RNPP Bangladesh and HPC Power Plant, UK

This dissertation discusses the diverse categories of project management issues associated with the under construction nuclear power plant projects of RNPP Bangladesh and HPC Power Plant, UK. The root cause of the challenges faced by these nuclear power will be represented by fishbone diagram. The role of each of the stakeholders will also be represented using stakeholder grid. This dissertation will be incorporating only secondary data collection procedure and details of the selected research methodology will be discussed in the research methodology unit of this dissertation.

Running head: RNPP BANGLADESH AND HPC POWER PLANT, UK
RNPP Bangladesh and HPC Power Plant, UK
Name of the Student
Name of the University
Author’s Note

1
RNPP BANGLADESH AND HPC POWER PLANT, UK
Executive Summery
Diverse categories of Project management issues are associated with the under construction
nuclear power plant projects. There are alternate classifications of tools which are positioned
in the nuclear plants to identify the challenges they are facing in terms of the rising cost of
raw materials like Uranium and lack of skill development training for the workers of the
power plants who works dedicatedly with the harmful radioactive elements. The root cause of
the challenges faced by these nuclear power will be represented by fishbone diagram. The
role of each of the stakeholders will also be represented using stakeholder grid. This
dissertation will be incorporating only secondary data collection procedure and details of the
selected research methodology will be discussed in the research methodology unit of this
dissertation.

2
RNPP BANGLADESH AND HPC POWER PLANT, UK
Acknowledgement
The data collection procedure of this dissertation gave me huge indications of the project
management approaches which are usefully followed in the under construction nuclear power
plant (NPP). The opportunities of the selected data collection dealings were also one of the
prime contributions of this dissertation paper. I would like to thank my super visor
_________________________ for the constant guidance and support. I would also like to
acknowledge my supports that have helped me to select the journals for the Literature Review
unit. Thus, I would love to thank everyone who has assisted me to complete this project
within a scheduled time period.
Regards,
Please fill

3
RNPP BANGLADESH AND HPC POWER PLANT, UK
Table of Contents
1. Introduction............................................................................................................................4
1. 1 Problem Description........................................................................................................5
Explanation of the choice of the project............................................................................6
1.2 Research Question and Objective....................................................................................6
2. Literature Review...................................................................................................................7
3. Case Study and Research Methods......................................................................................13
Rooppur NPP.......................................................................................................................13
HPC nuclear Power Station..................................................................................................14
3.2 Research methods...........................................................................................................15
Data collection method....................................................................................................15
Research philosophy........................................................................................................16
Research approach...........................................................................................................16
Research Design...............................................................................................................17
Data analysis....................................................................................................................17
4. Research Findings, Interpretation and Evaluation...............................................................18
HPC nuclear Power Station..................................................................................................20
Fishbone Diagram................................................................................................................22
5. Conclusion, Limitations and Future Research.....................................................................24
Reference..................................................................................................................................28

4
RNPP BANGLADESH AND HPC POWER PLANT, UK
1. Introduction
Rooppur Nuclear Power Plant is an under construction plant located in Pabna district
of Bangladesh which is 140 kilometres from Dhaka which is the capital city of Bangladesh.
The development strategy of RNPP can be very much beneficial for the economic growth of
this country in the coming years (The Economic Times, 2019). Around $150 million USD is
spend on the research and development purpose in this power plant (Reason and Hobbs
2017). The local economy of Rooppur can also be significantly benefited from this nuclear
project.
Hinkley Point C is an under construction nuclear power station is located in Somerset,
England and its budget is estimated to be around £ 20B. There are two ERP reactors which
are associated directly with this nuclear power plant and approval of the government is very
much significant regarding the successful completion of this project (Modarres 2016). The
nameplate capacity of this under construction nuclear power plant is 3260 MWe. This under
construction project is subjected to be completed by 2025.
The project risk management and the stakeholder management practices in these two
nuclear power plants are very much different from each other due to diverse categories of
reasons in terms of the risks associated with each of the projects and involvement of
stakeholders in each of the projects (Sadgrove 2016). Financial backup provided by British
Government in Hinkley Point C is much more than the financial backup given by Bangladesh
Government in RNPP (Iaea.org. 2019). Different risk management procedures are adopted in
different NPP all over the world. On the contrary it can be said that both these projects
involve diverse categories of stakeholders which has to be achieved in a systematized mode
so that both these projects are completed within the estimated time schedule (Rahman 2019).
There are two reactors which is being built in Rooppur having a capacity gross of 12 MWe in

5
RNPP BANGLADESH AND HPC POWER PLANT, UK
each of them (Dhaka Tribune. 2019). The thermal capacity of this nuclear power plant is
estimated to be 2 × 3,200 MWth. The cooling source of this power plant is Padma River and
the power generation models which are being deployed in this project is VVER-1200/523
(World-nuclear-news.org. (2019). The role of the Russian Government is very much
significant for the successful completion of this under construction project (Slovic 2016).
Along with Russia, Indian Government is also directly involved in this project as Indian
Government is deploying Nuclear Supplier Group which are deployed to control the materials
and equipment deployed in this project (Leveson 2015). There are diverse categories of
technologies which are involved in this under construction project which are managed by the
Nuclear Supplier Group (NSG).
1. 1 Problem Description
Each of the two under construction projects have sundry groups of challenges allied
with them. BAEC proposed two 500 MWe nuclear reactors for Rooppur by 2015. There are
diverse classifications of challenges related with two under construction NPP in terms of the
maintainability issues.
Security of each of the stakeholders associated with these under construction projects
is the other problem. Water management and adverse environmental conditions are the major
challenges which are being faced in RNPP. Treatment of the waste materials is the other
significant concern in RNPP along with that the density of people living near RNPP is very
much on the higher side which is again a source of concern from the environmental
perspective. The other significant risk associated with RNPP is the utilization of resources as
the market conditions in Bangladesh keeps on changing every moment. Heating and
ventilation are the prime challenges faced by Hinkley Point C. At the same time, it can also
be said that managing the increasing cost of each of the activities is one of the prime

6
RNPP BANGLADESH AND HPC POWER PLANT, UK
challenges of Hinkley Point C which shall be evaluated using this dissertation paper, at the
same time the challenges faced in RNPP shall also be discussed in this dissertation.
Explanation of the choice of the project
The differences in circumstances in each of the two nuclear is very much different
from each other due to the difference in resource management strategies. This project can
also be very much useful to understand the strategies which are needed to be reserved in
order to address those issues. Each of the identified difficulties in this nuclear power plants
can be addressed in an organized manner using the findings of this research paper.
1.2 Research Question and Objective
The research questions of this dissertation are listed as follows:
 What are the risk management procedures which are deployed in the nuclear power
plants in RNPP as cost is always being increased especially in the power generation
and transmission departments?
 What are the risk management procedures which are followed in each of these nuclear
power plants?
 How can the challenges faced in each of the projects addressed?
Explanation of the research questions
The objectives of this dissertation will be very much noteworthy in order to
comprehend the diver categories of risk management procedures which can be very much
useful to mitigate the threats of this nuclear power plant. The research questions can also be
useful to understand the effectiveness of the risk management procedures adopted by the two
NPP.

