the spaces) Case Study: Application of design and planning principles Figure-14: Satellite map of Eastman Business Park, Rochester 15
  • 16. Ordering principles • Hierarchy: Tall chimney (366 feet) and the white Kodak building • Repetition: Boilers, rows of trees, chimneys • Unity: Unity by interconnection (roads and the buildings are interconnected with each other) Case Study: Application of design and planning principles Figure-15: Eastman Business Park, Rochester Figure-16: Eastman Business Park, Rochester 16
  • 17. • Master plan of Eastman Business Park Case Study: Site Analysis Figure 17: Master plan of EBP 17
  • 18. Case Study: Site Analysis Energy Generating power plant Multi family residential Single family residential Kodak buildings Workers houses Waste water treatment plant Figure-18: Satellite view of Eastman Business Park, Rochester Figure-19: Satellite view of Eastman Business Park, Rochester 18
  • 19. Case Study: Site Analysis • Soil type: soil of this area is divided into two main layer [4] Overburden Soil Upper most Shale (Highly weathered and clay like) Middle Shale (Less weathered) Lower Shale (Dense and competent) Rochester Shale (Underlying bedrock) 19
  • 20. • Ground water: 2-8 feet below the ground surface [4] • Existing condition: Case Study: Site Analysis  Railroad: 17 mile railroad  Vehicular and pedestrian circulation: large parking space and interconnecting roads  Buffer  Security and site access: 24X7 operation at Eastman Business Park and across Rochester  Fire security: The Kodak Fire Department (KFD) is a 24X7 operation at Eastman Business Park [3] 20
  • 21. • Living elements- Flora • Natural elements- River (Genesee) • Human elements- Buildings, monuments, pipelines, smokestacks, boilers, roads • Abstract elements- Lamp posts Case Study: Study of Landscape Elements 21
  • 22. Case Study: Application of landscape conservation principles • Reducing direct and indirect emissions of greenhouse gas – Installed boilers halved CO2 emissions and reduced SO2 emissions to zero • Increasing energy efficiency and minimizing use of non-renewable energy - heat from boilers and smokestacks used to generate electricity • Plenty of greenery • Chemical exposure evaluation • Air quality assessments • Noise evaluations • Dangerous Goods Transportation and Transportation Security guidance • Soil and groundwater assessments • Wastewater treatment plant - removes organic and inorganic pollutants [3] 22
  • 23. CASE STUDY IN BANGLADESH: KONABARI INDUSTRIAL AREA, GAZIPUR 23
  • 24. Case Study in Bangladesh: BSCIC Industrial area, Konabari, Gazipur • Established along the bank of the River Turag of Gazipur area, Dhaka. • Situated beside the Tangail-Gazipur highway. Figure-20: Satellite view of Konabari Industrial area 24
  • 25. Case Study in Bangladesh: Present Condition • Indiscriminate discharge of untreated liquid waste • Establishment of 152 polluter industries without any Effluent Treatment Plant (ETP) • Black smog created by brick kilns [5] Figure21: Untreated liquid waste Figure-22: Brick kilns 25
  • 26. Case Study in Bangladesh: Present Condition • Croplands grabbed by industries • Worst condition of solid waste management • Presence of toxic heavy metals like lead, cadmium, manganese etc. in the soil • High density of industries [5] Figure-23: Dumping of solid waste in water bodies Figure-24: Soil and water pollution 26
  • 27. Case Study in Bangladesh: Problems and Impacts • Ruined a large part of the Turag River, Baimail jheel and its peripheral wetlands. • All the water quality parameters exceeded the prescribed limits set by local authority • Increase water borne disease, skin diseases • Decrease fish production and crops production [6] Figure-25: Polluted wetlands Figure-26: Unhealthy environment 27
  • 28. Case Study in Bangladesh: Problems and Impacts • Left fruit trees unproductive, croplands infertile • Burning of tin and discolored of ornaments • Increase mosquitoes • Severe noise pollution and air pollution [6] Figure-27: Rusted materials Figure-28: Air pollution 28
  • 29. Case Study in Bangladesh: Proposals for solving the Existing Problems EIA & ETP Need to conduct Environment Impact Assesment (EIA) and set up Effluent Treatment Plant (ETP) Produce renewable energy Solid industrial waste can be used to produce renewable energy Figure-29: Effluent Treatment Plant (ETP) 29
  • 30. Case Study in Bangladesh: Proposals for solving the Existing Problems Phytoremediation Create Green belt around the area with toxic heavy metal absorbing plant such as Indian mustard, Alfalfa, Cabage, Tall fescue, Juniper, poplar trees, Chinese brake fern,, spinach, cauliflower, Sunflower, White willow, oats [7]. Figure-30: Phytoremediators 30
  • 31. Case Study in Bangladesh: Proposals for solving the Existing Problems Water bodies Water bodies with aquatic plants which absorb pollutant of waste water such as water hyacinth, kolmilata, Colocasia, duck weed, helencha etc. Figure-31: water hyacinth Figure-33: Duck weedFigure-32: Kolmilata 31
  • 32. Use resilient materials Walls and floors can be covered with resilient materials such as felt, cork, glass wool, natural or synthetic rubber and steel springs to mitigate noise pollution. Soft green wall also can be used. Use filter & buffer zone Proper filter should be used in the brick kiln chimney for the filtration of black smog. A buffer zone also can be established to reduce both noise and air pollution. Case Study in Bangladesh: Proposals for solving the Existing Problems Figure-34: Green wall Figure-35: Buffer zone 32
  • 33. 33 Case Study in Bangladesh: Proposals for solving the Existing Problems Industry Market place Wetlands Workers Residence Greenery Figure-36: Proposal plan N
  • 34. [1]http://karratha.wa.gov.au/Assets/Policies/DP06_Landscaping_Requirements_for_Industrial_and _Commercial_Areas.pdf retrieved on 21 September, 2017. [2] https://en.wikipedia.org/wiki/Eastman_Business_Park retrieved on 21 September, 2017. [3] https://www.eastmanbusinesspark.com retrieved on 21 September, 2017. [4] http://www.dec.ny.gov/docs/remediation_hudson_pdf/828177sob.pdf retrieved on 21 September, 2017. [5] https://www.researchgate.net/publication/309935979 retrieved on 21 September, 2017. [6] www.saulibrary.edu.bd/daatj/public/index.php/BAU201101_08-esc_5.pdf retrieved on 21 September, 2017. [7]https://www.slideshare.net/Kantharajan/phytoremediation-in-envt-management-biotechnolgy- role retrieved on 21 September, 2017. References 34