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Nine Out of 10 Singapore Companies Not Fully Measuring Scope 3 Emissions

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A joint study by Schneider Electric and the Institute of Singapore Chartered Accountants (ISCA), the national accountancy body of Singapore, reveals that 94 percent of Singapore organisations are not fully measuring and analysing Scope 3 emissions, which is impacting the readiness to report.

 

Launched today, the report titled “Counting to 3: Navigating Singapore’s Emissions Journey  Together”, analyses the perspectives of over 500 of Singapore’s senior business leaders involved in sustainability strategies for their organisation. These leaders represent companies ranging in size from small and medium-sized enterprises (SMEs) to large multinational corporations and come from a broad range of industries.

 

The report comes ahead of new requirements for all listed companies and large non-listed companies in Singapore to make climate-related disclosures from 2025 and 2027, respectively.

 

Starting Point is a Distinct Lack of Knowledge

 

Only 39 percent of respondents claim to have a strong understanding of Scope 3 emissions, which is overall much lower than for Scope 1 (52 percent) and 2 (34 percent). This gap is significant among less senior team members: 58 percent of board members and 51 percent of C-level executives claim strong knowledge of Scope 3,  while only 27 percent of senior managers report the same.

 

Differences are also seen based on roles and responsibilities, with 47 percent and 42 percent of those in General  Management and Sustainability roles saying they have a strong knowledge of Scope 3, while only 33 percent of those in Operations & Supply chain say the same.

 

Respondents cite the correlation between greater seniority and greater knowledge exists due to senior executives having increased access to briefings on emissions management and strategies. However,  the importance of knowledge being equally distributed across all functions and divisions within organisations was also emphasised, as change management programmes require both strategic understanding coupled with the capability to implement the step changes needed for Scope 3 reporting requirements in Singapore.

 

Knowledge Deficits Linked to Inaction

 

While over three quarters (76 percent) of business leaders say they have completed feasibility studies to  better understand their organisation’s readiness to measure, report, and manage its Scope 3 emissions, only 6 percent say their organisation is fully measuring and analysing Scope 3 emissions, lagging significantly behind Scope 1 (52 percent) and Scope 2 (30 percent) emissions.

 

As a result, confidence in meeting their Scope 3 emissions targets is significantly lower, with only 27 percent  believing these are highly achievable, compared to 40 percent for Scope 1 and 31 percent for Scope 2 emissions.  Leaders from larger businesses are significantly more likely to indicate they have set targets for Scope  3 (54 percent) compared with those at small businesses at 31 percent.

 

In further findings, only 32 percent believe their organisation’s net zero targets are achievable, but in a show  of optimism 64 percent of those whose organisations have not yet set emissions targets believe they should have done so. Business leaders who adopted science-based targets (SBTis) were more likely to drive meaningful action within their organisations, helping define a clear and credible path to sustainability success.

 

Four Groups of Organisations Identified Based on Scope 3 Progress

 

The report identifies four groupings of organisations in Singapore with progress around managing Scope 3 emissions and the degree of management required: high adopters (10 percent), moderate adopters (30 percent), low adopters (38 percent), and emerging adopters (22 percent). From this analysis, the industries in Singapore identified as containing the highest proportion of high and moderate adopters combined are consumer goods, energy and mining, healthcare and pharmaceuticals, financial services and engineering and construction.

 

Expertise, Resources, Motivation and Tech are Key Progress Barriers

 

Overall, a lack of human and financial resources, commercial motivation, and access to fit-for-purpose technological infrastructure are highlighted by respondents as the top barriers to progressing Scope 3 emissions reduction agendas and initiatives.

 

However, there are differences in impact, based on segment status. For instance, while high and moderate adopters identify a lack of human resources or expertise as the biggest barrier to reducing Scope 3 emissions, low adopters and emerging adopters cite a lack of technological infrastructure as the biggest.

 

Yoon Young Kim, Cluster President, Schneider Electric Singapore and Brunei said, “Scope 3  presents the next frontier of emissions management and still unchartered territory for many organisations in Singapore. Education is critical for advancing Singapore’s green agenda. We see correlations throughout the findings of this study that a lack of understanding of key areas of management of greenhouse gas (GHG) emissions leads to a lower level of planning, target setting,  and ultimately action.

 

“At Schneider Electric, we are deeply committed to meaningful and thorough emissions management, and we are constantly growing our capacity to help partners strategise, digitise, and decarbonise. But as with all initiatives to tackle climate change, everyone needs to be in lockstep on this journey:  government and private sector businesses of all sizes and across all industries. Schneider Electric,  together with ISCA, hopes this report shines a light on the most pressing areas that must be addressed  if we are to make the changes that will facilitate Singapore’s path to net zero.”