7
RNPP BANGLADESH AND HPC POWER PLANT, UK
2. Literature Review
According to Petrescu et al. (2016), there are various groups of risk management
methods which can be deployed as a tool during the creation of a nuclear power plant. The
risks involved in this project can come from different sources in terms of the huge amount of
investment from the primary stakeholders of this project as stated the investigators of this
paper (Kouabenan, Ngueutsa and Mbaye 2015). This data source was very much convenient
to comprehend the need for incorporating diverse categories of innovative measures such as
advanced technologies like artificial intelligence which can be very much useful to address
the risks of these sensitive construction projects. The role of the plant manager can also be
understood from the discussions made in this paper. The paper was very much useful to study
the instrumentation and control procedures which are followed in the nuclear power plants
(McNeil, Frey and Embrechts 2015). The safety related risks associated with nuclear power
plants can also be identified from this paper. The risk of the radioactive materials which are
deployed in the nuclear power plants can be understood from the discussions made in this
paper. The conflict of the institutional goals of each of the power plants is one of the prime
reasons behind the scheduling issues faced by nuclear power plants. The probability of
success regarding the construction of nuclear power plants can also be understood from the
discussions made in this paper (Aizpurua et al. 2018). The cost impact of nuclear project
from different angles in the nuclear power plant projects. Budgeting and scheduling of each
of the activities is very much significant in most of the nuclear power plants all over the
world. The risks associated with production department and the strategic risks of this project
can have a huge impact on the quality of service provided by the nuclear power plants (Grote
2015). The sources of each of the risks regarding the construction of nuclear power plants can
have a huge impact on the performance of the workers working in these nuclear power plants.

8
RNPP BANGLADESH AND HPC POWER PLANT, UK
However, as discussed by Pistner and Mohr (2017) there are miscellaneous types of
safety related risks associated with the construction of nuclear power plants which might
have a huge impact on the growth and productivity of the power plants such as the exposure
of uranium. The issues faced by the strategic decision makers of the nuclear power plants
must be addressed, in order maintain the flow of operations which is desired to be maintained
from the nuclear power plants. The significance of genera per capita income on the
construction of nuclear power plants must be focussed in the first place in order to manage
the flow of operations (McNeil, Frey and Embrechts 2015). The paper was very much
significant to understand the significance of maintaining a balanced human resources
according to their expertise can be very much noteworthy in order to deal with all those daily
challenges of NPP. Generally five year plans are required to understand the impact of the
creation of the nuclear power plants as discussed in this data source.
Management team of the nuclear power plants must understand the significance of
maintaining a reasonable balance of the huge amount of energy which is generally consumed
during the creation of the nuclear power plants (Hollnagel 2018). The significance of the use
of renewable energy like solar energy in the construction of the nuclear power plants be very
much significant in the nuclear power plants as it very much useful to reduce the overhead
cost of the non-renewable energies which are deployed in the NPP. The frequency of the
power cuts which can have a huge impact on these projects was highlighted and argued by
the researchers of this paper (Lovering, Yip and Nordhaus 2016). The paper also highlighted
the significance grid experience which might have a huge impact on the successful of the
nuclear projects. The cost of each of the raw materials is a huge challenge for the project
managers who are responsible for the successful completion of the project as discussed in this
data source (Kletz 2018). Collaboration between the locals residing in the construction area
and management team of the project is very much desired in order to complete each phase of

9
RNPP BANGLADESH AND HPC POWER PLANT, UK
the project within the estimated schedule which was conducted before the planning phase.
Engineering survey is one of the most significant of these under construction nuclear projects
as it helps them to deal with miscellaneous categories of encounters in terms of the
environmental concerns. Huge amount of money is required in each phase of the nuclear
projects as per the discussions made in this academic journal, the total amount of RP NPP is
$12.65 billion while the UK NPP is £45.5bn (Lee et al. 2019). The significance of the source
of water which is deployed as a cooling source can also be very much significant in each of
the nuclear power plants.
As conferred by Schaefer et al. (2018), the approach adopted by the concerned
authorities of each of the nuclear power plants is very much significant for the successful
completion of the project. The researcher examined that it is very much important to
understand the significance of the nuclear safety risks which is very much different in each of
the nuclear power plant projects. Risk management framework can also help to mitigate each
of the risks associated with these nuclear projects as argued in the discussions of this data
source. (Arndt et al. 2017). Managing and maintain the diverse categories of training
required for each of the stakeholders involved in nuclear projects. The significance of
politicians in these projects can also be understood that from the discussions made in the
paper (Bahr 2018). Different categorises of technologists, bankers, investors and landowners
who are involved directly in these nuclear projects as discussed in this dara source (Leberecht
et al. 2018). The risk identification procedure in the nuclear projects is very much significant
to be managed in an organization manner so that impact of each of the risks can be contained
(Aven 2016). Collaboration between each of the stakeholders are very much desired in order
to deal with each of the challenges faced in nuclear projects (Le Pape, Field and Remec
2015). There are numerous uncertainties associated with the nuclear projects in terms of the
schedule of each of the activities, managing the cost of each phase of the project and

