Introduction to ArtificiaI Intelligence in Higher Education
Present and Future Innovations in Solid Waste Management in Malaysia
1. Present and Future Innovations in Solid Waste
Management (SWM) in Malaysia
(ER1515220)
By: Zaipul Anwar Zainu
Malaysia Japan International Institute of Technology,
Universiti Teknologi Malaysia
International Conference on
Waste Management, Ecology & Biological Sciences
Kuala Lumpur 13-14 May 2015
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2. Challenges in Solid Waste Management (SWM)
in Malaysia
Challenging task due to:-
Rapid Development.
Industrialisation.
Increase in Population.
Complexity of type of waste generated.
Many landfill sites almost coming towards the end of its
lifecycle
Price of land significantly increase.
New type of waste such as e-waste becoming new
threats
Therefore new innovations in the approach
towards managing solid waste are greatly needed
3. Amount of Waste Generated
Average per-capita waste generated/person
0.85 kg/person/day
1.5 kg/person/day (major cities)
Main approach to waste management is still
using landfill
Looking for alternatives to landfill
4. Current Practice of SWM in Malaysia
• In general, waste management in Malaysia
involves collection, transportation, segregation,
treatment and disposal of organic, recyclable and
inert waste.
• Waste are treated by filling the land-site,
incineration, recycling and composting.
5. Logistic and Collection
• Separation at source between recyclables
and non-recyclables are done on voluntary
basis by Malaysians
• Collection mechanism done by contractors
appointed by Local Authorities. A two plus
one (2 + 1) collection system: 2 days for
residual and 1 day for recyclable waste
• This year the government will make it
compulsory for Malaysian household to
separate the waste at source
6. Segregation, treatment, recycle and disposal
• Wastes generated are segregated, treated whenever needed
and then recycled or disposed off at 165 disposal sites all
over the country which cater up to 95% of Malaysian waste
.
• However, about 80% of these open dumps have almost
reached full capacity and are expected to be shut down
over the next few years
7. Approved Land-fill Sites in Malaysia, 2013
We already have too many land fill site, and 80% of
them have reached it’s useful life also. It is high time
for us to seriously think about recycling our waste
materials effectively.
80% have
reached
maximum
useful life!
8. Current Challenges in SWM in Malaysia
LANDFILL. Authorities in major cities in Malaysia are
studying other waste management approaches. Among
them is an approach to move away from unsanitary
landfills
INCINERATION is the second mostly used method to
manage waste in Malaysia. It is one of the most
effective means of dealing with various types of wastes.
INCREASING COST. 40% - 80% of Local Authority
expenditure is on managing solid waste and public cleansing.
In this situation, LA is in most cases incapable of responding to
this high cost expenditure, so government outsource.
PUBLIC AWARENESS. The government has launched
several recycling campaigns since the early years of 2000 to
involve the participation of NGOs and community groups,
unfortunately not that successful.
9. Future Sustainable Innovations in SWM
The fastest growing hazardous solid
waste in Malaysia currently is the e-
waste (electrical and electronic
waste). These e-wastes have the
potential to leach out into landfills
and will contaminate the surface and
ground water.
Malaysian government has introduced the first
e-waste law in Malaysia – the Environmental
Quality (Scheduled Wastes) Regulations 2005.
However the law focuses only on industrial,
institutions and business entities generated e-
waste. But until today there are no regulations
or institutionalised system to manage
household generated e-waste.
Emerging Hazardous Waste Challenge
10. Malaysia among top 5 nations in the world with
highest smartphone usage
Malaysia is one of the 5 countries around the globe where smartphone usage is higher
than computers. 51% of Malaysians use smartphones compared to the 39% that use
computers. China, Hong Kong, Singapore and South Korea are the other countries in
Asia that have the same trend according to survey done by Google at
http://consumerbarometer.com. And each user of smartphones in Malaysia in
average own 1.2 device/person
Consumer Barometer Result:
11. Future Sustainable Innovations in SWM
Lack of regulations and
guidelines are one of the most
serious problems that hinder
the success of 3R programme,
reduce, reuse and recycling
programme in Malaysia
Recycling activities need to
be regulated to improve
the recycling percentage
among Malaysians
Reduce, Reuse and Recycling (3R) programme
12. Future Sustainable Innovations in SWM
Future planning
Development of human
capital and infrastructure
that will deal with waste
need to be develop.
These are necessary to
acquire expertise to carry
out the task of waste
management in the various
municipalities effectively
and efficiently.
Enhancement of infrastructure and human
resource management
13. Future Sustainable Innovations in SWM
This is a factor that could defy
a good strategy to manage
solid waste in this country. In
other words, at the moment
the there is no DSS that has
been developed for current
waste management system.
Successful waste management in any
given country depends on reliable
information about quantities, types,
and the amount of material that can
be captured and expected to envisage
proper decision making in the future.
Implementation of Decision Support System
14. Future Sustainable Innovations in SWM
Emerging technology such as using
thermal plasma waste treatment
method that employs pyrolysis
and/or gasification are available
and looks promising but viability of
the method needs to be verified.
The development of pyrolysis and
gasification technologies has been
successfully deployed in large-scale plants
in Europe, North America and Japan [10].
Similar setup can be developed in this
country especially in the area where
hazardous waste has been generated.