 

 

Accountants are Poised to Play Key Role in Sustainability Reporting

 

Accountancy and finance professionals are well-placed to take on the role of sustainability reporting. As corporate reporters, they already have fundamental skills in financial reporting. They are also familiar with applying accounting standards and ensuring that reporting is transparent, verifiable, comprehensive, independent, and fair. In addition, accountancy and finance professionals are proficient in data collation and analysis to provide meaningful explanations for informed decision-making. These skillsets are transferable to sustainability reporting, including Greenhouse Gas scope 3 reporting.

 

Kang Wai Geat, Divisional Director, Professional Standards, ISCA said, “Sustainability is a megatrend that is reshaping the accountancy profession. Increasingly, organisations are turning to the accountancy profession for sustainability reporting and assurance. To take full advantage of the opportunity to help organisations advance their emissions agenda, accountants must upskill and reskill to keep up with the latest developments in sustainability.

 

“The accountancy profession is key to reporting sustainability performance to shed light on how companies earn their profits. Having consistent and comparable sustainability reporting will help stakeholders make informed decisions in support of sustainability. ISCA is delighted to collaborate with  Schneider Electric to delve deeper into GHG scope 3 emissions management and reporting.”

 

 

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Mandala Club is First Singapore Heritage Building to Install Rooftop Solar Panels

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Mandala Club, Singapore’s private membership club community, has today announced that it has become the first conserved building in Singapore’s historic Chinatown district to receive approval from the Urban Development Authority (URA) of Singapore to install rooftop solar panels on the roof of its Singapore location. Slated for completion in the third quarter of 2024, this milestone sees Mandala Club becoming the first conserved building in Singapore to install rooftop solar panels, partnering with technology-driven renewable energy supplier Flo Energy for this latest development in Singapore’s urban landscape.

 

Owned by K. M. C. Holdings Pte Ltd, Mandala Club’s premises are located at 31 Bukit Pasoh Road, a three-storey Art Deco building constructed in 1928, which received the prestigious URA Architectural Heritage Awards in 2006. Marking a first in Singapore’s urban landscape, this latest development underscores Mandala Club’s commitment to sustainability and its role as a market leader in integrating energy conservation into its business operations and corporate blueprint.

 

Historic Milestone in Singapore’s Sustainability Landscape

 

With this latest development, Mandala Club has set a precedent for other businesses and owners of conserved buildings to emulate. The installation of photovoltaic panels at Mandala Club, slated to be completed by the third quarter of 2024, marks a pivotal step in maintaining Mandala Club’s net-zero carbon emissions status. This effort aligns with Singapore’s Green Plan 2030 and the United Nation’s Race to Zero campaign, in which Mandala Club was the first hospitality business in Singapore to participate, through the SME Climate Hub.

 

“We are incredibly proud to lead the charge in sustainable innovation not only within the hospitality industry but also within heritage conservation areas,” said Lilly Milligan Gilbert, Chief Sustainability Officer of Mandala Club. “This achievement has been months in the making, and we are deeply appreciative that our application to install rooftop solar panels on the premises has been approved, in alignment with the Singapore Government’s efforts to promote sustainability.”

 

“As a technology-driven renewable energy supplier, we are proud to partner with Mandala Club in their journey to be the market leader towards a greener future. The climate crisis affects all of us, and we are heartened by Mandala Club’s efforts to make incremental, sustainable change by being the first conserved building in Chinatown to incorporate rooftop solar panels on their premises. We are excited to be part of this history and we hope to inspire future solar deployments on more conserved buildings,” said Matthijs Guichelaar, Chief Executive Officer of Flo Energy.

 

Launching the Mandala Solar Collective

 

In conjunction with the approval to install solar panels on the Club’s premises, Mandala Club is thrilled to introduce the Mandala Solar Collective, a business-to-business initiative that aims to assist local business owners in understanding the benefits and challenges of renewable energy adoption, as well as form a common knowledge share for best practices. Commencing in Q3 2024, the initiative will feature a series of roundtable discussions involving local businesses, designers, and partners, culminating in a flagship event in September 2024 to celebrate the successes of the project and share insights gleaned from the pioneering initiative.

 

“At Mandala Club, we aspire to be stewards of the neighbourhood and environment which we call home, and being at the forefront of sustainability is of paramount importance, not only to the Club’s leadership but more importantly, to our members,” said Ben Jones, Co-Founder and Chief Executive Officer of Mandala Group. “This approval is a testament to Mandala Club’s commitment to sustainability and our dedication to enriching the lives of our members and working in tandem with the community to make a positive impact on the world around us.”