10
RNPP BANGLADESH AND HPC POWER PLANT, UK
maintaining the quality of service in each phase of the project are the prime challenges which
are faced in the nuclear power plants. The involvement of the risk management tools can be
very much useful to mitigate each of the identified risks in terms of the check list analysis,
Delphi-technique and information gathering techniques and brainstorming procedure
(Bromiley et al. 2015). The significance of the waste water management and management of
the waste materials was also highly considered by the arguments made by the researchers of
this article.
As debated by Siddiqui and Dincer (2017), poor infrastructure facility can have a
huge impact on the fruitful accomplishment of the nuclear project. The dependencies of the
projects can be managed in an organized manner using the advanced infrastructural facilities
which are there in some of the nuclear power plants in the developed nations like England
and USA. Probabilistic risk assessments criteria can be very much useful to asses each of the
identified risks of the nuclear projects (Hopkin 2018). Risk Management theories and risk
management frameworks like Robson model and risk based system can be very much useful
to identify the probable risks of nuclear power plants. Critical systems can be very much
significant in order to manage each of the risks associated with the nuclear power plants.
It is very much useful to understand the safety measures of the workers who work in
the nuclear power plants. The entire risk management procedure which are followed in the
nuclear power plants can be understood from detailed theories made by the researchers of this
paper, at the same time the paper provided in depth discussions of the general risks which are
faced in most of the nuclear power plants in terms of managing the qualification and
experience of the workers who works in the sensitive laboratories (Field, Remec and Le Pape
2015). Outage management is one of the most significant aspects of nuclear power plants and
efficient human resources are required in order to address outage management. The inventory
management which has to be managed and monitored in the first place in order to deal with

11
RNPP BANGLADESH AND HPC POWER PLANT, UK
complexities of the nuclear projects. Managing each of the stakeholders of the nuclear power
plants is huge challenge for the management team of those projects as there are miscellaneous
groups of stakeholders associated with these projects and many of those stakeholders lives far
away from the location of the power plants.
However, as mentioned by Terlikowski et al. (2019), construction cost of the NPP is
different in different countries due to the changes in prices of the raw materials and other
technologies which are deployed in the NPP. The cost of raw materials changes due to the
dynamic market conditions can have a huge impact on the financial planning and
management of the nuclear power plants. External human resources are easily available in the
nuclear power plants of the developed nations like England as compared with the other
developing nations like India or Bangladesh (Giannakis and Papadopoulos 2016). The entire
project management approach followed in the nuclear power plants are completely different
from one another.
Even though as discussed by Wang et al. (2017), the role of the nuclear reactor
designers are very much significant in the nuclear projects as these designers are readily
available in the developed countries like Spain and United Kingdom as compared with
developing countries like Bangladesh and China (Hara and Yoshida 2016). The fatality
frequency of each of the different areas has been highlight in this paper in an organized
manner. Core damage frequency and risk assessment worth are the two most significant parts
of the nuclear projects which has to be managed in the first place in order to achieve the
higher order of safety for each of the workers of this projects. Impact of the risks on both
assets of the nuclear plants can be understood from the arguments made by the researchers.
On the contrary Wu (2017), uranium bundle can be very much significant to shield
the radiations of the nuclear power plants. High energy source of heat are managed in the

12
RNPP BANGLADESH AND HPC POWER PLANT, UK
nuclear power plants of both developed and developing nations. There are assorted groupings
of digital systems which are deployed in the nuclear power plant as argued by the researchers
of this article like the digital instrumentation and control systems. The other digital systems
which are generally deployed in the NPP are new digital safety control system. Rooppur
NPP have very much control systems as compared with the other UK based NPP where
advanced control systems are deployed all over the nuclear facility. The specifications of
these digital systems are very much different in different nuclear power plants. The deployed
of different types of fuel rods in the nuclear power plants can be understood from the
discussions made in the paper (Guo and Ren 2017). The backup water system which is
required in each of the nuclear power plants has to be managed and monitored throughout life
cycle of the radioactive metals. The impact of the human intelligence can have a huge impact
on the final outcome of the nuclear power plants. The rag is very much significant to
understand the fatality rate of few of the nuclear power plants from both developed and
developing nations. Comparing the two NPP, it can be said that resource management
strategies should be frequently updated. The paper helped in acknowledging the fact that
resource management is directly associated with the incorporation of the control systems.
However, it can also be said that there are diverse challenges associated with the
incorporation of advanced control systems in HPC power plant in Sommerset, UK.
As illustrated by (Ang 2016), most of the nuclear power plants are located near a
water body as huge amount of water is required to cool of the reactor when it is not in use.
The heat discharging procedure is very much depended on the availability of the water. Huge
amount of heat is generally produced in the nuclear power plants which is cooled off using
water from these water bodies. Nuclear energy is stopped from being contaminated using the
water. The huge requirement of water in the electricity transmission department is one of the
other reason for the nuclear power plants to get themselves placed near the water bodies as

13
RNPP BANGLADESH AND HPC POWER PLANT, UK
per ther discussion of the paper. The paper helped in understanding the need of professional
evaluation plan for the nuclear power plants. It can be said that most of the emergency exists
must be known for each of the workers of NPP. Any sort of emergency situation in the
nuclear power plants can be avoided using perfect evacuation plan. Production of stream can
also be very much useful using perfect evacuation plan. The entire plan has to be engaging
diverse stakeholders of the nuclear power plants. The negative impact of the radioactive
materials can also be identified from the representations of this data source. Accidental
results can also be managed in the first place using a professional and reliable evacuation
strategy. It can also be said that there are diverse categories of material disposal technique
which has to be evaluated in the first place before being incorporated in the nuclear power
plants. The significance of reprocessing, geological disposal, and space disposal are the prime
attributes of the disposal procedure of the nuclear power plants (Glendon and Clarke 2015).
Fissionability of the materials can have a maximum effect of the growth and productivity of
the nuclear power plants. Sustainability of the planning is very much significant in these
nuclear power plants.
As discussed by Ho et al. (2015), probabilistic risk assessments techniques are
generally used in the nuclear power plants where there is no scarcity of financial resource.
Thus this data source was very much significant to understand the significance of the risk
assessment techniques which are followed in the HPC power plant in Sommerset. This data
source was very much significant to understand that the infrastructure of the nuclear power
plants which has to be of the highest order. The discussions of this paper was very much
significant to understand that flexibility has to be maintained in order to deal with the
complications of nuclear power plants. This paper was very much significant to understand
that asset risk management techniques are generally considered in the NPP where flow of

14
RNPP BANGLADESH AND HPC POWER PLANT, UK
financial resources is a significant issue just like Roopour NPP who is heavily supported
financially by the Russian government.
However, as illustrated by (Fedock 2017), risk management procedures of the NPP
also considers the ways to protect the NPP from natural disasters like cyclones which are
very much common during the month of April throughout Bangladesh. The data source was
very much significant to understand safety culture options are added in the risk management
procedures which are adopted by the major NPP all over the world. The paper was also very
much informative as it provide huge information about the quality policies which are
generally maintained in the NPP. Safety plans and exit routes are the foremost objectives of
the NPP. The paper guides the readers of this document to understand that any sort of
communication issue can have a huge impact on the risk management procedures adopted in
the NPP. The significance of both communication among the stakeholders of the NPP and
commitment of the steering committee of the NPP plays an important part in the risk
identification procedure. The paper also helps in understand the overhead costs of the nuclear
power plants can be minimised if there are no such communications issues between the
stakeholders. Projects like HPC Power plants where exclusive communication procedures are
likely to have better risk management plan as compared with NPP like Rooppur who are
mostly depended on external help. The paper was also very much useful to understand the
communications issues of the NPP occurs mostly between each of the stakeholders associated
with the NPP with the contractors who are works in smaller departments of Rooppur. The
significance off planning co-ordination department and compliance committee in the risk
management process of the NPP can be understood from the discussions made in this data
source. This data source was very much useful to understand that Nuclear Safety Promotion
Committee can play a huge role role in the NPP as it can very much useful to identify and
risks associated with the nuclear equipment’s and raw materials.

