CHAPTER 5 A CRITICAL ANALYSIS ON THE EXISTING …
Transcript of CHAPTER 5 A CRITICAL ANALYSIS ON THE EXISTING …
CHAPTER 5
A CRITICAL ANALYSIS ON THE EXISTING ARRANGEMENTS
FOR RIVER POLLUTION MANAGEMENT IN BANGLADESH
5.1 Purpose and approach
In order to formulate an improved system to control pollution in the Buriganga River, it is
necessary to evaluate the effectiveness of the existing management practices. This chapter
discusses the performance of the present system in terms of several aspects such as
relevant national policies, legislative framework, organisational capacity, monitoring and
enforcement status and extent of public involvement. A comprehensive knowledge on
these elements is important to understand the capacity and the needs of the present
regulatory system in order to achieve an effective implementation of any alternative
measure for pollution control in the Buriganga. The outcome of analysis and discussions
facilitates to develop an attribute of the existing arrangements in terms of its strengths,
weaknesses, opportunities and threats (SWOT) (Hill and Westbrook 1997).
Identification of SWOT is a useful mechanism for environmental planning and water
resource management, where strengths and weaknesses are considered as factors of the
system in concern (internal issues), while opportunities and threats are considered as
factors which can influence the system from outside (external issues) (European
Commission 1999; Diamantopoulou and Voudouris 2008). Danca (2000) has suggested
that the objective of applying SWOT identification results should be to convert
weaknesses into strengths, and threats into opportunities.
The requisite information for examining the existing arrangements for river pollution
control in Bangladesh were collected through content analysis and reviewing a variety of
secondary sources, such as government documents, international organisations’ (like
World Bank, Asian Development Bank) reports and newspaper articles. The results of
previous studies on state of water quality, community willingness for contribution and
national and regional income and education levels were also considered for this study.
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5.2 Provisions for pollution control within national policies
Water quality and pollution control issues were emphasised in a number of policies in
Bangladesh such as National Environmental Policy (NEP)-1992 and National Water
Policy (NWP)-1999. The NEP-1992 was an outcome of the National Conservation
Strategy and was launched with an aim to provide protection and sustainable management
of the environment. The objectives of the policy include (UNEP 2001, p.54):
• Maintain ecological balance and overall development through protection and
improvement of the environment;
• Identify and regulate activities which pollute and degrade the environment;
• Ensure development that is environmentally sound for all sectors;
• Ensure sustainable, long term, and environmentally sound use of all natural
resources.
In 1995, the National Environmental Management Action Plan (NEMAP) was prepared
by the government as an outline of programs and interventions aimed at implementing
NEP-1992. The NEMAP was meant to promote participatory (stakeholder) based
approach for promoting better resource management. It recognizes the role of
communities and NGOs for natural resource management as vital commenting that,
‘environmental issues cannot be addressed by the government alone but require the
participation of civil society and non government organizations’ (MOEF 1995, p. 19).
This provision within the government’s policy authorised the scope of stakeholder
participation for natural resource management. However, an explicit framework including
the roles of the stakeholders for such intervention in water pollution control activities has
been missing in this action plan. Moreover, no government action program which
formalise the participatory based approach for river pollution control has been
implemented since the formulation of the NEMAP.
Subsequently, the sector specific National Water Policy (NWP)-1999 was prepared to
ensure that the use and the management of water resources are environment friendly. This
policy particularly emphasises on water resource management practices that aim to
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minimise environmental degradation. Specific provisions within this policy include
(UNEP 2001, p.55):
• Protection, restoration and enhancement of the water resources;
• Protection of water quality, including strengthening of the regulations concerning
agro-chemicals and industrial effluent monitoring;
• Facilitation of potable water and sanitation provision;
• Participation of local communities is a requirement for all water sector
development as a subject to an environmental assessment procedure and for the
planning and management process.
Even though these provisions within the NWP-1999 opened the opportunity to
specifically focus on pollution control of water bodies, very few action programs have
been developed in practice where both government and private sector developments
properly address these issues (Marr and Dasgupta 2009).
On paper, the national policies of Bangladesh to protect water bodies from pollution have
been well constructed and comprehensive (Clemett 2004). They have adequate clauses
relating to water quality protection, which includes effluent discharge monitoring,
involvement of civil society and NGOs, industrial zoning regulations and strengthening of
regulatory system (UNEP 2001). Besides the national policies, the government has also
incorporated provisions within various Five-Year Plan documents, which reflect their
initiative to protect the environment and control pollution. However, current policies are
heavily reliant on direct regulation mechanisms, and do not provide incentives for
changing polluter’s behaviour. (Marr and Dasgupta 2009). Moreover, the NEP does not
clarify the measures needed for integrated efforts for environmental protection including
water resources (Aminuzzaman 2010). Further, the government is yet to adopt any firm
policy to reduce pollution arising from industrial effluent and municipal wastewater
discharge, specifically in rivers like Buriganga.
