The document discusses Amsterdam's water supply and waste water systems. Amsterdam has an extensive system of canals dating back to the 17th century that was used historically for transportation and defense. The city developed a circular ring system of main water pipes surrounded by distribution areas to ensure reliable water delivery. Waste water from households and industries is collected via pipes and conveyed to a central wastewater treatment plant east of the city. The systems utilize various types of pipes including steel, PVC, and glass depending on the application.

1. RING
SYSTE
M

3. Amsterdam’s water source
 Amsterdam, capital of the Netherlands, has more than one
hundred kilometers of canals, about 90 islands and
1,500 bridges. The three main
canals, Herengracht, Prinsengracht, and Keizersgracht, dug in
the 17th century during the Dutch Golden Age, form concentric
belts around the city, known as the Grachtengordel. Alongside
the main canals are 1550 monumental buildings.The 17th-
century canal ring area, including the Prinsengracht,
Keizersgracht, Herengracht and Jordaan.

4. Amsteel river
 The Amsteel river. It is
now the inner-most
canal in Amsterdam's
semicircular ring of
canals. The canal
should not be
confused with Singel
gracht canal, which
became the outer limit
of the city during
the Dutch golden age
in the 17th Century.

5.  Amsterdam, also
known as
“Venice from the
North”, has 165
canals and 1281
bridges. The
most prominent
canals are
Herengracht,
Prinsengracht,
Keizergracht&Si
ngel

6.  In a circular or ring system the supply main
forms a ring around the distribution areas
 This system is most reliable for the Amsterdam
city with well planned streets and roads.

7. The map of Amsterdam are well
fixed to this system

8. Why Amsterdam uses this
system
 In case of fire a larger quantity of water is
available.
 The length of the distribution main is much
higher

9. Amount of water they distribute

11.  In Amsterdam urban use house holds and industries
connected to public water supply of water is around
100m³/capital/per year.
 The amount of water in household water is found in
Amsterdam is 265l.

12. Types and location

13. PIPES TYPES
 Amsterdam water pipe is a thick glass bong
with sturdy construction and elegant stem
plastic
polythene
PVC pipes

14.  Height: 260mm; 10.2 in
 Weight ; 220 g; 7.7 oz
 Tube diameter 32 mm, 1.6inch
 Joint size 14.5mm , .57inch
 Joint type glass on glass
 Steam length 80mm, 3.15inch

39. WASTE WATER, IS ANY WATER THAT
HAS BEEN ADVERSELY AFFECTED IN
QUALITY BY ANTHROPOGENIC
INFLUENCE. WASTEWATER CAN
ORIGINATE FROM A COMBINATION OF
DOMESTIC, INDUSTRIAL, COMMERCIAL
OR AGRICULTURAL ACTIVITIES,
SURFACE RUNOFF OR STORM WATER,
AND FROM SEWER INFLOW OR
INFILTRATION.
Waste water

40. Plan of city amsterdam

41. Waste water
 the City of Amsterdam Wastewater Treatment
Facility is located just east of the city off Rt. 5 on
Quist Road. Influent is conveyed there by three
main pump stations: Kline St., River St. and
John Street. The west side and south-side pump
stations collect their areas wastewater and
everything goes to the eastside station where
the total flow of the system is sent on to the
treatment plant.

42. Steel pipes
 Steel pipe is a building material made from an
alloy of iron and carbon. It is widely used in the
construction industry, but can also be found in
a variety of manufacturing and industrial
applications. In plumbing systems, steel pipe
can be used to transport liquids and gases for
commercial and residential buildings

43. Types of steel pipes
 1.alloy steel pipe use industrial
 2.carbon steel pipe use steel casing pipes
 3.iron steel pipe use structure pipes
 4.black steel use oil and gas

44. Types of steel

45. Dimension the pipes
 Extrusion pipe using toughened PPS
 - Use of primer for improved adhesion
 - reducing wall thickness to 1,5 mm
 - actual weight: 333 g/m
 - actual costs: 13,50 €/m

46. AMSTERDAM DIMENSIONS

47. Length of pipes

48. Pipe of waste

49. Pipes waste AMASTERDAM

50. Waste water of Kitchen and Toilets
 • Operating pressure p B: +0,672 bar
 • Inner Diameter: Di = 50,8 mm
 • Material: steel
 • Operating pressure p B: +3 bar
 • Inner Diameter: Di = 25,4 mm
 • Material: Stainless Steel
 • Weight: ca 500 g/m

51. PIPES WASTE AMSTERDAM