15
RNPP BANGLADESH AND HPC POWER PLANT, UK
3. Case Study and Research Methods
Rooppur NPP
RNPP is one of the most significant under construction NPP located on the East side
of River Padma. Cutting edge technologies are very much significant in order to manage the
procedures of the nuclear power plants in Rooppur. Source of renewable energy of this
project is very much significant for the successful completion of this project. There are
miscellaneous groupings of challenges allied with the working procedures low green house,
impact of the emissions can also have a lasting impact on the nearby environment.
Cost of raw materials and other non-human resources is the other sources of concern
in this nuclear power plant. There are project management issues like time and resource
management which usually have a direct impact on the operations of this NPP. Choice of
selection of resources and procedures can also be very much vulnerable for this nuclear
power plant. There are other limitations of this power plants in terms of the disposal
techniques. The impact of the waste water technique can also have a huge impact on the
probable nuclear service which is going to be provided by this nuclear power plant.
HPC nuclear Power Station
Constructions of NPP in Somerset England have diverse categories of challenges as
compared with RNPP. There are two ERP reactors in Somerset England and maintaining
these reactors along with the environmental regulation is one of the major challenges faced
by this nuclear power station. Huge additional investments are required from the primary
stakeholders of this organization in order to maintain the flow of operations in this power
station. The cost of constructing this power station is enhancing every day which is one of the
most significant aspect of this nuclear project as well (Laingorourke.com. 2019). Carbon
emission is one the prime contribution of this under construction nuclear power plants as

16
RNPP BANGLADESH AND HPC POWER PLANT, UK
huge number of people depends upon the service provided by this nuclear power plant.
Providing safety measures to each of the stakeholders working in this nuclear project is one
of the areas of concern in this nuclear project. Permit and licensing issues are the other
challenges faced by the strategic planners of this nuclear power station. Calculation of the
return of equity and investment is very much complicated in this UK based NPP. Cost of the
power generators which is being maintain in this nuclear power stations is very much on the
higher side.
3.2 Research methods
Data collection method
The data which are collected from external sources can be termed as the data
assemblage. There are two types of data assemblage procedures which are generally deployed
in dissertation papers like the prima data collection procedure where data is collected from
primary sources using telephonic conversations, focus groups, survey, and questionnaire.
Whereas, secondary data assemblage is the procedure of collecting data from secondary
sources like government databanks as well as Google scholar. Reliability of the data is very
much significant in the data assemblage procedure of the research. Statistical analysis is very
much required to structure the secondary collected data.
Justification of selected data collection method: Secondary data is very much
convenient to comprehend any selected topic as it considers the opinion of diverse categories
of investigators and scholars whose opinions were considered to evaluate or identify any
subject. Peer reviewed journals can be considered as the ideal secondary data assemblage
methods for most of the dissertation papers. The prime advantages of this data assemblage
method are as followings:
 Very less amount of time is required for this data assemblage procedure.

17
RNPP BANGLADESH AND HPC POWER PLANT, UK
 Much less amount of financial resources are required in this procedure as well.
 Data from secondary sources are very easily accessible as compared with the other
data collection procedures.
 Critical analysis of the subjects are readily available in this data assemblage procedure
along with the new insights can be understood about the selected topic from this data
assemblage procedure.
Thus, it can be said that secondary data collection will be very much useful in this
dissertation paper
Research philosophy
Research philosophies like are positivism, realism interpretivism and axiology are
generally deployed in the dissertation projects. (Brundin-Mather et al. 2018). Each of this
research philosophies can be very much useful in the investigation purpose of the
dissertation.
Justification of selected research philosophy: Positivism philosophy can be very
much significant in this dissertation paper as it will be incorporating logic behind the
selection of research methodologies in terms of the data collection procures as well as the
data analysis procedures. Reason behind each of the actions taken in this dissertation paper
can be very much useful in this dissertation paper and this approach is only provided by
positivism. Sources of each of the knowledge shared are also highly considered in this
research methodology plan.
Research approach
Diverse categories of research approaches can be selected in the dissertation paper
and it can be said that each type of research approach like deductive research, inductive
approach and abductive research.

18
RNPP BANGLADESH AND HPC POWER PLANT, UK
Selection of the research approach: The entire theory of phenomenon of this
dissertation can be sorted in an organized manner. Validity of the data can also be reviewed
and examined in the first place using the deductive research approach (Chaudhry and Berger
2019). Formulation of hypothesis in this dissertation paper can also be boosted in the first
place suing this research approach. Relationship between each of the entities deployed in this
dissertation in terms of the selected data and resources using this research approach. Each of
the concerns associated with this dissertation paper can be measured in a quantitative
approach using the deduction research design. Thus, it can be said some of the some of the
risks associated with this dissertation as it considerably the secondary data collection can be
successfully address using the deductive research approach.
Research Design
There are many new categories of research types which are deployed in the
dissertation paper like experimental design, survey design, correlational design and semi
experimental design. Each of these designs is very much significant to maintain the flow of
actions of the research methodology in terms of the data collection procedure (Chavan and
Sawai 2019). Huge amount of time and money can be saved in the first place using these
research designs.
Selection of research design: Semi experimental research approach has been selected
as the research design. Manipulation of the data collected from sources can be verified in the
first place using this research design. The order of conditions which are set for this
dissertation can be sorted in the first place using this research design.
Data analysis
There are plenty of categories of data collection techniques which are followed in the
dissertation projects like the qualitative data analysis technique and the quantitative data