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5.3 Legislative framework and discussions on existing pollution control approach
The formulation of legislations for control and minimisation of water pollution in
Bangladesh were initiated as early as 1970 through the East Pakistan Water Pollution
Control Ordinance (WPCO), which then established the East Pakistan Water Pollution
Control Board. The ordinance required that any person undertaking commercial or
industrial activity should adopt measures for the prevention, control and abatement of
existing or potential pollution of any water, including construction, modification,
extension or alteration of disposal systems; provide information to the Board regarding
wastes, sewerage or treatments works; and permit any officer to inspect and search land
and buildings. Moreover, there had been provisions to impose fines and imprisonment
due to negligence or failure to comply with these requirements (Dacca Gazette 1970).
After the independence of Bangladesh in 1971, the WPCO-1970 was superseded by the
Environmental Pollution Control Ordinance (EPCO)-1977 which extended the control,
prevention and mitigation of pollution to the entire environment of the country and
expanded the definition of ‘pollution’ from specifically related to water to ‘air, water or
soil’. As per this new ordinance, the Board was renamed as Environmental Pollution
Control Board, and its jurisdiction was extended beyond permitting officers to inspect
buildings and land, to allow them to inspect and test any wastes, air, water, soil, plants
and materials of the disposal system (Bangladesh Gazette 1977).
Since its inception in 1977, the Environmental Pollution Control Board was assisted by a
‘Pollution Control Cell’ to specifically focus on the pollution control activities of the
Board. Subsequently, the responsibilities of the Pollution Control Cell were enhanced and
ultimately it grew into the Department of Environmental Pollution Control in 1985, which
was renamed as the Department of Environment (DOE) in 1989. During the same year,
the government abolished the Environmental Pollution Control Board and established a
separate Ministry of Environment and Forests (MOEF) under the central government for
the purpose of planning, promoting, co-ordinating and overseeing the implementation of
emerging environmental related matters in Bangladesh. Since the creation of MOEF, the
DOE became the primary organisation for environmental management and pollution
control in Bangladesh (BKH 1995; World Bank 2008).
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Subsequently, as a response to the NEP-1992, the government abolished the EPCO-1977
through passing the Bangladesh Environment Conservation Act 1995 (ECA-1995) in the
parliament (BCAS 1999). This Act provided the basis to enact the Environmental
Conservation Rules (ECR) by the government in 1997 (Farooque and Hasan 1996). These
are considered as the most important legislative documents pertaining to water pollution
abatement in Bangladesh. The ECA-1995 primarily clarified DOE’s mandate and
strategies for pollution control (BCAS 1999). This included defining the functions of the
DOE and providing this organisation with considerable power regarding environmental
preservation; and prescribing a penalty system in case of non-compliance of the
environmental procedures by an individual or a company. Besides, the ECR-1997
provided additional guidance for specific components of the ECA-1995 and made some
major contributions in pollution control. This incorporated the development of
Environmental Quality Standards (for both ambient and effluent quality) and formulation
of procedures for obtaining the environmental clearance certificate by the industrial
establishments.
In year 2000 the government established the Environment Court Act to provide a
foundation for the formation of environmental benches in Bangladesh for the trial of
offences related to environmental pollution (Bangladesh Gazette 2000). The ECA-2000
includes protocols for the establishment of the court, and defines the court’s jurisdiction,
appropriate penalties, powers of search and entry, and procedures for investigation, trial
and appeal. Later on, the ECA-1995 and the Environment Court Act-2000 were amended
in 2002 and the ECR-1997 was extended to include some other provisions such as
certificate of fitness, pollution under control certificate etc.
Even though ECR-1997 is considered as a significant part of the legal basis for pollution
control in Bangladesh, there are some identified weaknesses in this regulation. One
weakness is that it aims to control water pollution only on the basis of the concentration
of pollutants. It does not include the load-based pollution guideline for the pollution
emitters. Thus the system does not provide incentives to the polluters nor impose any tax
on them on the basis of their excess load of pollution.
Moreover, according to the ECR-1997, it is mandatory that each industry or establishment
(within Orange B and Red category) should have an in-house Effluent Treatment Plant
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(ETP) otherwise they would not get the Environmental Clearance Certificate (ECC) from
the DOE (BCAS 1999). This type of direct regulatory measure gives little incentives for
the pollution causing agents to innovate or invest in more efficient pollution control or
cleaner process technologies. Besides, the ECR-1997 does not specify how the DOE
would deal with the industries which were established without having any ETP prior to
this legislation. As a result, despite having the provision of ETP, very few industries have
installed the ETP so far. It was reported that in 2006, prosecution against 2000 industrial
units who have not yet installed the ETP in Dhaka were under way (Byron 2006).
Byron (2006) further points out that there is evidence that the owners of the industrial
establishments which violate the pollution limits are not concerned with the notices of
prosecutions issued by the government. The underlying reason for this may be that the
process of prosecuting for non-compliance is protracted and expensive for the
implementing agency (such as the DOE). As a result very few cases are reaching the
Environment Courts (World Bank 2008). These findings suggest that the wide range of
existing regulations is actually not helping much to reduce the problem of water pollution
in Bangladesh. This verifies the inadequacy and the weaknesses of the existing CAC
based regulations for pollution control and gives reason for thinking of alternative
pollution control measures in Bangladesh.
