The Ingenieur Vol 57 January-March 2014 The Ingenieur Vol 57 January-March 2014 | Page 27

Flooding

Eco
 friendly

Drought

Countermeasures

against
 natural

disaster
 law

River
 law

Water
 cycle

Water
 supply
 law

Fire
 prevenUon

Water
 resources

Figure 7: Concept of multi-purpose rainwater management utilised in Korea (Han, 2013)

Figure
 7:
 Concept
 of
 multi-­‐purpose
 rainwater
 management
 utilized
 in
 Korea
 (Han,
 2013)

REFERENCES

 Garrison, N., Kloss, C. and Lukes, R. (2011). Capturing Rainwater from Rooftops: An Efficient Water Resources
Management Strategy that Increases Supply and Reduces Pollution. The Natural Resources Defence Council, US.

Hamzah S. B. (2011). Integrating concept
  Harvesting with Water Reuse for management
  in
  a
  city
  could
  be
  a

On
  a
  much
  larger
  scale,
  the
  Rainwater of
  multi-­‐purpose
  rainwater
 Physical Modelling in NAHRIM’s Hydraulic
and Instrumentation Laboratory. Malaysia Water Research Journal, 1, pp 40-46. NAHRIM.
proactive
  and
  alternative
  solution
  for
  flooding
  and
  water
  supply
  issues
  in
  Malaysia.
  South
  Korea
  is

Han M. Y. (2013). Progress of Multi-purpose and Proactive Rainwater Management in Korea. Review Paper,
Environmental Engineering through
  “Rain
  Cities
  Programme”
  such
  as
  the
  Seoul
  City
  Rainwater

pursuing
  this
  solution
 Research, 2013 June, 18(2), pp 65-69. Korean Societies of Environmental Engineers.
Han M.Y. (2007). Rainwater Harvesting and Management in Korea. The Project
  (Han,
  2007).
  The
  Star
  City

Management
  and
  the
  Star
  City
  Rainwater
  Harvesting
  System
  Department of Civil, Urban & Geosystem
Engineering, Seoul National University, Korea.
Programme,
 for
 example,
 took
 the
 “No
 Regret
 Approach”
 which
 is
 not
 only
 useful
 for
 efficient
 on-­‐
JPBD (2013). Sistem Pengumpulan dan Penggunaan Semula Air Hujan. Panduan Pelaksanaan Inisiatif Pembangunan
site
 flash
 flood
 control,
 drought
 management,
 fire
 fighting
 and
 landscaping
 but
 also
 helps
 in
 climate

Kejiranan Hijau. Jabatan Perancangan Bandar dan Desa Semenanjung Malaysia.
change
  adaptation
  and
  mitigation
  (reduction
  of
  greenhouse
  gases
  via
  reduction
  in
 and Supplementary
NAHRIM (2010). A Desktop Study on Impact of Rainwater Utilization Systems on Flood Reduction energy
  use).
  At

Public Water Supply for Non Potable Use on a Regional Scale in Sg Damansara Catchment.
the
  same
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  rainwater
  for
 NAHRIM. and
  potable

drinking

Shaaban A.J. and Huang Y.F. (2007). NAHRIM’s Experience in Rainwater Utilization System Research. Proceedings of
consumption
 should
 be
 expanded
 and
 strengthened.
 Rainwater
 harvesting
 systems,
 combined
 with

the Colloquium on Rainwater Utilisation, 19 – 20 April 2007, pp 39-48. NAHRIM.
features
 A.J., M.Amin M.Z. and Huang Y.F. (2010). Rainwater Management and Utilization System. The Ingenieur, Vol
Shaaban such
  as
  permeable
  pavements,
  detention
  and
  retention
  ponds,
  rain
  gardens,
  green
  roofs,

45 March-May 2010, pp 28-38. Board of Engineers Malaysia.
green
  walls
  and
  water
  features
  would
  not
  only
  improve
  the
  health
  of
  urban
  an
  environment
  by

Othman M.S., Abdul Rahman S., Md Khalid R., Mohd Shahwahid F., Shaaban A.J. and Huang Y.F. (2007). storage

reducing
  water
  pollution
  and
  urban
  heat
  island
  effects
  but
  they
  could
  also
  double
  up
  as
 Incentives
to Promote Public Use of Rainwater Harvesting in Malaysia. Proceedings of the Colloquium on Rainwater Utilisation,
facility
 for
 conjunctive
 water
 supply.

19 – 20 April 2007, pp 69-77. NAHRIM.
U.S. General Accounting office (2001). Water Quality: Urban Runoff Programs, Report No. GAO-01-679

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