 

Businesses are encouraged to sign up and be a part of the Mandala Solar Collective.

 

 

Grundfos Joins Top One Percent of Companies Globally

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Grundfos, a provider of advanced pump solutions and water technology, announced recently that it has achieved a Platinum medal rating from EcoVadis. This recognition places Grundfos in the top 1 percent of companies rated worldwide, showcasing its unwavering commitment to sustainable business practices.

 

EcoVadis is one of the world’s largest and most trusted providers of business sustainability ratings, assessing more than 130,000 companies’ actions and practices on their corporate and social responsibility. Using its international standards, EcoVadis has evaluated Grundfos across four key areas: Environment, Labour & Human Rights, Ethics, and Sustainable Procurement to award the business a Platinum medal rating.

 

Since the last assessment (Gold medal rating), Grundfos has implemented additional measures and policies to strengthen social and environmental responsibility across the value chain. At the same time, the company has made significant progress towards both water and climate ambitions, reflecting the company’s ongoing commitment to sustainability and continuous improvement.

 

“We are very proud of the Platinum rating, which I would like to dedicate to our hardworking and dedicated colleagues worldwide. It encourages us to keep pushing ourselves to enhance our ESG (Environmental, Social, and Governance) practices that include progressing towards net zero by 2050, fostering a fair, inclusive, and safe working environment, enforcing strong ethical business standards, and ensuring sustainable procurement across our entire value chain,” said Louise Koch, Senior Director, Group Head of Sustainability, Grundfos.

 

Silvio Vanzo, Group Senior Vice President, Purchasing, Grundfos added, “Achieving Platinum certification highlights Grundfos’ commitment to conduct business in a responsible way, but it also highlights the close collaboration and trust between us and our loyal suppliers and customers. Their cooperation and input have been instrumental in strengthening and enhancing our ESG practices throughout the entire value chain.”

 

Grundfos sustainability highlights include:

  • Environment: SBTi validated 2050 net-zero target
  • Climate: Since 2020, Grundfos has reduced its CO2 emissions by 11.7 percent (2023). Through a new Power Purchase Agreement, the company is set to meet its target of a 50 percent reduction in operational carbon emissions in 2025 – five years ahead of the company’s original 2030 goal.
  • Water: In 2023, Grundfos solutions enabled customers and end users to save an estimated 1.6bn m³ of water and reduced water withdrawal in their own operations by 48 percent since 2020.
  • Labour & Human Rights: To foster a fair, inclusive, and safe working environment, Grundfos has robust labour policies and practices across its value chain.
  • Ethics: Grundfos has implemented rigorous anti-corruption measures, conducts regular audits, and provides extensive training to ensure ethical practices are maintained throughout its operations.

 

 

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Pearl Group Calls for Action to Reduce CO2 Emissions with Launch of Digital Progress Counter

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Polyurethane (PU) solutions provider Pearl Group has announced the installation of a cutting-edge, real-time digital counter that showcases the substantial CO2 savings achieved through its innovative PU insulation systems. This initiative is part of Pearl’s ongoing commitment to achieving global climate neutrality through promoting the widespread insulation of residential and industrial buildings.

 

Pearl has committed to being an agent of change in the fight against global warming and has launched several sustainability initiatives to minimise the impact of its operations and help customers achieve their green goals. By educating the market on the substantial environmental benefits of effective insulation and providing a visual counter of the emissions savings made possible via best-in-class PU insulation solutions, Pearl aims to inspire the entire industry and stakeholders to take decisive action in reducing carbon emissions globally. This effort underscores Pearl’s dedication to not only advancing its own sustainability goals but also advocating for broader industry practices that contribute to global environmental preservation and the mitigation of climate change impacts.

 

The new digital counter is strategically located in Dubai near the organisation’s headquarters, providing real-time data on the CO2 emissions saved by adopting Pearl’s insulation products. This installation displays the CO2 reduction achieved by using Pearl’s range of EcoPearl insulation solutions, used in insulation panels, insulation boards, spray foam, pre-insulated pipes, and other applications in the built environment. The CO2 emissions reduction has been evaluated and certified by the leading provider of independent inspection services,  Germany-based TÜV Rheinland.

 

The evaluation and certification process conducted by TÜV involved rigorous testing and analysis of the environmental impact of Pearl’s insulation systems. The results were presented in the form of a cumulative CO2 emissions reduction counter, which quantifies the tangible benefits of incorporating polyurethane insulation in building projects, contributing to a more sustainable and environmentally responsible future.