The right to have protection against offences to natural resources, like the water sector,
have been safeguarded under various legislations of Bangladesh. A research in the
environmental regulatory regime showed that there are about 185 laws in Bangladesh
which include issues related to the environment directly, indirectly or causally (Farooque
and Hasan 1996). Box 5.1 presents a list of selected pieces of legislation that contain
provisions for protection against environmental pollution and measures for environmental
conservation (including rivers). Given these numerous legislative efforts, it appears that
the issue of pollution control has received substantial attention by the Government of
Bangladesh. However, a bulk of these legislations is not being implemented and remains
unenforced and non-functional. IWM (2007) observed that even though many rules exist,
the effective implementing principles for controlling pollution in Bangladesh are lacking.
Marr and Dasgupta (2009) have criticised the current pollution control system in
Bangladesh, on the basis that it relies on sanction-based regulatory approach. They have
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argued that this approach is limited in scope and hence in the solutions it offers. The
sanction-based approach assumes that pollution would continue to be generated, and
therefore sees end-of-pipe treatment as the only solution. Hence, the current sanction-
based pollution control system in Bangladesh is underpinned by a technocratic solution
(Marr and Dasgupta 2009). Therefore, at the government level, the primary focus for
pollution mitigation is given on establishment of Effluent Treatment Plant (ETP). This
approach was successful to some extent in developed countries may be due to their
affluence, where polluters can afford to pay for clean up, and are able to avail
technological solutions to respond to the requirements of pollution control.
Box 5.1 List of legislations related to pollution control and environmental conservation in Bangladesh 1. The Irrigation Act 1876 2. The Private Fisheries Protection Act 1889 3. The Agriculture and Sanitary Improvement Act 1920 4. The Forest Act 1923 5. The Protection and Conservation of Fish Act 1950 6. The Embankment and Drainage Act 1952 7. The Inland water and Transport Authority Ordinance 1958 8. The Water Pollution Control Ordinance 1970 9. The Mining Act 1974 10. The Dhaka Metropolitan Ordinance 1976 11. The Pourashava Ordinance 1977 12. The Environmental Pollution Control Ordinance 1977 13. The Local Government Ordinance 1983 14. The Marine Fisheries Ordinance 1983 15. The Brick Burning (Control) Act, 1989 16. The Water Resource Planning Act 1992 17. The Public Health Ordinance 1994 18. The Bangladesh Environment Conservation Act 1995 19. The Water Supply and Sanitation Authority Act 1996 20. The Environment Conservation Rules 1997 21. The Environment Court Act 2000 22. The City Development and Conservation of Natural Wetland Act 2000 23. The Bangladesh Water Development Authority Act 2000 24. The Environment Conservation (Amendment) Act 2000 25. The Brick Burning Control (Amendment) Act 2001 26. The Environment Conservation (Amendment) Act 2002 27. The Environment Court (Amendment) Act 2002 28. Environment Conservation Rules (Amendment) 2010
Sources: EDA 1999a; RPMC 2008; World Bank 2008
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However, Bangladesh lacks many of the conditions necessary for the technocratic
approach to pollution control (World Bank 2008). In many cases the technologies are
being transferred from the developed countries (UEM Group 2008), which are not always
appropriate or easy to implement considering the socio-economic and environmental
conditions of a developing country like Bangladesh. Moreover, many of these
technologies have already become outdated in the countries of their origin (World Bank
2008). Instead of further promotion of the end-of-pipe treatment based solutions, many of
those countries have started shifting to market based approaches and pollution prevention
measures. Further, research shows that end-of-pipe treatments for harmful pollutants
always incur large investment costs for the industries and in many cases do not become
economically sound if the treatment costs exceed residual damage costs (Nemerow 1995).
World Bank (2008) has also suggested that this approach is expensive to implement and
requires considerable human and financial resources. Moreover, World Bank (2008) has
stressed that for such a technocratic approach, there is a need for strong political will for
the effective enforcement of the pollution control regulations, which is often missing in
developing countries.
Marr and Dasgupta (2009) also argue that when market pressure is weak or absent, the
impact of technological solutions are difficult to maintain, unless there is improvement in
environmental enforcement and management. Dasgupta (2000) has noted from
experiences in India that forced installation of end-of-pipe treatment technology has
become counterproductive in the long run. However, the integration of EI based
instruments may provide flexibility to the polluters, where they can adopt innovative
technologies as cost effective preventive measure for pollution reduction.
5.4 Organisational capacity
The list of legislations provided in Box 5.1 indicates that a number of organisations are
directly or indirectly involved in environmental protection and pollution control in
Bangladesh. However, no single organisation or authority takes leading responsibility for
the pollution control in Buriganga. Table 5.1 presents a summary of key responsibilities
of major government organisations who are involved in different capacities to control
pollution of the rivers in Bangladesh, including Buriganga. In the absence of clearly
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outlined tasks of these organisations for river pollution control, overlapping of
responsibilities within these agencies often lead to a blame culture (World Bank 2008).