19
RNPP BANGLADESH AND HPC POWER PLANT, UK
analysis technique (Chaudhry and Berger 2019). Each of these data collection techniques is
very much significant to structure the unstructured data which are collected from diverse data
collection procedures. The business decisions of this dissertation can be taken in an
systematized manner using the chosen data analysis procedures.
Justification of data analysis procedures: Qualitative data analysis procedures can
be very much significant in this dissertation paper as it would help to develop diver
categories of concepts associated with this dissertation paper in terms of the evaluation plan
of the nuclear power plants and strategies adopted by the strategic planners of both of these
nuclear power plants (Chavan and Sawai 2019.). Insights of the data can also be sorted in the
first place suing this data analysis procedure as well.
4. Research Findings, Interpretation and Evaluation
One of the prime issues which are being faced in both of these nuclear power plants is
the managing and monitoring the interest and power of each of the stakeholders involved in
these projects.
Stakeholder Grid and Pestle analysis can be very much useful to understand the
reason behind few of the challenges faced by the organization. The role of each of the
stakeholder can be understood using the stakeholder grid which can solve the scheduling
issues of these nuclear projects. These scheduling issues were having a direct negative impact
on each of the processes in this nuclear power stations (Corujo et al. 2018). The power and
interest of each of the stakeholders who are involved in these nuclear projects are illustrated
below.

20
RNPP BANGLADESH AND HPC POWER PLANT, UK
Figure 1: Stakeholder grid for the nuclear projects
(Source: Created by the author)
The blue colour in the diagram represents the stakeholders of these projects, where as
their responsibilities are highlighted in dark green colour. The impact of these stakeholders
can be understood from the yellow portions of the diagram (Dino et al. 2016). Based on the
volatile situations in terms of maintaining the international protocols and work procedures it
can be said that the role of the stakeholders has to very much transparent in nature in order to
address the scheduling issues of these power plants. Pestle method can be very much
significant to understand the environmental factors which are causing significant concerns in
these two nuclear power stations.

21
RNPP BANGLADESH AND HPC POWER PLANT, UK
RNPP HPC nuclear Power Station
Political Taxation policies of Bangladesh are
very much different from UK
which is sometimes a source of
concern for RNPP.
Carbon policy adopted by UK
government is very much significant
in this nuclear power plant from the
environmental perspective.
Economic Employment rate of Rooppur
enhanced as a result of this nuclear
project.
Colder reactors are sometimes shut
down to save huge amount of money.
Cost of the raw materials required in
this power plant is very much
vulnerable to market fluctuation.
Social There are no real liability insurance
for the workers of this NPP. There
are no changes in life style of the
workers as a result of this nuclear
power plant.
National Waste Management Policy
act can be very much significant to
recover the general operations of the
power plant. Cultural trends are set by
the newsletter of this nuclear power
plants
Technological The incorporation of numerous
automated technologies is a source
of concern for the management
team of this power plant.
Safety alarms and quick notifications
are there for each of the workers of
this nuclear power station. New
methods of distribution are
incorporated by the concern team of
this nuclear power plant.
Environmental Corporate Social Responsibility is
not entirely managed by the
stakeholders of this power plant
Nuclear reactors are reviewed for
safety reasons. Diver categories of
waste disposal technique are
considered by the concern
departments of this nuclear power
plant.
Legal Trade regulations and restrictions
of the national nuclear board of
Bangladesh are the prime legal
factors associated with this nuclear
plant.
Government regulations help this
power station to deal with the
approvals required in order to proceed
with the nuclear activities. There are
diver categories of consumer laws
available for the workers of this
nuclear power station.
Table 1: Pestle Analysis of the both the nuclear power plants
(Source: Created by author)
The impact of the PESTLE analysis on the NPP can be understood in an organizaed
manner using the below diagrams.

22
RNPP BANGLADESH AND HPC POWER PLANT, UK
Figure 2: Impact of PESTLE on RNPP
(Source: Created by the author)
The above diagram reflects the impact of each of the factors of PESTLE analysis and
it can be understood that Rooppur power plant feels mostly the economic impact as
significant amount of money comes from the Russian government. The picture also reflects
that this NPP have minimum due to each of the political factors. Project management
procedures can be very much beneficial to minimise the economic impact.

23
RNPP BANGLADESH AND HPC POWER PLANT, UK
Figure 3: Impact of PESTLE on Hinkley power station
(Source: Created by the author)
The above chart was very much beneficial for the readers of this dissertation to
understand that the two major factors having a negative impact on Hinkley power station are
the social as well as technological factors (Nsenergybusiness.com. 2019). Social issues of
other industries as well as the increasing deployment of innovative advanced control systems
are the prime reasons behind these highest impact list created using Pestle analysis.
Fishbone Diagram
This visualization tool can be very much useful to detect the potential causes of the
issues faced by each of the nuclear power plants. The potential issues which are faced in both
these two nuclear power plants can be understood from the fishbone diagrams (Goode et al.
2017). This tool can be very much useful to solve the problems associated with each of the
nuclear power plants.

24
RNPP BANGLADESH AND HPC POWER PLANT, UK
Figure 2: Effect of the challenges faced in Rooppur NPP
(Source: Created by the author)
The above diagram reflects the root causes of the prime challenges faced by the
authorities of Rooppur NPP. In terms of the business conditions it can be said that time
management of the extraction of the uranium is a huge challenge for this nuclear power plant
along with that continuous monetary and strategic help coming from Russia is very much a
concern for the authorities of this NPP (Johnston 2017). Low investment on return for the
investors of this project and inefficient sources of Uranium are the prime issues regarding the
collection of the raw materials. Lack of skills development training is a huge challenge for
the management team of this nuclear power plant, at the same time it can also be said that
half of the challenges faced by this project is due to lack of professional approach of the
project managers. The work practices of this NPP is getting degraded significantly due to the
lack of professional training for each of the stakeholders of this nuclear project (Joyner,
Rouse and Glatthorn 2018). Thus, the prime challenges faced by this NPP can be identified
from this fishbone diagram. Low investment on return for the prime investors is the other
challenge which is being faced in the business environment of this project. The uranium
testing procedure which is practised in Rooppur must be replaced with the automated IT

25
RNPP BANGLADESH AND HPC POWER PLANT, UK
control systems which can remove the inconsistencies associated with this operation of this
nuclear power plant.
Figure 3: Effect of the challenges faced in Hinkley power station
(Source: Created by the author)
The above fish bone diagram was very much useful to understand the prime concerns
of the NPP in Hinkley power station located in Somerset. Management failure is one of the
prime concern of this NPP. There are no such health related schemes associated with the
salary packages of the workers of these nuclear power plants. Capitalization of the market is
one of the other challenges associated with these NPP (Loghmani, Ghonsooly and Ghazanfari
2019). Following the nuclear regulations is huge challenge for this nuclear power plants and
is one of the major reason behind the business complexities of this power plant. Government
intervention is the other significant challenge associated with this nuclear power plants.
Interpretation and Evaluation
Based on the chosen data assemblage and analysis procedure in this dissertation
paper, it can be interpreted that the challenges which are being faced in Rooppur NPP is

