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Future City
Group members:
Thomas Ting Shii Kai
Yew Wing Kee
Wong Yun Teng
Wong Mei Xin
Tey Cheng Fern
Tay Siew Wen
1. Cable car
- It takes longer time to reach your
destination.
- Admire the beauty of nature.
- Enable you to gaze the beautiful plan
of city.
2. Superconductor transport
- Moves in a very high speed compared to the cable car.
- Designed in aerodynamic shape.
3. Lift pole
-“Transport” access to other levels
of my city.
- Can stand for 1500kg.
Transport
 Solar
-the whole city will be
using solar energy to
generate electricity.
-use for road sign.
-solar panel roadway will
be built.
Energy management
Biofuel
-used to replaced gas
-derived from plants
Wind Power
-produced electricity.
 Emergency tunnel link to the exit.
 The city will be sink into the water to
protect the citizen from disaster.
 Shield cover around the city to protect the
city.
 Transport will always be prepared outside
the exit.
Disaster Relief
Water and Waste Management
 Water Purification requires a lot of Energy.
 Their goal is to find a low-energy-required
treatment technology.
 Desalination incorporated into microbial
fuel cells, a new technology that can treat
waste water and produce electricity
simultaneously.
 Ships and their crew need energy
generated on-site as well as fresh drinking
water.
 Third Zone Automated Waste Collection
Plant
 Trash is sucked into underground pipes, and
is automatically sorted and recycled, buried,
or burned for fuel. These pipes connect all
apartment buildings and offices;.
Waste Management
Landfill fumes to Energy and Renewable
sources
When compressed, landfill gas can be
turned into a fuel that, for instance, can
replace gasoline in the refuse truck.
 Waste inlets – are the points where the user deposit their refuse bags.
 Pipeline - The main network typically comprises 500 mm diameter steel pipes
that are hermetically welded.
 Waste Station - Typically, the waste station is located as far as 2 km from the
waste collection points.
 Benefits – Pneumatic waste collection systems provide notable long-term
cost savings.
Pneumatic Waste Collection System
 Police Robots are designed to allow
access to situations that are
inaccessible or dangerous for first
responders.
 Police robots can provide better
services without hiring more
people.
 The robot has four 360 degree
vision HD cameras.
Security
Robot Police
Hospitality & Tourism
●Underwater world
●Hotel and Resort
●Central Park
●Digital Museum
●Research Laboratory
 Green building refers to both a structure
and the using of processes that are
environmentally responsible and
resource-efficient throughout a building's
life-cycle
 In other words, green building design
involves finding the balance between
homebuilding and the sustainable
environment.
 WHY GREEN BUILDINGS?A Green building
focuses on increasing the efficiency of
resource.
 Green Buildings should be designed and
operated to reduce the overall impact of
the built environment on its surroundings.
Green Building
Thankyou!

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English Oral Presentation Slide

  • 1. Future City Group members: Thomas Ting Shii Kai Yew Wing Kee Wong Yun Teng Wong Mei Xin Tey Cheng Fern Tay Siew Wen
  • 2. 1. Cable car - It takes longer time to reach your destination. - Admire the beauty of nature. - Enable you to gaze the beautiful plan of city. 2. Superconductor transport - Moves in a very high speed compared to the cable car. - Designed in aerodynamic shape. 3. Lift pole -“Transport” access to other levels of my city. - Can stand for 1500kg. Transport
  • 3.  Solar -the whole city will be using solar energy to generate electricity. -use for road sign. -solar panel roadway will be built. Energy management Biofuel -used to replaced gas -derived from plants Wind Power -produced electricity.
  • 4.  Emergency tunnel link to the exit.  The city will be sink into the water to protect the citizen from disaster.  Shield cover around the city to protect the city.  Transport will always be prepared outside the exit. Disaster Relief
  • 5. Water and Waste Management  Water Purification requires a lot of Energy.  Their goal is to find a low-energy-required treatment technology.  Desalination incorporated into microbial fuel cells, a new technology that can treat waste water and produce electricity simultaneously.  Ships and their crew need energy generated on-site as well as fresh drinking water.
  • 6.  Third Zone Automated Waste Collection Plant  Trash is sucked into underground pipes, and is automatically sorted and recycled, buried, or burned for fuel. These pipes connect all apartment buildings and offices;. Waste Management Landfill fumes to Energy and Renewable sources When compressed, landfill gas can be turned into a fuel that, for instance, can replace gasoline in the refuse truck.
  • 7.  Waste inlets – are the points where the user deposit their refuse bags.  Pipeline - The main network typically comprises 500 mm diameter steel pipes that are hermetically welded.  Waste Station - Typically, the waste station is located as far as 2 km from the waste collection points.  Benefits – Pneumatic waste collection systems provide notable long-term cost savings. Pneumatic Waste Collection System
  • 8.  Police Robots are designed to allow access to situations that are inaccessible or dangerous for first responders.  Police robots can provide better services without hiring more people.  The robot has four 360 degree vision HD cameras. Security Robot Police
  • 9. Hospitality & Tourism ●Underwater world ●Hotel and Resort ●Central Park ●Digital Museum ●Research Laboratory
  • 10.  Green building refers to both a structure and the using of processes that are environmentally responsible and resource-efficient throughout a building's life-cycle  In other words, green building design involves finding the balance between homebuilding and the sustainable environment.  WHY GREEN BUILDINGS?A Green building focuses on increasing the efficiency of resource.  Green Buildings should be designed and operated to reduce the overall impact of the built environment on its surroundings. Green Building