Table 5.1 Responsibilities of major government organisations for river pollution control
Adapted from: RPMC 2008
Organisations
Responsibilities in river pollution control
MOEF - Apex body to formulate policies and regulations
DOE - Conservation and improvement of environment - Setting water quality standards for particular uses of water and for discharge to water bodies - Monitoring environmental quality - Control and mitigation of industrial pollution of the environment - Reviewing EIAs and managing the environmental clearance process; - Establishing regulations and guidelines for activities affecting the environment - Promoting environmental awareness through public information programs
DWASA - Provision of pure water to Dhaka dwellers - Regular, safe and continuous disposal and treatment of sewage - Operation and maintenance of drains for storm water disposal
MOI - Compliance with pollution regulations within industries
BWDB - Flood Control management projects at the national level - Coordination for implementation of National Water Management Plan
IWM - Perform all the mathematical water modelling tasks in Bangladesh - Function as a centre of excellence and learning in the field of
computational hydraulics, water modelling and allied science
BIWTA - Demolition of illegal structures in river buffer zone
- Dredging, terminal maintenance and waste management at the terminals
DCC - Solid waste management and environmental conservation for Dhaka (including along the river banks of Dhaka)
RAJUK - Land use management and planning
- Administration of master plan
The following discussion specifically focuses on the capacity of the DOE, which
performs as the central government organisation under the MOEF for pollution control in
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Bangladesh (BCAS 1999). Section 12 of ECA-1995 stipulates that ‘No industrial unit or
project shall be established or undertaken without obtaining environmental clearance
from the Director General, DOE, in the manner prescribed by the rules’ (DOE 1997, p.1).
This gives mandate to the DOE for granting permits to discharge wastewater to recipients,
monitoring compliance with the permit and taking actions for non-compliance. The
descriptions of procedures for applying, issuing and renewing a certificate and also for
granting a permit to discharge wastewater to a recipient are explained in ECR-1997
(BCAS 1999). This provision subsequently provides the authority of the DOE to issue an
Environmental Clearance Certificate (ECC) for the establishments who intend to get
permit to discharge their effluent.
As per the procedures in ECR-1997, the DOE is responsible to issue the ECC on the basis
of the Environmental Impact Assessment (EIA) of the proposed projects. EIAs are
usually conducted by hired consultants of the project proponents and are afterwards
judged by the DOE officials. However, Momtaz (2002, p.176) observed that, ‘there is a
lack of skilled EIA and SIA professionals within this department to make meaningful
judgement on EIAs conducted to acquire ECC’. Moreover, there are no definite terms of
reference set by the DOE by which to govern the hired consultants to conduct the EIA
activities. There are also complains from the project proponents that in many cases it
takes a very long time to obtain ECC due to bureaucratic complications and corruption
(World Bank 2008).
The ECR-1997 also assigns the DOE to monitor water quality of the rivers and to enforce
the legislation for pollution control. Besides, the DOE has launched the Bangladesh
Environment Management Program (BEMP) and the Sustainable Environment
Management Program (SEMP) respectively in 1998 and in 2000 to improve water quality
monitoring and to estimate pollution loads in rivers and water bodies. In the Buriganga
River alone there are 15 DOE designated stations for water quality monitoring (Rahman
2000). However, the procedures (such as frequency, parameters, positions etc.) for water
quality monitoring are ambiguous and the execution of this responsibility is sometimes
missing. Also, monitoring data are not always easily accessible. The World Bank (2008)
has reported that the absence of regular monitoring and interaction with industries at the
government level, in relation to pollution management, has resulted in an adhoc approach
to monitoring with only high profile cases being targeted.
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Marr and Dasgupta (2009) note that besides the DOE having several water quality
monitoring points along the rivers, it does not disclose the results of the monitoring
activities to the public or the research community on a regular basis (DOE last published
Buriganga River water quality data in 1993). World Bank (2008) has observed that within
the DOE there is no procedure of systematic compilation, interpretation or dissemination
of environmental information. This raises questions of reliability and accuracy of the
environmental monitoring data. Moreover, the absence of public disclosure is leading to a
limited scope for accountability. The DOE also lacks any clear plans and procedures to
conduct the regular monitoring task (World Bank 2008). In addition, no unified river
water quality monitoring and testing system has so far been developed, which could be
followed by other organisations and interested parties. These issues related to the
deficiency of the water quality monitoring system have undermined the effectiveness of
the present pollution control system administered by the DOE.
