University Report: Sustainable Construction and Glulam Analysis

This report delves into the realm of sustainable construction, focusing on the use of Glulam as a key material. It explores the building and construction industry's impact on the environment, highlighting the significant waste generation and resource consumption. The report examines waste management strategies, including procurement practices and case studies such as the Ipswich Hospital project, and Tekniska Verken. A SWOT analysis of these strategies is provided. The report also covers Lean construction, including its principles and applications, with a case study of St. Olav's Integrated Hospital in Norway. The report concludes with an analysis of Glulam's role in green building and construction and the potential for reducing environmental impact by adopting sustainable construction practices. The report also includes a discussion of waste management, procurement strategies, and lean construction principles.

1IntroductionIntroduction
Sustainable Construction
Name of the Student:
Name of University:
Author Note

2Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
Introduction
The building and construction industry is one of the main users of the energy and natural
resources (Halliday, 2014). Additionally, the construction processes and built environments, are
assumed to be producing and generating intolerable intensities of waste material. The subsequent
rise in construction projects, has led to accumulation of waste which troubles the local waste
management organizations. It also contributes heavily, to environmental degradation locally and
worldwide. Hence, this is a contributory factor to the global issue of climate change with
projections expected to hit 40 billion tonnes of waste by 2030 (Morris 2017). Nevertheless,
various initiatives and goals have been set by the Climate Change Act 2008 to reduce greenhouse
gas emissions, by at least 80%, till 2050. (Climate Change Act 2008 2020)
Owing to the global concerns on climate change, construction industry has endured a
major target for the global sustainability agenda (Anderson and Thornback 2012). Evidence
shows that the construction industry consumes a higher percentage of mineral resources
excavated from nature, (Anink et al. 1996) generate substantial portion of atmospheric CO2 and
contribute the largest volume of landfill waste (Baek et al. 2013). Morris (2017) asserts that,
project management, as a discipline has a great role to play in achieving the targets agreed upon,
at the UN Climate Change Conference in Paris in December 2015
Construction sustainability, in built environment is a viable and sustainable design. It helps built
environment to attain unique stages of ecological stability through new construction, which are
directed towards feasibility and humanization of construction (Janson 2015).
Putting into remembrance, the desirability and appeal of sustainable development, seems
great for the construction industry, to enhance strength and durability. It reinforces the need

3Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
forrecycling and reusing of materials while manufacturing new materials, which is a sign of
progress for the industry and to achieve sustainability.
Recovery and regaining material wastes in construction industry aids in protecting the
environment or ecosystem by decreasing the amount of landfilled waste. This is achieved by
protecting the environment and reducing the amount of wastes which fill the land to a great
degree. The process is significant is it makes usage of resources, construction of building and
management of destruction waste more cohesive (Khatib 2017).
Development and growth of the building industry, worldwide,e has advanced to a visible
rise in the generation of the demolition and construction waste, thus creating an inspiration to
recognise extra effective means to achieve proper management of the wastes (Doyle 2012).
This paper explores construction practices which have been adopted by the construction industry
as a response to climate change and to achieve sustainability.
1. Management of waste using procurement to mitigate waste management
Waste management is the process of handling solid and liquid wastes by aiding answers or
solutions for re-usage and recycling of objects and substances (Chandra 2017). This is how
garbage can be reduced and re-used, in order to give rise to another valued resource.
Activities in all phases of conveyance project process and the determination of research have
been focussed on, for the project. It would include building and construction phases as well as
increasing possibilities for reducing waste, through the means of resource and materials
procurement process (Construction Specification Institute 2012). The procurement process
exploits exploratory and varied approach method sequentially as its framework.

4Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
Management of waste, using procurement is a process of reducing construction or building
wastes. It is done by bringing down the cost of waste elimination which influence the waste
management in the environment by catering to the needs and expectations of the supply chain.
Case study on using procurement to mitigate waste management (Ghosh, 2019)
Plasterboard waste reduction in the course of constructing a Diagnostic Treatment Centre at
Ipswich Hospital, Suffolk.
Through the Site Waste Management Plan (SWMP), for development of the hospital, the major
contractor acknowledged that plasterboard waste was weighty and a serious problem to deal
with. 10% wastage rate was fixed. For this to be achieved, they considered a supply chain
approach. The contractor in charge of trade, who mounted the plasterboard, worked together
with the supplier to decrease the number of layers of the plasterboard needed and narrowed down
the types of boards to three. This made fixing and installation easier and equally facilitated in
reducing waste production. To help the operations of the dry lining, drawings were colour coded.
The supplier of the board proposed that a board matching the 3m height of the room be
particularly manufactured. This could eliminate the need for a horizontal joint under the ceiling.
Besides, the major contractor’s Design and Building Coordinator, together with WSP Acoustics
and AIM (a designing and manufacturing lining products company) planned and designed
modified mineral fibre to encounter a high acoustic condition that was accumulated offsite. It
was included of an inorganic fibre batt, with a 12.5mm layer plasterboard attached to either side
and wrapped to the decking. The waste plasterboard was minimized by developing the detail
offsite than constructing onsite. Even though the project achieved a 20% rate of wastage, higher
than the set target, valued lessons were observed operating with the supply chain while designing
and specifying plasterboard and waste reduction.

5Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
Example:
Tekniska Verken is one of the prime examples of using procurement in waste management.
This is due to the reason that they are one of the leading names in the waste to resources sector.
They have procured waste treatment plant ranging for assortment facilities to generation of
methane gas. This is actually helping them in reducing the waste in landfill and further utilizing
them in gaining resources. On the other hand, the major aspect of procurement, which is
recycling is getting met by Tekniska Verken (Nytimes.com 2020). However, it should also be
noted that procurement process is extensive for them because forward and backward integration
is also involved. For example, backward integration process includes logistics to transport the
wastages to the facility. Each year, Tekniska Verken is generating biogas from more than
100,000 tons of organic waste every year.
1. SWOT analysis of case study
Strengths
Through combination of all material evidence of the relevant sectors in construction
network, the treatment center achieved an improved supply chain system which systematically
came up with legal framework of minimizing wastage of resources. In addition, proper
communication, cooperation and teamwork was observed, which enabled the sectors involved to
improve in waste minimization. There were also less delays in the construction process as a
result of systematic legal plan of construction. This was facilitated further by enhanced
communication and minimization of wastes. Cost effects were equally reduced through improved
system of inventory and improved relationship between the contractors and supply chain system.

6Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
One of the major strengths of procurement process in waste management is cost
effectiveness. This is due to the reason that generation of waste does not involve any added costs.
This is reducing the cost of raw materials (Jiménez-Rivero, Guzmán-Báez & García-Navarro
2017). It should also be noted that procurement process will also be effective in optimal
utilization of resources. Procurement also promotes innovation because innovating new
technologies will help in further development of waste management.
Weaknesses
Implementation of wastes management through supply chain approach was poorly done.
There was no indication of financial and time investment. This indicates that there could be cases
of redundancy in service delivery and possibly neglecting deadlines and the set targets. In
addition, long-term waste management plan was not established by the SWMP.
The major weakness of the project is the poor implementation, which affected the entire
process. Ineffective planning can be characterized as the reason behind clumsiness and thus
lacking precision of working which will result in more wastes. The financial aspects of the
projects were not pre planned and structured, which is very crucial otherwise the risks factors
rise, leading to failures and budget constraints during a project. The ultimate goal of the project
was to lessen wastes, which was not achieved during the process.
Opportunities

7Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
There is an opportunity in providing training to workers in order to improve and increase
waste management of services.
Opportunity for offering training to the workers, will help them improve and enhance waste
management of services. This is due to the reason that training is required to use the newer
technologies for the employees. The employees should be made more efficient which will make
the process more effective. If the employees are made more environmentally conscious, less
wastes would be generated from the process of construction and even bring down cost of
operation. A better framework for pursuing waste management can be developed for further
projects. With the further development of the waste management techniques and increase in
generation of wastages, it is expected that procurement can be a better option in the following
years.
Threats
Insufficient budgets to cover costs related with improving wastes management is a threat
in the waste management system. This may delay the work and as a result lead to missing the set
targets. Lack of long term SWMP strategies can also be a major barrier to achieving wastes
management goals effectively. Finally, there is an inadequate consideration in promoting
research on best wastes management practices.

8Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
If a company is unable to manage the finances effectively severe threats might be posed to the
planning and implementation, to the extent that the operation will be stopped and a general
shortage of resources too. The functional aspects of a business, is to effectively manage finances.
If the managers do not have a set goal or objectives, there might be lack of motivation. The
manager should set deadlines, which are crucial for completion of the goals. Ineffective planning
may lead to redundancy in service delivery and possibly neglecting deadlines and the set targets.
However, it should also be noted that with the rapid development in technologies, the
procurement process currently used might get obsolete in near future, which will cause loss in
costs.
1. Lean construction
Lean construction is the mixing of research operations and concrete growth in project and
building in variation to lean industrial principles and performance to the end to end designs
(Garbutt 2017). Many bourgeoning construction firms implement this method as it takes keen
interest or highlights maximizing and optimizing worth for the clients while reducing waste. It is
easy, simple and appealing in a construction firm where resources, timeframe and security are
vital. The method of lean construction has principles and values that guides the industry to aid it
in achieving reduced cost of production, reduce time frame while maximizing productivity and
providing efficient and smooth running and management in the firm (Moskow 2015).
The main basics of the lean construction is minimizing, reducing and managing waste at all cost
and in every opportunity gotten (Hosam El-Din 2016).

9Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
Lean construction’s primary waste type is defects, which can be defined as the thing which aren’t
done and completed properly at the first time leading to rework that’s time and resource
consuming.
Overproduction is another type of wastes in lean construction. In building and construction,
overproduction takes place when a duty is completely done faster and earlier than anticipated
(Appleby 2016).
Other cases which involve lean construction, include poor utilization of talents of the employees
in building and construction projects, transport wastes, extra inventory and also movement in the
construction site which is often not considered to be essential (Kubba 2016).
2. Lean Construction Practices: A Case Study at St Olav’s Integrated Hospital,
Norway
St. Olav’s Hospital in Trondheim, is a regional Hospital, serving a total population of
approximately 630,000 in Central Norway. The Hospital is described as an “integrated hospital”.
The buildings, in this hospital, houses patients, health personnel, service personnel and being a
University hospital, teachers, researchers and students as well.
During the construction of majority of buildings in this facility applied three principles of lean
construction i.e. On-site production, one-of a kind product and value stream description.
Under the on-site production, majority of the materials used in the construction of this buildings
were produced and prepared on site. Concrete was prepared on site before it was placed, the
fabrication of different elements was done on site, for instance the trusses, windows and
reinforcement members. On the one-of a kind product, the end-users i.e. the health workers,
staff, researchers, teachers and students contributed greatly to the end-design of the hospital.

10Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
This is because "The hospital is just like any machine in which the design impedes or facilitates
its fitness for use". Such suggestions mean that the proposed use of a hospital must be designed
before the facilities itself can be designed.
The value stream description worked in relation to the values and importance of the client, once
one has a broader knowing and understanding of the needs and values of the clients, it’s easy and
simple to relay the procedures needed to convey and deliver the values. After description and
evaluation, on the information required, Equipment and materials required, any resources or
steps that’s not useful are removed.
Example
Lean Construction is an approach which offers collaborative means rather than adopting the
traditional way of construction. The basic intention of lean construction in to add value to the
client by developing proper culture toll and project planning. Lean construction has been great
and effective for increasing benefits in term of productivity, profits, cost and the duration of
time, required for the completion of the project. It has been found out that BIM Technologies
could increase their investment returns by employing lean construction model (Merker 2018).
The project can be collaborated with engineers, architects and contractors who helped which
helps implementing the plan. On the other hand, collaborative contracting can be adopted as well
which eliminates the chances of increase in wastes and enhancement of the processes, which can
be understood from two examples in which two companies who faced challenges and as well as
advantages in their process of implementing lean construction (Merker 2018).
1. SWOT analysis of case study

11Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
Strengths
In the above case study, construction time was greatly reduced through strategic vision and
improved planning. Overall improvement on the outcome was also observed. This was due to
improved communication and reduced number of workers on site. As a result of reduced number
of workers, better working conditions and reduced work stress were witnessed on the site.
Besides, due to increased and better planning there was a general improvement on productivity,
job satisfaction, and workers accountability.
Strategic vision and improved planning helped in reducing the time required for construction,
which is very crucial when it comes to construction projects, to bring down costs of operation.
The outcomes which were obtained during the process were effective, according to the industry
standards. This could have been possible through effective communication among the limited
number of staffs who were responsible for the work. Hence, there was cohesiveness as well.
Limited workforce indicates better working conditions and reduced work stress on the site. The
company will also have to pay less number of people who are associated with the project,
reducing the cost of operation. The work yielded to great results as the workers were more
productive during working hours, gained job satisfaction, and were accountability for their
efforts.
Weaknesses
Due to changes in policies on the construction site, a decrease in the workers morale changes.
This may be as a result of rigidity and also some policies which may not be adoptable by the
workers at once. Additionally, successful lean construction needs direct and effective guidance
by management to the working team. This may be costly and time consuming.

12Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
In lean construction, it might be difficult to maintain consistency. The projects may as well get
delayed due to heavy independence on own production of several things. This even adds risk,
even though the costs are reduced. In lean construction, if there are changes in policies
concerning work and construction site, it might lead to decrease in workers’ morale and
motivations, which directly affect work. Workers may tend to be rigid if there are policies which
do not favor their motivations, working conditions and living. Lean Construction Model requires
supervision, and the lack of which may hinder the process and success. Lean Construction Model
might as well be and expensive to carry out due to the uncertainties involved. As people actively
took part in planning, such processes may as well lead to confusions to accommodate opinions of
many people.
Opportunities
The management have better chances of improving labor efficiency, communication and
housekeeping. Besides, it can set standards from the bottom which applies effectively to all
levels.
Some great opportunities which can be addressed include improving labor efficiency,
communication and housekeeping. Standardization of process at all level of the work can be
practices, which will lead to better results. Lean Construction model can be adopted for projects
if there are budget constraints and availability of skilled workers limited. The model is very
effective to make use of resources wisely and for best outcomes.

13Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
Threats
It was not easy to get everyone on board with a new production technique, at the same time some
people may be uncertain with it. Also, the rate of implementing lean construction is a great
threat. This is because many people in the construction industry want to make changes quickly.
Implementation usually requires focusing on the changes made and fully adapt them before
making new ones.
It might be difficult to align everyone in during the process, which is why taking ideas for design
planning might have been a constraint in the process, leading to threats, as it could have led to
confusions too. The cost which is required in order to carry out the Lean Construction Model
involves risks. The construction Industry faces changes and development very rapidly, which
must be paid attention to, in order to be updates with the techniques and processes. It is
important to implement and get accustom to the existing processes, before introducing new ones,
otherwise, it might hinder the process and create confusion.
Sustainable Construction Material - Glulam
These are material when used in construction, their production, placing/installation and
maintenance have low environmental impacts. They have to be highly durable and they should
incorporate different technologies which helps in reducing the impact on the environment.
Sustainable materials can have unique properties such as capturing and storing energy, they can
be recycled and reused, and they have low carbon emission (Sabnis 2016).
Due to its significance, the building industry has been regulated purposely to implement
measures which can improve the overall building and infrastructures’ environmental behavior.

14Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
Glulam is the alternative, substitute and natural physical material that are cost-effective and
resilient. It’s made through pasting and thrashing together of wood from Scandinavian
sustainable forests on pressure and high temperatures or heat. (Sebastian El Khouli, 2015) The
end product is compact, firm, and immune to rust with substantial benefits on physical steel and
concrete.
Fig 6: process of laminating glulam from production to packaging.
Glulam is environmentally friendly natural materials used in the construction industry
and has positive impact on the environment hence influence on the sustainable construction. For
instance, glulam does not produce waste in its resulting end product of its lifespan. This helps in
the fight against climate change and embraces sustainability in the construction industries
(Appleby 2016).Glulam also helps in the trapping and absorption of carbon from the atmosphere.
The quantity and sum of carbon in the atmosphere and the level of emitted carbon of
construction and building industries worldwide is a huge concern which needs to be addresses to
avoid, or eliminate, climate catastrophes.

15Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
In addition, Glulam has renewable properties which helps in the reuse and recycling
approaches as the timbers cab may be reused before they decompose. This influences the
sustainability matter. Finally, Timber requires a small sum of energy to be removed, reused and
recycled compared to steel and concrete. This ensures construction sustainability and in turn
helps in the struggle to fighting against climate change.
1. Case study where glulam has been applied in green building and construction
The three erections shown below is a case study from Portland, Oregon. The engineered wood
which was developed from glued laminated timber was focused for use by the designer, in order
to ensure energy effectiveness and sustainability (Khatib 2017). Glulam was chosen by
developers as a frame so as to gain advantage of the sunbeams’ carbon-sequestration abilities,
and also to achieve their visual goals of sustainable construction and development.
Fig. 7: application of lean construction in using glulam in construction
Example
Glulam or Glued Laminated Timber is but a wood product which is engineered. Glulam is
considered to be much more sustainable as the process of manufacturing Glulam involves

16Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
reduced greenhouse gas emissions and lesser costs. Glulam, thus, is much less expensive as
compared to steel and thus, serves purpose as an alternative in constructions. Glulam has been
used in constructions for several facilities which include schools, churches, libraries and even
buildings. This enhances the aesthetic appeal as well as ensure ecological balance through
sustainable construction. One of the greatest examples of construction which has been complete
with the se of Glulam is the Cathedral of Christ the Light, in California, Christ the light. After
the earthquake in 1989, the Cathedral was restructured, when Glulam was used. The Vesica
Pisces Shaped Building which is 110 foot high and 21600 feet wide has the frame laminated with
Glulam as well as steel rods, which make up the structure, covered with skin of glass
(Ctlcathedral.org 2020). The blend of glulam and steel has been a great example for aesthetic
appeal as well as sustainable construction which has limited effect on the environment.
SWOT analysis of case study
Strengths
Several benefits and strengths are associated with glulam as a sustainable construction material.
Some of them include energy conservation, reduced construction costs due to their nature
(recyclable and reusable) and reduced levels of environmental pollution (American Institute of
Timber Construction, 2012). Besides, they are readily available in natural setting and therefore
they promote freely available energy. They are also fresh with little waste product at the
construction site, and much better as far as health and safety is concerned.
Glulam helps in energy conservation and decreases the cost of construction costs as they are
recycled and can be reusable. It has been found out that Glulam has reduced levels of
environmental pollution (American Institute of Timber Construction 2012). They are readily

17Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
available in the market to be used in natural setting. Glulam, can also be used for later purposes,
after it is recycled, which will help in managing wastes. The process results in the generation of
lesser wastes, as compared to before. There are considered to be safe, as far as health and safety
are concerned.
Weaknesses
Some of the newly developed sustainable materials have features such surface modifications
which makes them to be very expensive. For instance the treatment of wood (Ghosh,
2019) .Some of the glulam materials can also react to external stimuli making them to be weak.
Besides, finally the initial cost of getting the sustainable materials can be a bit high. The cost of
glulam per square meter is a bit higher than the cost of steel and concrete.
Usage of sustainable materials can be expensive too, owing to some special features such surface
modifications (Ghosh 2019). However, Glulam is not as durable as the other products which are
used by people. Thus, sometimes, it can also be noted, if Glulam is used, but might not be long
lasting. Glulam reduces environmental outcome, yet it is reported that Glulam react to the
external environment, which, as a result, makes them inadequate in quality sometimes, despite
all the investments and planning. Direct sunrays might affect the quality degrading it.. Acquiring
these sustainable material from the market, might increase cost of the entire project, as these
materials come at high prices. Steel and Concrete are of much lesser cost and are have more
availability as compared to Glulam.
Opportunities

18Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
The more advanced designs and technologies have a great opportunity to be much cheaper as
compared to the glulam materials (Rosen 2014). The advancement in technology will be able to
come with new construction material which are less costly and more sustainable.
The construction industry witnesses development very rapidly, which gives scope for
enhancement of processes. Newer materials come in the market as development follows, which
can be used for managing wastes more effectively. (Rosen 2014). The costs of the newer
products which are made from plastics and other recyclable products, might have availability at
lower costs, which will bring down the entire cost of the construction. Achieving sustainability
will become easier, if usages of products are done with effective planning.
Threats
The newly developed glulam materials have the higher possibility to have inconvenience which
in most cases will result in system failures. In addition, the construction industry is reluctant in
incorporating extensive usage of glulam in building and construction works (Doran & Cather
2015). Glulam also needs a well-integrated strategic process to moderate possible concerns. The
team for designing need to complete accurate detailed designs before building and construction
work starts. Reviewing design changes can lead to increase in costs and also wasted material.
It might be difficult to align everyone in during the process.

19Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
The cost which is required in order to carry out the Lean Construction Model involves risks. The
construction Industry faces changes and development very rapidly, which must be paid attention
to, in order to be updates with the techniques and processes. It is important to implement and get
accustom to the existing processes, before introducing new ones, otherwise, it might hinder the
process and create confusion.It is also very important to maintain connectivity. There should be
effective planning, otherwise there might be great threats too. It might be difficult to align
everyone in into the process, thus necessitating constant motivations and evaluation.
2. Conclusion
In conclusion, various discussions have been carried out on this study. Waste management using
procurement has been discussed widely, whereby relevant case study has been conferred,
carrying out a swot analysis on the same. This has helped in concluding that the research can
substantially assist in mitigating waste management. Despite the challenges and threats the
procurement may have in the process, it can be managed effectively.
Under lean construction, the study has explained on how construction can apply the modern
research and technology in building and construction and reducing wastes in the process for the
benefits of the clients. The study has analysed lean construction strengths, weaknesses,

20Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
opportunities and threats so that, in case anyone could want to apply the study in construction
works, he gets prepared of the outcome.
Finally, the study has carried out discussion on using glulam as a sustainable construction
material. Glulam being an environmental friendly construction material can highly reduce
environmental pollution and at the same time reduce construction costs. Furthermore, the study
has done a swot analysis on using glulam as a building material.
He above study will equip the learners with knowledge on waste management mitigation using
procurement, knowledge on lean construction and also sustainable building materials in
construction industry, hence improving learners’ knowledge and skills in the building industry.

21Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
3. References
A case study of a municipality, 2019. Investigation of Municipal Solid Waste Management. 2nd
ed. London: University of Venda.
Alarcón, L., 2016. Lean Construction. 4th ed. London: CRC Press.
American Institute of Timber Construction (AITC), 2012. Timber Construction Manual. New
York: John Wiley & Sons.
Anon., 2015. Sustainable Construction: Green Building Design and Delivery. 4th ed. London:
John Wiley & Sons.
Appleby, P., 2016. Integrated Sustainable Design of Buildings. 3rd ed. London: Routledge.
Calkins, M., 2015. Materials for Sustainable Sites. 3rd ed. Texas: John Wiley & Sons.
Chandra, R., 2017. Environmental Waste Management. 4th ed. London: CRC Press/Taylor &
Francis Group.
Construction Specifications Institute, 2012. The CSI Sustainable Design and Construction
Practice Guide. 4th ed. London: John Wiley & Sons.
Construction Specifications Institute, 2013. The CSI Sustainable Design and Construction
Practice Guide. 5th ed. Texas: John Wiley & Sons.
Das, B. B. & Neithalath, N., 2018. Sustainable Construction and Building Materials. 4th ed.
London: Springer.
Doran, D. & Cather, B., 2015. Construction Materials Reference Book. 2nd ed. Texas:
Routledge.

22Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
Gao, S. & Low, S. P., 2014. Lean Construction Management: The Toyota Way. illustrated ed.
Texas: Springer.
Garbutt, C., 2017. Lean Construction: A Small Contractor's Journey. 2nd ed. London:
Advantage Media Group.
Ghosh, S. K., 2019. Sustainable Waste Management: Policies and Case Studies. 4th ed. london:
Springer.
Hosam El-Din M. Saleh, R. A. R., 2016. Management of Hazardous Wastes. 4th ed. Texas: BoD
– Books on Demand.
Hossain, M. F., 2018. Sustainable Design and Build. 5th ed. Texas: Elsevier Science.
J, H. & Rosen, 2014. Construction materials for architecture. 3rd ed. Chicago: John Wiley &
Sons Australia.
Khatib, J., 2017. Sustainability of Construction Materials. 3rd ed. London: Elsevier.
Kibert, C. J., 2012. Sustainable Construction: Green Building Design and Delivery. 3rd ed.
London: John Wiley & Sons.
Knovel (Firm), 2017. Sustainable Construction: Green Building Design and Delivery. 3rd ed.
Texas: John Wiley & Sons.
Kubba, S., 2016. Handbook of Green Building Design and Construction. 3rd ed. Texas:
illustrated.
Lange, A., 2016. Lean Construction: Practical Insights for Innovating Construction
Management. 4th ed. Texas: Bod Third Party Titles.

23Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
Magwood, C., 2016. Making Better Buildings. 3rd ed. London: New Society Publishers.
Moskow, K., 2014. Sustainable Facilities: Green Design,. 3rd ed. Texas: Keith Moskow.
Moskow, K., 2015. Sustainable Facilities: Green Design, Construction, and Operations. 3rd ed.
London: McGraw Hill Professional.
OBE, R. K. D. & Brito, J. d., 2018. Sustainable Construction Materials: Glass Cullet. 2nd ed.
Texas: Elsevier Science.
Oluwaseun Dosumu, C. A., 2018. Sustainable Design and Construction in Africa. 3rd ed. Texas:
Routledge.
Sabnis, G. M., 2014. Green Building with Concrete. illustrated ed. Washngton: CRC Press.
Sabnis, G. M., 2016. Green Building with Concrete: Sustainable Design and Construction. 4th
ed. Washington: CRC Press.
Saleh, H. E.-D. M. & Rahman, R. A., 2016. Management of Hazardous Wastes. 3rd ed. Texas:
BoD – Books on Demand.
Sebastian El Khouli, V. J., 2015. Sustainable Construction Techniques:. 3rd ed. London:
DETAIL, Institut für internationale Architektur-Dokumentation.
Thompson, J. W. & Sorvig, K., 2012. Sustainable Landscape Construction. 2nd ed. London:
Island Press.
Yang, J., 2017. Environmental Management in Mega Construction Projects. 4th ed. London:
Springer.

24Sustainable Construction Material - GlulamSustainable Construction Material - Glulam
Legislation.gov.uk. 2020. Climate Change Act 2008. [online] Available at:
<https://www.legislation.gov.uk/ukpga/2008/27/contents> [Accessed 11 March 2020].
Ana Jiménez-Rivero & Ana De Guzmán-Báez & Justo García-Navarro, 2017. "Enhanced On-
Site Waste Management of Plasterboard in Construction Works: A Case Study in Spain,"
Sustainability, MDPI, Open Access Journal, vol. 9(3), pages 1-12, March.
Merker, D.J., 2018. Lean Construction Implementation: Case Study.
Ctlcathedral.org, 2020. Cathedral Of Christ The Light, Oakland Diocese. [online] Cathedral of
Christ the Light, Oakland Diocese. Available at: <https://www.ctlcathedral.org/> [Accessed 31
March 2020].
Nytimes.com, 2020. In Sweden, Trash Heats Homes, Powers Buses And Fuels Taxi Fleets.
[online] Nytimes.com. Available at: <https://www.nytimes.com/2018/09/21/climate/sweden-
garbage-used-for-fuel.html> [Accessed 2 April 2020].