Alternative Waste Treatment Technology
15. Conclusion
The management of solid waste in Malaysia is a challenge
that must be planned and implemented efficiently.
Creative and innovative ideas and strategies need to be
incorporated in the planning. This should also include the
inclusion of latest technologies in waste treatment
strategies.
However, a fundamental requirement for more efforts to
increase effectiveness and efficiency in achieving the set
objectives on solid waste management with an integrated
and sustainable perspective is absolutely a necessity.
Good Morning. My name is Zaipul Anwar. From MJIIT UTM. Currently I’m doing research in Advance Waste Management System for my PhD.
(ALWAYS READ TITLE ABOVE, SAY NEXT BEFORE MOVING NEXT SLIDE)
Our country is now facing very challenging task in managing solid waste. And this happened due to rapid development in the country, industrialisation process, increase in population and also the type of waste being generated also becomes more and more complex.
Many landfill sites almost coming towards the end of its lifecycle. To have a new landfill site the, the price of land significantly increase.
New type of waste such as e-waste becoming new threats
In short the capacity of our landfill sites and the technology that we use to treat our waste is not enough therefore we need new innovations in managing waste in our country.
Amount of waste generated is basically at 0.85 kg/perdon/day or 1.5 kg/person/day in big cities like KL.
Our main approach towards treating our waste is still at dumping the waste to landfill sites and currently the country is looking at other alternatives to treat our waste.
In general, waste management involves collection, transportation, segregation, treatment and disposal of organic, recyclable and inert waste.
Waste are treated by filling the land fill-site, incineration, recycling and composting
There are many type of solid waste being categorised in our country, among the most common are industrial waste, clinical waste, municipal and solid hazardous waste.
Before the waste being collected by the contractors or concession companies appointed by LA, basically some of the waste will be separated at source by the waste generator by voluntary basis especially household waste, but for industrial waste they do undergo some separation/treatment process at source before being disposed.
We were told that this year the government is going to make it compulsory, especially for Malaysian household to separate the waste being generated according to its type.
Waste generated will be treated wherever applicable and then disposed off at 165 disposal sites that cater about 95% of waste, meaning only 5% of the waste is being treated outsite of landfill such s by recycling.
However, about 80% of these open dumps have almost reached full capacity and are expected to be shut down over the next few years
As you can see in this graphic, we already have too many land fill site, and 80% of them have reached it’s useful life. So it is high time for us to seriously think about recycling our waste materials effectively.
LANDFILL. Due to current situation of our landfill, authorities in major cities in Malaysia are studying other waste management approaches.
INCINERATION is the second mostly used method to manage waste in Malaysia. It is one of the most effective means of dealing with various types of wastes. Despite being an attractive technological option for waste treatment, this treatment technology has been intensely debated in the country since incineration do have some harmful effects to the environment if we are not careful in managing it.
INCREASING COST. 40% - 80% of LA expenditure is on managing solid waste and public cleansing. In this situation, LA is in most cases incapable of responding to this high cost expenditure since the necessary resources to implement adequate solid waste management systems are generally quite high.
PUBLIC AWARENESS. The government has launched several recycling campaigns since the early years of 2000 to involve the participation of NGOs and community groups as well as the launch of an extensive public education and publicity campaign. Unfortunately the did not receive good response from the public. It was not that successful.
Among the example for emerging or new type of hazardous waste are e-waste, electrical electronic waste. The type of e-waste is very harmful to the environment because it can leak to the ground and contaminate surface and ground water resources.
To cater this problem the government has introduced a new law to mange e-waste but only applicable to industrial e-waste not to household type of generated e-waste, so a few study has been done to develop system to manage household e-waste.
Malaysia is one of the 5 countries around the globe where smartphone usage is higher than computers. 51% of Malaysians use smartphones compared to the 39% that use computers. China, Hong Kong, Singapore and South Korea are the other countries in Asia that have the same trend according to survey done by Google at http://consumerbarometer.com. And each user of smartphones in Malaysia in average own 1.2 device/person
These smartphone phone contain battery that when discarded will be able to cause harmful effects to the environment. Not only battery on the phone but also power bank. We have to take notice about the power bank also because of the harmful effect of power bank also to the environment.
Currently there are no specific regulation especially for household generated waste that require the waste generator to recycle the waste. So the country really need something related to this in order to improve the recycling activity in the country.
The country also need to upgrade the current human resource and infrastructure related to this upgrading process in order sustain and innovate the SWM in Malaysia.
These are necessary to acquire expertise to carry out the future task of waste management.
This is another factor that need to be considered by the government in order to properly manage waste in Malaysia. The DSS. Currently we do not have a centralise system to integrate all waste management system in our country especially among the concession companies that collect and treat the waste. Without a centralise decision support system we can’t improve and maintain the system at optimum level.
We also need to consider implementing an alternative waste treatment technology, because as I mentioned earlier we have problems with our landfill sites, majority of them have already comes towards the end of their useful life. Emerging technology such as using thermal plasma waste management system to treat especially hazardous waste is currently being research in the university that currently I’m in actually. We are looking at the viability to implement the system in our country at large.
To face the challenges in SWM the country need creativity and innovation and consider incorporating latest technologies in waste treatment system.
And also to incorporate an integrated and sustainable planning for the future of SWM in the country.