World Bank (2008) has further observed that there has been a large gap between what is
required from the DOE in terms of pollution control and what it is capable of doing. The
gap has been created largely because the DOE lacks the capacity to fully implement the
present CAC based system of pollution regulation. In response, the DOE contended that
their poor performance in handling the overall pollution problem was caused because of
inadequate staffing. In 2007, the DOE had 191 staff positions, which has been identified
as one of the smallest departments of the national government by Marr and Dasgupta
(2009). Within the DOE there have been only three inspectors and five chemists assigned
for the whole Dhaka division to monitor the effluent from about 7000 industrial
enterprises (BKH 1995; Mitu 2006). World Bank (2006) has noted that this is the lowest
level of staffing of an environmental agency within South Asia. However, recently the
government has been actively considering to expand the staffing of the DOE (World
Bank 2008).
Apart from the DOE and the other government organisations, there are several NGOs
whose functions have an indirect impact on water quality management in Bangladesh.
These NGOs include Bangladesh Centre for Advanced Studies (BCAS), World
Conservation Union, Bangladesh (IUCN-B), International Centre for Living Aquatic
Resources Management (ICLARM), Centre for Environmental and Geographic
Information Services (CEGIS) and Bangladesh Environmental Lawyers’ Association
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(BELA) who are playing active role in pollution mitigation through disclosure and
information dissemination, public awareness campaigns and environmental litigation
(UNEP 2001; World Bank 2008). Moreover, the Coalition of Environmental NGOs
(CEN) performs as the lobbying organisation for national NGOs in relation to
environmental matters (UNEP 2001). However, the activities of these organisations have
not yet been formally integrated within the pollution control system. Marr and Dasgupta
(2009) postulate that these NGOs can act as prospective role players in pollution control
if the government disclosure system of environmental information is improved.
The greater involvement of NGOs indicates the possibility of developing an integrated
pollution control system where shared responsibilities are promoted. Moreover, much of
the problem of staffing shortage of DOE could be minimised by developing a partnership
approach among the government organisations, the NGOs and the other relevant
stakeholders (such as local communities, research groups and pollution emitters). In
relation to this, UNEP (2001) has reiterated the importance of promoting pollution control
strategy through mobilisation of other organisations (apart from the government) and the
public in general, including public-private partnerships.
5.5 Enforcement status of regulations
The effectiveness of the present pollution control system may be judged by the
enforcement status of the regulatory measures. The criterion of effectiveness determines
whether the existing system is accomplishing the goals and objectives specified in present
legislations and regulations (Davies and Mazurek 1999). At this stage the effectiveness of
implementation of policy and legislations of pollution control system in the Buriganga
can be interpreted from reviewing the existing trend of data on water quality status of this
river.
It is evident from the results provided in Chapter 4 on the present state of river water
quality and also from Figure 3.3 on the information of DO and BOD concentration in
earlier years, that in spite of the presence of stringent laws (such as ECR-1997) on water
pollution control since 1997 no discernable effect in terms of pollution reduction has
taken place. This situation indicates that the water quality legislations could not yet be
effectively enforced to meet the goal of ambient water quality standards and thus the
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excessive pollution of the Buriganga River continues. As a result, the existing trend on
the river water quality data may indicate that the current river pollution control system in
Bangladesh is not performing effectively and suggests that the system is deficient.
Moreover, as per the current regulations, there are provisions for closures of polluting
activity, penalties and imprisonment for non-compliance by the offending parties.
Nevertheless, the enforcement status of the legislation has been very poor or absent as
evidenced earlier in section 5.3. Polluting industries hardly pay any attention to
government notices regarding prosecution. The insufficient enforcement capacity may be
due to the fundamentally inadequate financial resources of the designated government
organisations (World Bank 2008). Besides, Momtaz (2002) noted that the enforcement of
environmental legislations is an uphill task for the government alone in a country like
Bangladesh, where corruption is widespread.
5.6 Public participation
Public participation has been deemed as an important component for an effective
environmental pollution control strategy (UNEP 2002). Generally, a positive correlation
is observed between the degree of pubic participation for pollution control, and the
average income and education level of local population (Wang and Wheeler 1996;
Dasgupta et al. 1997). Existing studies reveal that both the average per capita annual
income and the literacy rate of people leaving within the Buriganga watershed (Dhaka
district region) have remained on higher levels over the years compared to the national
average values. This is shown below in Figure 5.1.
This information may indicate that for pollution control purpose, the community capacity
within the Buriganga River watershed could be stronger than the rest of the country. This
may imply that public involvement may possibly play a positive role towards controlling
pollution in the Buriganga, as Pu (2003) has similarly interpreted such information for the
Yangtze River of China.
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0
200
400
600
800
1000
1200
2004 2005 2006 2007 2008
Year
Per c
apita
inco
me
(US$
)
National Regional
Data source: BBS 2005a; BBS 2009a (a)
01020304050607080
2001 2007 2008
Year
Lite
racy
rate
(%)
National Regional
Data source: BBS 2001; BBS 2009b (b)
Figure 5.1. Comparison between national and regional (Dhaka district) (a) average per
capita annual income; (b) literacy rate
5.6.1 Applicability of public participation in Bangladesh context
There is an inadequacy of specific legislation of public participation and community
involvement for pollution control in Bangladesh. However, the importance of the issue
has been recognised within the NEMAP as mentioned in section 5.2. A number of public
participation and community consultation documents and guidelines have been
formulated for performing the Environmental Impact Assessment (EIA) and the Social
Impact Assessment (SIA) within various development projects in Bangladesh (Table 5.2).