26
RNPP BANGLADESH AND HPC POWER PLANT, UK
mainly due to the lack of engagement and involvement of the stakeholders. The lack of
training session is also a source of concern for this nuclear power station.
The chosen data analysis procedure was very much useful to interpret that the prime
challenges faced by the Hinkley power station. The data obtained was very much useful to
understand that there are miscellaneous categories of business decisions which are
responsible for the management failure in this project (MacGregor and Fellabaum 2016). At
the same time, it can also be interpreted that health security facilities provided by this power
station must be enhanced in order to address the complaints coming from each of the workers
working with radioactive substances (Lovarelli and Bacenetti 2017). The entire
organizational structure of this power station has which clarifies the rules and responsibilities
of each of the stakeholders has to be revised periodically as many new stakeholders are
constant being added in these nuclear projects in terms of the provider of Uranium. The
power and the impact of the stakeholders are very much important to be known for each of
the stakeholders associated with this nuclear power station (Guardian 2019). There are
diverse categories of communications issue which are being faced in this project as the
effective communication plan can be very much useful to address each of the communication
issues.
5. Conclusion, Limitations and Future Research
The dissertation was very much useful to conclude the challenges which are being
faced by each of the two nuclear power plants both in Bangladesh as well as in England. The
significance of project management tools like Fishbone diagram. The prime project
management issue which are being faced in each of these two nuclear power plants can be
understood after the analysis of the collected secondary data like stakeholder engagement,
communications issues and the significance of soft skill training as the business conditions of

27
RNPP BANGLADESH AND HPC POWER PLANT, UK
these NPP (Posen 2015). Based on the comparative analysis it can also be said that risk
management technique and the evacuation plan is very much significant for each of these
nuclear power plants as any sort of emergency situation might have a direct negative impact
on the completion time of each of the under construction nuclear power plants. The
deployment of the risk management tools like Delphi technique can also be identified from
the discussions made in this data source. The reasons behind the issues in managing the
resources of the two NPP can be understood from the discussions made in the data sources.
The difference in approaches in terms of the waste management strategies can be identified
from the discussions made in the data sources discussed in the literature review unit of the
paper.
The significance of long term waste management strategy in the Hinkley power
station can also be concluded from this dissertation which is the reusing the renewable energy
and other human resources (Jones 2017). Anticipation of each of the risks in each of these
nuclear power plants is very much noteworthy in order to deal with the financial issues which
are heavily faced in the Rooppur NPP. The significance of maintaining waste management
techniques for the radioactive materials can also be understood from the secondary data of
this dissertation.
Limitations
There are miscellaneous categories of limitations associated with these dissertation
paper in terms of the changes in the scope of the project as the business and nuclear
conditions keeps on changing every moment (Robinson and Tagher 2017). Time is the other
limitation associated with research paper as primary data collection could have enhanced the
findings of this dissertation. The selection of the secondary data could have been done in a
more organized manner if there was more time for this dissertation paper (Anand 2016). The

28
RNPP BANGLADESH AND HPC POWER PLANT, UK
analysis of the collected data could have done using diverse permutations if there was more
time in this dissertation paper. Even if peer reviewed articles were selected as the secondary
data assemblage procedure it can be said the few of the discussions made in the paper is
represented in a generalized format as the business conditions and the environmental
conditions are different in each nuclear power plants. The other limitation of this research is
the managing the budget in each phase of this dissertation especially in the data collection
procedure (Williams and Shepherd 2017). Huge amount of money could have been used to
get primary data from the workers of nuclear power plants as well. The financial limitation of
this dissertation can be
Future
The incorporation of the fourth generation reactors in Rooppur NPP can be very much
useful to manage the waste materials which are derived from the radioactive materials which
are deployed in this power plant. These reactors shall also have numerous challenges in the
coming years as newer technologies like virtual reality are increasingly being deployed in the
NPP. The left over isotopes must be reused in the Hinkley power station which can be very
much useful to address the increasing cost of the raw materials (Spence, Lachlan and Rainear
2016). The future reactors which are going to be incorporated in each of these two nuclear
power plants must be constructed in a cost effective manner and stakeholders associated with
these plants must be going through frequent training sessions which will help to improve their
existing skills.
Risk management plan must be incorporated in each of these NPP which will be to
reduce the high electricity consumption of each of these two nuclear power plants (Schopohl
et al. 2018). Introduction of the financial plan and cost benefit analysis can be very much
significant to address the financial issues which are faced in Rooppur nuclear power plant.

29
RNPP BANGLADESH AND HPC POWER PLANT, UK
It can also be said that high up front and end stage cost of the nuclear power plant in
Somerset can be solved using effective waste management techniques which can be useful to
mitigate the financial issues of this nuclear power plant (Scalfani 2017). The manufacturing
overheads of this nuclear power plant have to be reduced in the first place which can be very
much useful to reduce the huge amount of money required for Uranium extraction procedure.
The non-value adding procedures which are practised in the working environment of
the Rooppur NPP have to be monitored in the first place in order to manage the huge amount
of human resources who will be monitoring and maintaining the nuclear reactors (Ruth
2017). Incorporation of the leverage automation can be very much useful to reduce the
operation cost of this NPP as well.

30
RNPP BANGLADESH AND HPC POWER PLANT, UK
Reference
The Economic Times. (2019). Rooppur Nuclear Power Plant: Latest News & Videos, Photos
about Rooppur Nuclear Power Plant | The Economic Times. [online] Available at:
https://economictimes.indiatimes.com/topic/Rooppur-Nuclear-Power-Plant [Accessed 26
Aug. 2019].
World-nuclear-news.org. (2019). Construction progress at Bangladesh plant - World
Nuclear News. [online] Available at: http://world-nuclear-news.org/Articles/Construction-
progress-at-Bangladesh-plant [Accessed 26 Aug. 2019].
Iaea.org. (2019). Construction Progresses on Bangladesh's First Nuclear Power Plant.
[online] Available at: https://www.iaea.org/newscenter/news/construction-progresses-on-
bangladeshs-first-nuclear-power-plant [Accessed 26 Aug. 2019].
Rahman, A. (2019). RUPPUR NUCLEAR POWER PLANT: BANGLADESH'S POTENTIAL
BLACKHOLE. [online] The Daily Star. Available at:
https://www.thedailystar.net/op-ed/politics/ruppur-nuclear-power-plant-bangladeshs-
potential-blackhole-194017 [Accessed 26 Aug. 2019].
Dhaka Tribune. (2019). Dhaka, Moscow satisfied with progress of Rooppur Nuclear Power
plant. [online] Available
at:https://www.dhakatribune.com/bangladesh/event/2019/03/10/dhaka-moscow-satisfied-
with-progress-of-rooppur-nuclear-power-plant [Accessed 26 Aug. 2019].
Nsenergybusiness.com. (2019). Hinkley Point C Nuclear Power Station - NS Energy. [online]
Available at: https://www.nsenergybusiness.com/projects/hinkley-point-c-nuclear-power-
station-uk/ [Accessed 26 Aug. 2019].

