A review of the article on “Green sustainability balanced scorecard—Evidence from the Taiwan liquefied natural gas industry”
How to
present this article in Harvard reference format?
You can cite this article in Harvard referencing style as
follows:
Wang, J.-S., Liu, C.-H. & Chen, Y.-T., 2022. Green
sustainability balanced scorecard—Evidence from the Taiwan liquefied natural
gas industry. Environmental Technology &
Innovation, 28, p.102862. Available at: https://doi.org/10.1016/j.eti.2022.102862
[Accessed date].
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date you accessed the online version of the article.
What are the
key research issues the article wants to address?
The key research issues addressed by the article are:
1.
The sustainable development of the liquefied natural gas
(LNG) industry in Taiwan is at an early stage, and companies in this sector
lack relevant knowledge and skills to effectively manage and measure their
sustainability performance.
2.
There is a need to develop an assessment framework
tailored to the LNG industry that incorporates economic, environmental, social,
and green operational perspectives to guide sustainable strategy creation and
performance evaluation.
3.
The conventional Sustainability Balanced Scorecard (SBSC)
lacks a specific focus on green operations; thus, the study aims to extend the
SBSC by adding a green operational perspective to develop a Green
Sustainability Balanced Scorecard (GSBSC) for theory development.
4.
Identifying and prioritizing key sustainability
indicators and constructs specific to the Taiwanese LNG industry, including
operational risk and cost management, customer satisfaction, product management
and recycling mechanisms, and greenhouse gas emissions.
5.
Addressing how companies in the Taiwanese LNG industry
implement green and environmentally friendly operations to ensure green
sustainability.
In summary, the research focuses on developing an
integrated and industry-specific sustainability performance measurement tool
(the GSBSC) to help the LNG sector in Taiwan improve green practices and
sustainability management.
Describe two main theories employed in this article.
The two main theories employed in this article are:
1.
Sustainability Balanced Scorecard
(SBSC): The SBSC theory extends the traditional Balanced
Scorecard (BSC) by incorporating sustainability aspects into corporate
performance measurement. Unlike the conventional BSC, which primarily focuses
on financial and strategic metrics such as profit and customer perspectives,
the SBSC integrates environmental and social responsibility perspectives
alongside economic goals. This framework helps companies connect strategy and
execution with sustainability targets covering the economy, environment, and
society, thus supporting long-term sustainable performance. The article builds
upon SBSC by adopting its multi-dimensional approach for evaluating sustainability
performance and decision-making support in the corporate context.
2.
Green Operation Theory:
Green operation pertains to business processes and activities designed to
minimize environmental impact, comply with green regulations, and foster
sustainable development through internal operational improvements. This
includes adopting green manufacturing standards, green innovation, purchasing
green materials, green information systems, product management and recycling
mechanisms, and green supply chain management. Green operation theory
emphasizes embedding "green" criteria and restraints within organizational
processes to enhance ecological sustainability and corporate social
responsibility. In this article, green operation theory underpins the addition
of a "green operational object" to the SBSC, deepening its relevance
and effectiveness in promoting sustainable business practices specific to the
LNG industry.
Together, these theories provide a comprehensive
framework—the Green Sustainability Balanced Scorecard (GSBSC)—that combines
strategic performance measurement with practical environmental operational
management to advance sustainability in the Taiwanese LNG industry.
Highlight 2
main primary findings reported in this article.
Two main primary findings reported in this article are:
1.
Importance of Green Operational
and Environmental Objects: The study found that within the
Green Sustainability Balanced Scorecard (GSBSC) framework for the Taiwanese LNG
industry, the green operational and environmental objects are relatively more
important constructs compared to others. Experts emphasized these two objects
as critical for achieving sustainable development in the LNG sector, indicating
that companies should prioritize green operations and environmental management
to foster sustainability.
2.
Key Indicators Within Objects:
The fuzzy Delphi expert questionnaire identified specific indicators that are
particularly important within their respective objects. For example, within the
economic object, 'operating risk and cost management' was highlighted; within
the societal object, 'customer satisfaction' stood out; and in the green
operational and environmental objects, 'product management and recycling
mechanism' and 'greenhouse gas (GHG) emissions' were noted as significant
indicators. These findings suggest that these indicators should be focal points
in formulation and evaluation of sustainability strategies in the LNG industry.
Describe 3
main claims of the article in terms of Toulmin's model of argument.
Using Toulmin's
model of argument (which includes Claim, Grounds/Evidence, and Warrant), three
main claims from the article can be described as follows:
1.
Claim 1: The green operational and environmental
objects are the most critical components for measuring sustainability
performance in Taiwan’s LNG industry.
- Grounds/Evidence: Fuzzy Delphi technique expert evaluations showed these objects
received the highest importance scores (8.25), indicating industry
consensus on their significance.
- Warrant: Because sustainable development increasingly depends on minimizing
environmental impact and ensuring green operations, these areas must be
prioritized for effective sustainability assessment.
2.
Claim 2: Specific indicators such as ‘operating risk
and cost management’, ‘customer satisfaction’, ‘product management and
recycling mechanism’, and ‘GHG emissions’ are key drivers of sustainable
performance in the LNG industry.
- Grounds/Evidence: Experts gave these indicators relatively high influence scores in
the fuzzy Delphi analysis (around 8.0 or higher), highlighting their
importance within their respective objects.
- Warrant: These indicators reflect core economic, social, operational, and
environmental processes that directly affect company sustainability and
long-term success.
3.
Claim 3: Extending the conventional Sustainability
Balanced Scorecard (SBSC) by adding a ‘green operational’ object (forming the
GSBSC) provides a more comprehensive framework for evaluating and guiding
sustainability strategies in the LNG industry.
- Grounds/Evidence: The study developed the GSBSC framework by literature review and
expert input, showing its applicability and relevance to the LNG sector in
Taiwan.
- Warrant: Incorporating green operational elements explicitly addresses
internal business processes related to environmental performance, filling
a gap in conventional SBSC and better aligning performance measurement
with sustainability goals.
These claims
collectively support the article’s argument for developing and applying a green
sustainability balanced scorecard tailored to the LNG industry to improve
sustainability management and performance.
Describe 2
main research limitations of the study.
Two main research limitations of the study are:
1.
Scope of Industry and Expert
Participation: The study focuses only on the Taiwanese LNG industry and
relies on expert opinions primarily from this sector, including government
agencies, corporations, and academic institutes. This limits the
generalizability of the Green Sustainability Balanced Scorecard (GSBSC)
indicators to other industries or geographic regions. The authors suggest that
future studies should interview experts from other industries to validate
whether the constructed GSBSC indicators apply more broadly.
2.
Research Methods and Depth:
Due to time and resource constraints, the study employed literature review,
expert questionnaires, and the fuzzy Delphi technique but did not use
additional analytical methods. The authors recommend that future research use
other methodologies such as importance-performance analysis or fuzzy analytic
hierarchy process to explore the indicators from different perspectives and to
enhance the robustness and completeness of the findings.
These limitations highlight the need for broader empirical
testing and methodological diversity to strengthen the GSBSC framework's
application and validation.