Moreover, Momtaz (2006, p. 96) has postulated that there are evidences that ‘community
groups are actively involved in the continuous monitoring of post project situations’ in
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Bangladesh. This verifies that Bangladesh has a long experience in involving public and
community as a form of management intervention in various development projects, which
further opens the opportunity to engage the community in the Buriganga water quality
management.
Table 5.2. Public participation and community consultation documents
and guidelines in Bangladesh
Name of the document/guideline
Purpose/project for which the document was developed
Responsible agencies involved in formulation
Flood Plan Coordination Organisation Guidelines for EIA-1992
Flood control, irrigation and water management projects (Flood Action Plan)
WARPO
Guidelines for Environmental Assessmen-1992
Small-scale water resources development projects
LGED
DOE’s EIA Guidelines for Industries-1997
Development of techniques for public participation in EIA
DOE
Environmental Management Field Handbook for Rural Road Improvement Projects-1998
Integrated Food for Development Projects
USAID and CARE, Bangladesh
Environmental Impact Assessment of the Jamuna Bridge Railway Link Project-1998
EIA for the Jamuna Bridge construction
JBA
Environmental and Social Impact Assessment of Khulna-Jessore Drainage Rehabilitation Project-1998
Construction of embankments under coastal embankment project
CEGIS
Guidelines for Participatory Water Management-2001
Community participation in water resource management programs
Ministry of Water Resources
Adapted from: LGED 1992; CEGIS 1998; JBA 1998; MWR 2001; WARPO 2001; Momtaz 2006
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5.6.2 Scope for public participation in the Buriganga River
In the past decade, the local community within the Buriganga River watershed along with
the civil society organisation members have been frequently held public protests and
demonstrations against the situation with Buriganga River water pollution (Plates B.1 and
B.2 in Appendix B). In July 2000, The Bangladesh Paribesh Andolon (BAPA) with active
participation of its members and other voluntary Community based Organisations (CBOs)
formed a campaign program named ‘Buriganga Bachao Andolon’ (Save Buriganga
Movement) in order to raise the public awareness of citizens and policy makers to protect
the river from pollution and encroachment. Such campaigns have added momentum to the
environmental activism (BAPA 2005; Hossain 2005).
Moreover, the issue of degradation of the Buriganga River has been regularly covered by
print and electronic media to draw attention of the pollution control authority and policy
makers at the government level (Channel I and Daily Star 2009). Figure 5.2 shows the
number of reports published in the Daily Star (a leading national English newspaper in
Bangladesh) in recent years on the topic of Buriganga River water pollution (the titles of
all the reports are provided chronologically in Appendix B: Table B.1 to B.8). The data
reveals that about 2.6 reports on average have been published per month since 2003 in
this daily newspaper, which indicates the importance and the concern of general public
regarding the pollution problem of the Buriganga. This indirectly proves the extent of
existing pressure from the society in order to protect the Buriganga River from pollution.
Furthermore, a recent study (Alam 2003) verifies the willingness to contribute (either in
cash or in kind) to improvements of water quality of the Buriganga River by the people
living adjacent to the river banks. The study has found that 25 and 33 percent of the local
people were willing to contribute in terms of their money and time, respectively, to clean
up the river. The study has also estimated the annual value of the contribution of money
and time respectively as US$ 2.94 million and US$ 4.5 million. The findings of that study
indicated that on average, a respondent was willing to contribute about US$ 2 per
household per month, of which about 50 percent was in the form of time. This is strong
evidence that the river is highly valued by the community and thus there is a great
prospect to actively involve the local community within the framework for pollution
control of Buriganga River.
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0
10
20
30
40
50
60
70
80
2003 2004 2005 2006 2007 2008 2009 2010
Year
No.
of r
epor
ts/y
ear
Data source: Compiled from The Daily Star (a leading English newspaper in Bangladesh) website
(http://www.thedailystar.net/newDesign/index.php)
Figure 5.2. Media (The Daily Star) coverage on Buriganga River water quality issue
The discussion above implies that societal involvement in a formal manner might play an
effective role towards addressing the problem of water pollution in this river. Despite
many deficiencies in organisational capacity for pollution control, people’s awareness
regarding rehabilitation and clean up of the rivers in Bangladesh has risen over the years.
These are all positive signs towards the idea of applying multi-stakeholder based river
pollution control system in Bangladesh. However, the framework for the involvement (in
terms of capacity and role) of the public within the present regulatory measures are not
yet clear, although the recent policies such as NEP-1992 and NEMAP-1995 have
recognised the importance of public participation for pollution control.
Regular monitoring of water quality is an important aspect of controlling river pollution.