31
RNPP BANGLADESH AND HPC POWER PLANT, UK
Laingorourke.com. (2019). Hinkley Point C | Laing O'Rourke. [online] Available at:
http://www.laingorourke.com/our-projects/all-projects/hinkley-point-c.aspx [Accessed 26
Aug. 2019].
the Guardian. (2019). Hinkley Point C | UK news | The Guardian. [online] Available at:
https://www.theguardian.com/uk-news/hinkley-point-c [Accessed 26 Aug. 2019].
Jones, L. (2017). Nuclear family [Hinkley Point C power station construction]. Engineering
& Technology, 12(3), pp.58-61.
Aizpurua, J.I., McArthur, S.D., Stewart, B.G., Lambert, B., Cross, J.G. and Catterson, V.M.,
2018. Adaptive power transformer lifetime predictions through machine learning and
uncertainty modeling in nuclear power plants. IEEE Transactions on Industrial Electronics,
66(6), pp.4726-4737.
Anand, A., 2016. Dissertation Abstract: Exploiting Symmetries in Sequential Decision
Making under Uncertainty. In The 26th International Conference on Automated Planning
and Scheduling (p. 109).
Ang, F.M., 2016. A Study of Noise-Robust Speech Recognition and Time-Varying Speech
Features [an abstract of dissertation and a summary of dissertation review].
Arndt, S.A., Alvarado, R., Dittman, B., Mott, K. and Wood, R., 2017, June. NRC Technical
Basis for Evaluation of Its Position on Protection Against Common Cause Failure in Digital
Systems Used in Nuclear Power Plants. In Proceedings of the 10th ANS International Topical
Meeting on Nuclear Plant Instrumentation, Control, and Human-Machine Interface
Technologies.
Aven, T., 2016. Risk assessment and risk management: Review of recent advances on their
foundation. European Journal of Operational Research, 253(1), pp.1-13.

32
RNPP BANGLADESH AND HPC POWER PLANT, UK
Bahr, N.J., 2018. System safety engineering and risk assessment: a practical approach. CRC
press.
Bromiley, P., McShane, M., Nair, A. and Rustambekov, E., 2015. Enterprise risk
management: Review, critique, and research directions. Long range planning, 48(4), pp.265-
276.
Brundin-Mather, R., Soo, A., Zuege, D.J., Niven, D.J., Fiest, K., Doig, C.J., Zygun, D., Boyd,
J.M., Leigh, J.P., Bagshaw, S.M. and Stelfox, H.T., 2018. Secondary EMR data for quality
improvement and research: a comparison of manual and electronic data collection from an
integrated critical care electronic medical record system. Journal of critical care, 47, pp.295-
301.
Chaudhry, R.A. and Berger, P.D., 2019. ETHICS IN DATA COLLECTION AND
ADVERTISING. GPH-International Journal of Business Management→, 2(07), pp.01-07.
Chavan, S.P. and Sawai, A.B., 2019. Electronic Thesis and Dissertation Contributions in
Shodhganga by Universities in India: A Study. International e-Journal of Library Science,
p.56.
Corujo, M.P., Sklepari, M., Ang, D.L., Millichip, M., Reason, A., Goodchild, S.C., Wormell,
P., Amarasinghe, D.P., Lindo, V., Chmel, N.P. and Rodger, A., 2018. Infrared absorbance
spectroscopy of aqueous proteins: Comparison of transmission and ATR data collection and
analysis for secondary structure fitting. Chirality, 30(8), pp.957-965.
Dino, G.A., Rossetti, P., Biglia, G., Coulon, F., Gomes, D., Wagland, S., Luste, S., Särkkä,
H., Ver, C., Delafeld, M. and Pizza, A., 2016. SMART GROUND Project: SMART data
collection and inteGRation platform to enhance availability and accessibility of data and
infOrmation in the EU territory on SecoNDary Raw Materials. Energy Procedia, 97, pp.15-
22.

33
RNPP BANGLADESH AND HPC POWER PLANT, UK
Fedock, B., 2017. Online Dissertation Chairs’ Perceptions on the Role of Reflective
Mentoring Practices and Changing Student Cross-Cultural and Generational Worldviews.
SAGE Open, 7(2), p.2158244017705421.
Field, K.G., Remec, I. and Le Pape, Y., 2015. Radiation effects in concrete for nuclear power
plants–Part I: Quantification of radiation exposure and radiation effects. Nuclear Engineering
and Design, 282, pp.126-143.
Giannakis, M. and Papadopoulos, T., 2016. Supply chain sustainability: A risk management
approach. International Journal of Production Economics, 171, pp.455-470.
Glendon, A.I. and Clarke, S., 2015. Human safety and risk management: A psychological
perspective. Crc Press.
Goode, V., Crego, N., Cary Jr, M.P., Thornlow, D. and Merwin, E., 2017. Improving Quality
and Safety Through Use of Secondary Data: Methods Case Study. Western journal of
nursing research, 39(11), pp.1477-1501.
Grote, G., 2015. Promoting safety by increasing uncertainty–Implications for risk
management. Safety science, 71, pp.71-79.
Guo, Y. and Ren, T., 2017. When it is unfamiliar to me: Local acceptance of planned nuclear
power plants in China in the post-fukushima era. Energy Policy, 100, pp.113-125.
Hara, A. and Yoshida, Y., 2016. Economic evaluation of nuclear power plants by real options
method.
Ho, W., Zheng, T., Yildiz, H. and Talluri, S., 2015. Supply chain risk management: a
literature review. International Journal of Production Research, 53(16), pp.5031-5069.
Hollnagel, E., 2018. Safety-I and safety-II: the past and future of safety management. CRC
press.