However, this is an expensive and time consuming continual activity, difficult to perform
for any government agency on a regular basis. Even powerful agencies like the United
States Environmental Protection Agency (USEPA) have introduced Volunteer Stream
Monitoring program to assign the task of monitoring the quality of the stream water in the
USA to the community, with support from the local administration (USEPA 1997). Such
possibilities could be explored in Bangladesh to share the burden of the necessary
monitoring activities of hundreds of rivers in the country.
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In this regard the experiences of the Streamwatch Water Monitoring Program, which is
being run in Australia as a partnership of Sydney Water and the Sydney Catchment
Authority (SCA) could also be useful (Sydney Water 2008). This has been implemented
as a successful program since 1990, involving local communities and schools across
Sydney, the Blue Mountains, Illawarra and Southern Highland regions. The local
community is engaged in investigating and taking action to conserve the water quality
and the health of the ecosystem. The experiences of SIPCOT Area Community
Environmental Monitoring Program of Tamil Nadu, India also indicates the success of
community involvement for natural resources management in a developing country
(SIPCOT 2010).
The concept of public participation in river water quality monitoring is relatively new in
the context of Bangladesh but has the potential to be effective. However, before
introducing any community monitoring system for the Buriganga River, a specific manual
(such as USEPA 1997) has to be developed for the participating members. Such manual
should precisely explain the procedures and frequency for conducting the river water
quality assessments and documenting the results. Moreover, the manual needs to be
formulated considering the local factors such as geographic region, program goals and
objectives and program resources (USEPA 1997).
5.7 Specific measures taken to date to save the Buriganga River
Some specific measures have been taken at the government level to save Buriganga from
its continuing environmental degradation. The DOE formed a national committee headed
by the Minister of Environment and Forests in 1997 to implement the ‘Save Buriganga
Program’, which was focused on improving the conditions of the waterways (including
Buriganga) in and around Dhaka. The committee identified 244 illegal establishments
(such as residential buildings, shops, brick kilns, hanging lavatories and so forth) along
the Buriganga, which were also responsible for the degradation of water quality of the
river. Later on in 1998, BIWTA demolished nearly 200 of those illegal structures,
however, eventually those establishments were re-erected illegally (DOE 2005).
In 2003 the government formed a high powered Task Force (River Committee) for
mitigation of river pollution surrounding Dhaka (including Buriganga). The Taskforce
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formulated its policy recommendations which were subsequently approved at the cabinet
meeting (RPMC 2008). The major recommendations related to Buriganga River pollution
control and their implementation status is listed in Table 5.3.
Table 5.3. Recommendations of Task Force-2003 for river pollution control in Dhaka
Recommendations Implementation status
Relocation of the Hazaribagh tanneries to Savar
This has been a priority initiative of the government to be executed by the Ministry of Industries. The government purchased land in Savar (about 20 km north of Dhaka City) and 200 plots have been prepared, but the tannery industries are still lobbying government for financial subsidies to compensate for their relocation. The government has invested around Tk. 1.7 billion (US$ 25 million) to develop the new industrial estate. However, the tannery owners association have refused to move until the government agrees to pay them at least Tk. 8 billion (US$ 114 million), which is their estimated cost for transporting equipment and rebuilding at the new tannery estate (Khan 2007). This has caused delay and uncertainty to implement the initiative of relocating the tannery industries from Hazaribagh.
Common effluent treatment plants for industries
This still remains a concept. The technical details and the cost analysis are being prepared to estimate the effectiveness of such measure.
Augmentation of flow in the Buriganga River
More studies are required to fully understand the implications of upstream water diversion and potential environmental effects.
Development of circular water way
This has been partially completed, which involved demolition of illegal structures on the Buriganga River. However, more work needs to be done to develop walkways and barriers to prevent further river encroachment.
Upgrading capacity of the PSTP
DWASA has made progress with some work to extend the sewage network. However, further work is required to remedy the existing blockage of the sewerage network.
Adapted from: RPMC 2008
Furthermore, the government has formed a River Pollution Mitigation Committee
(RPMC) in 2008 headed by the Director General (DG) of the Department of Social
Services with the objective of recommending preventive and mitigating measures and an
action plan for the mitigation of pollution of the Buriganga River and its linked rivers.
This committee has proposed an action plan including 38 different components to be
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implemented in short, mid and long term (up to 10 years) with specific outcomes and time
frames (RPMC 2008).
It is evident that the Government of Bangladesh has been very keen for at least the last
decade to address the pollution problem of the Buriganga River. At the policy level
several initiatives have been taken and some good recommendations have come out.
However, the execution process and the outcome of the suggested measures are not clear
as apparently there is no indication that the water quality of the Buriganga River has
improved. As a result, the previous experiences show that many of the recommendations
remain on paper only and the effective implementation of those measures turn out to be
difficult. Such government initiatives are still focused on traditional CAC based approach
and the measures wholly rely on expensive technological solutions. Alternative pollution
control measures such as the application of EI based instruments have never been
explored and a framework for societal involvement has not been developed. Moreover,
the pollution control managers lack tools which can enable them to assess the impact of
any proposed alternative measure for pollution control in a tangible manner.
5.8 Attributes of the existing system in terms of SWOT
A strategic planning method which is used to evaluate the Strengths, Weaknesses,
Opportunities and Threats is known as SWOT. A team of researchers working on
corporate planning from 1960 to 1970 developed this technique at the Stanford Research
Institute (Koo and Koo 2007). Initially the SWOT technique was used in evaluating
corporate performance but its application has extended to analysing the management
systems on environment and water related projects (European Commission 1999;
Diamantopoulou and Voudouris 2008). The SWOT identification for this study was based
on the detailed examination on the different components of the existing arrangements for
river pollution control in Bangladesh. The attributes of the present management practices
for controlling pollution in surface water resources of Bangladesh (including the
Buriganga River) are listed in Table 5.4.
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Table: 5.4. Attributes of present pollution control system in Bangladesh Criteria Factors
Strengths • Presence of adequate policies and legislations in terms of CAC based
measures; • Consideration of ‘River pollution control’ as one of the high priorities
of the government; • Establishment of the government organisations for implementing
environmental protection measures; • Recognition of participation of NGOs and CBOs.
Weaknesses • Absence of functional involvement of NGOs and CBOs; • Sole reliance on CAC strategy; • Emphasis on technological solutions; • Inadequate monitoring and enforcement capacity; • Shortage of skilled professionals; • Insufficient disclosure of information; • Lack of transparency and accountability; • Multiplicity of legislation and responsibilities; • No economic incentive for pollution prevention and new
technologies.
Opportunities • Potential benefits of applying EI based instruments; • Social pressure for clean up of the polluted rivers.
Threats • Corruption in enforcing the legislations; • Political instability and lack of commitment; • Resistance against any new system; • Uncontrolled urbanisation and industrialisation along river side areas.
The analysis indicates the strengths of the present system to be the existence of adequate
policies and legislations for CAC based pollution control measure. Further, the
government has established various agencies for executing environmental protection
measures and has also prioritised the activity for river pollution control within their
agenda. The government also understands the limitations in pollution control activities
and thus recognises the role of NGOs and CBOs in pollution control. However, a
weakness within the present system is that the participation of NGOs and CBOs still
remains largely on paper, rather than a reality. The functional involvements of these
organisations are still missing in pollution control and their activities remain fragmented.
However, these organisations have the potential to directly contribute in pollution control
activities such as raising awareness, increasing social pressure on polluters, information
dissemination, public litigation and pollution monitoring.
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The other weaknesses of the present system are the sole reliance on CAC strategy, the
stress on technological solutions, the lack of monitoring and enforcement capacity, the
shortage of skilled professionals within government agencies to accomplish EIA, the
insufficient disclosure of information to public and the lack of transparency and
accountability of the executing agencies. Moreover, two or more organisations are
simultaneously responsible to carry out similar tasks for pollution control in Bangladesh.
For example, in case of protecting the Buriganga River, there is fragmentation of
responsibilities in different capacities across many government agencies like DOE,
BIWTA, BWDB, DWASA and DCC. Inevitably this causes conflicts and develops a
blame culture, which jeopardises the efficiency of the present system. The other major
weakness is the absence of any economic incentive for pollution prevention which fails to
motivate the polluters to introduce new technologies and mechanisms to control pollution.
Table 5.3 also includes the opportunities and the threats which may influence the
pollution control arrangements in Bangladesh. Given the benefits of the EI based
instruments for pollution control (as identified in Section 2.4.2), it could be an
opportunity to apply them as complementary measures to achieve pollution control
objectives. However, further analysis is required to examine the effectiveness of EI based
instruments in the local context before recommending their application for a specific
pollution control purpose. In addition, the pressure from society also provides an
opportunity for the government to embrace alternative measures against polluting
activities. The willingness of the local people to participate also opens the scope to
introduce new mechanisms, such as monitoring of river water quality by local
communities for pollution control.
The threats are situations that might cause problems (Diamantopoulou and Voudouris
2008) within the pollution control system in the long run if they are not appropriately
addressed. One of the potential threats has been identified as possible occurrence of
corruption (Momtaz 2002; TI 2009) while enforcing the legislation. The corruption may
exist within both government organisations and NGOs (Khan and Rahman 2007) which
can be detrimental for the pollution control system. Another likely threat on pollution
control system may arise from ‘divisive politics’ present in Bangladesh (Khan and
Rahman 2007, p.370) that may cause political instability and lack of commitment. When
a newly elected government replaces the previous government in power, the common
practice in many cases is to disregard the strategies of the previous government without
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considering the positive or negative effects of it. This trend has an adverse impact on the
long term political commitment for river pollution control. Moreover, the uncontrolled
growth of urbanisation and industrialisation along the rivers may go against any well
functioning pollution control system. Hence the attributes of the present arrangements
may provide policy makers and water quality managers new insights into selecting the
appropriate strategies for sustainable river pollution management system in Bangladesh.
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