34
RNPP BANGLADESH AND HPC POWER PLANT, UK
Hopkin, P., 2018. Fundamentals of risk management: understanding, evaluating and
implementing effective risk management. Kogan Page Publishers.
Johnston, M.P., 2017. Secondary data analysis: A method of which the time has come.
Qualitative and quantitative methods in libraries, 3(3), pp.619-626.
Joyner, R.L., Rouse, W.A. and Glatthorn, A.A., 2018. Writing the winning thesis or
dissertation: A step-by-step guide. Corwin press.
Kletz, T.A., 2018. Hazop & Hazan: identifying and assessing process industry hazards. CRC
Press.
Kouabenan, D.R., Ngueutsa, R. and Mbaye, S., 2015. Safety climate, perceived risk, and
involvement in safety management. Safety Science, 77, pp.72-79.
Le Pape, Y., Field, K.G. and Remec, I., 2015. Radiation effects in concrete for nuclear power
plants, Part II: Perspective from micromechanical modeling. Nuclear Engineering and
Design, 282, pp.144-157.
Leberecht, M., Broecker, A., Hage, M., Homann, M., Thielen, H., Thuma, G. and Kreuser,
A., 2018. WINO II. Further studies on the development of a central knowledge base for
emergencies in foreign nuclear power plants (No. GRS--511). Gesellschaft fuer Anlagen-und
Reaktorsicherheit (GRS) gGmbH.
Lee, W., Song, S., Na, Y.S. and Kim, J., 2019. Novel scaling law for long-term interface
displacement of a stratified layer by erosion mixing due to turbulent impinging jet applicable
to nuclear power plants. International Journal of Heat and Mass Transfer, 141, pp.1159-1167.
Leveson, N., 2015. A systems approach to risk management through leading safety
indicators. Reliability Engineering & System Safety, 136, pp.17-34.

35
RNPP BANGLADESH AND HPC POWER PLANT, UK
Loghmani, Z., Ghonsooly, B. and Ghazanfari, M., 2019. Textual Engagement of Native
English Speakers in Doctoral Dissertation Discussion Sections. Research in Applied
Linguistics, 10(1), pp.78-107.
Lovarelli, D. and Bacenetti, J., 2017. Bridging the gap between reliable data collection and
the environmental impact for mechanised field operations. Biosystems engineering, 160,
pp.109-123.
Lovering, J.R., Yip, A. and Nordhaus, T., 2016. Historical construction costs of global
nuclear power reactors. Energy Policy, 91, pp.371-382.
MacGregor, C.J. and Fellabaum, J., 2016. Dissertation Redesign for Scholarly Practitioners in
Educational Leadership: Increasing Impact through Dissemination-Ready Sections. In
Contemporary Approaches to Dissertation Development and Research Methods (pp. 53-69).
IGI Global.
McNeil, A.J., Frey, R. and Embrechts, P., 2015. Quantitative Risk Management: Concepts,
Techniques and Tools-revised edition. Princeton university press.
McNeil, A.J., Frey, R. and Embrechts, P., 2015. Quantitative risk management: Concepts.
Economics Books.
Modarres, M., 2016. Risk analysis in engineering: techniques, tools, and trends. CRC press.
Nora, C., 2018. Thesis Dissertation.
Petrescu, F.I., Apicella, A., Petrescu, R.V., Kozaitis, S., Bucinell, R., Aversa, R. and Abu-
Lebdeh, T., 2016. Environmental protection through nuclear energy. American Journal of
Applied Sciences, 13(9), pp.941-946.
Pistner, C. and Mohr, S., 2017. Safety status of the nuclear power plants Beznau. Actualizes
analysis of the EU stress test results for the nuclear power plant Beznau.

36
RNPP BANGLADESH AND HPC POWER PLANT, UK
Posen, S., 2015. Understanding and overcoming limitation mechanisms in Nb3Sn
superconducting RF cavities.
Reason, J. and Hobbs, A., 2017. Managing maintenance error: a practical guide. CRC Press.
Robinson, E.M. and Tagher, C.G., 2017. The companion dissertation: Enriching the doctoral
experience. Journal of Nursing Education, 56(9), pp.564-566.
Ruth, B., 2017. Completing Your Dissertation.
Sadgrove, K., 2016. The complete guide to business risk management. Routledge.
Sadgrove, K., 2016. The complete guide to business risk management. Routledge.
Scalfani, V.F., 2017. Text analysis of chemistry thesis and dissertation titles. Issues in
Science and Technology Librarianship, 86.
Schaefer, F., Sporn, M., Schuster, C. and Hampel, U., 2018. Investigations on passive
residual heat removal systems for nuclear power plants (No. HZDR--085).
Schopohl, D., Bidlingmaier, C., Herzig, D., Klamroth, R., Kurnik, K., Rublee, D., Schramm,
W., Schwarzkopf, L. and Berger, K., 2018. Prospects for research in haemophilia with real‐
world data—An analysis of German registry and secondary data. Haemophilia, 24(4),
pp.584-594.
Siddiqui, O. and Dincer, I., 2017. Comparative assessment of the environmental impacts of
nuclear, wind and hydro-electric power plants in Ontario: a life cycle assessment. Journal of
Cleaner Production, 164, pp.848-860.
Slovic, P., 2016. The perception of risk. Routledge.
Spence, P.R., Lachlan, K.A. and Rainear, A.M., 2016. Social media and crisis research: Data
collection and directions. Computers in Human Behavior, 54, pp.667-672.

37
RNPP BANGLADESH AND HPC POWER PLANT, UK
Terlikowski, P., Paska, J., Pawlak, K., Kaliński, J. and Urbanek, D., 2019. Modern financial
models of nuclear power plants. Progress in Nuclear Energy, 110, pp.30-33.
Wang, C., Hu, S., Gao, C. and Feng, C., 2017, October. Mixed pulse-Gaussian denoising
algorithm for improving image quality in assembly inspection of nuclear power plants. In
AOPC 2017: Optical Sensing and Imaging Technology and Applications (Vol. 10462, p.
104624Y). International Society for Optics and Photonics.
Williams, T.A. and Shepherd, D.A., 2017. Mixed method social network analysis:
Combining inductive concept development, content analysis, and secondary data for
quantitative analysis. Organizational Research Methods, 20(2), pp.268-298.
Wu, Y., 2017. Public acceptance of constructing coastal/inland nuclear power plants in post-
Fukushima China. Energy Policy, 101, pp.484-491.