 

The displayed statistics reveal that since the year 2000,  insulation systems produced and sold by Pearl, have saved 54,131,725,357 KWh over their product lifespan. This translates to a reduction of 20,299,396,755 kilogrammes of CO2, which is the equivalent of greenhouse gas emissions from consuming 47,639,983 barrels of oil or running 53 wind turbines for 100 years. The basis of these calculations included detailed life cycle assessments and considered a 15 per cent decline in property performance over time, ensuring the data reflects realistic and sustainable impacts.

 

Martin Kruczinna, CEO of Pearl Group, said: “This display is more than just a board;  it is a reminder of the powerful solution insulation materials represent. It is also an obligation to all of us, including the entire insulation industry and decision-makers, that now is the time to take action and tighten building codes to avoid thermal energy waste and unnecessary CO2 emissions. The impact of global warming is visible, and there is no time to waste.”

 

Pearl’s initiatives, such as developing innovative PU insulation systems and installing the new display board, highlight the company’s role as a leader in sustainable practices within the industry. Pearl continues to develop innovative solutions that not only meet but exceed the sustainability expectations of the market and regulatory standards.

 

Kruczinna said: “Based on the Global Status Report for Buildings and Construction, buildings account for roughly 30 percent of global CO2 emissions. Up to half of these emissions can be avoided through proper insulation. Customers can actively participate in mitigating climate change by opting for polyurethane insulation products, such as sandwich panels, spray foam, or insulation boards, that have been certified to reduce CO2 emissions. This encourages a shift towards sustainable practices in the construction industry, where each decision contributes to a collective effort to combat global warming.”

 

Beyond the positive environmental impact, choosing polyurethane insulation with verified CO2 emission reductions can lead to significant cost savings in the long run. The improved thermal efficiency of buildings using Pearl’s insulation solutions can reduce energy consumption, resulting in lower utility bills for both homeowners and businesses.

 

Pearl also offers a comprehensive range of polyurethane formulations and prepolymers for the production of high-performance polyurethane foams and elastomers. The PU leader has obtained International Sustainability and Carbon Certification (ISCC) approval covering its building insulation products, enabling clients and end-users globally through ISCC auditing to demonstrate and better understand the sustainability and green credentials of specific projects in the built environment.

 

 

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CESG & SIWW 2024 Conclude with Transformative Insights and Strengthened Global Alliances

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This year’s CleanEnviro Summit Singapore (CESG) and Singapore International Water Week (SIWW) brought together stakeholders from governments, academia, industry and international organisations to share best practices, co-create innovative environmental and urban water solutions, and generate new business opportunities.

 

Hosting over 30,000 attendees, CESG 2024 from 19 to 21 June and SIWW2024 from 18 to 22 June saw the announcements of strategic partnerships, calls for tender and research grants, and facilitated numerous Memorandum of Understanding (MoU) signings towards building a greener, more climate-resilient and sustainable future amidst resource scarcity globally.

 

To this end, CESG 2024 and SIWW2024 have paved the way for several significant initiatives, rallying the industries to take ownership to tackle environmental and water challenges. These include:

 

CESG 2024

  • S$90 million boost for the environmental services industry through the Productivity Solutions Grant to accelerate the adoption of technological solutions and equipment to strengthen innovation, improve productivity and create quality jobs.
  • Signings of seven Memorandum of Understanding (MoU) at CESG2024 to advance opportunities in technology, innovation and co-creation of solutions for the clean environment and sustainability space.
  • Launch of Enviro Tech Innovation Hub, a “living laboratory” dedicated to advancing sustainable environmental cleaning and integrated facilities management by co-creating and test-bedding innovative solutions, planning and carrying out initiatives for workforce upskilling and talent development.
  • Launch of new Closed-Loop Partners Network by SembWaste, a first-of-its-kind platform in Singapore aimed at fostering industry partnerships to advance a circular economy.
  • Modern Asia Environmental Holding’s (MAEH) (a subsidiary of DOWA Eco-System Co., Ltd.) plans to extend material worth through re-use, re-processing and re-manufacturing, to support the broader goal of sustainable urban development.
  • Exploration of new technologies for waste management via a Request for Information (RFI) to gather insights into the industry’s interest and commercial viability of alternative disposal technologies to treat mixed municipal solid waste.
  • Strengthening efforts to nurture young talents in the environmental services industry with nine Polytechnic and ITE students awarded scholarships under the NEA-Industry Scholarship Programme and recognising the pioneer batch of 26 Youth for Environmental Sustainability (YES) leaders who spearheaded 12 impactful projects and reached out to over 18,000 people to raise greater awareness on sustainability concerns.

 

SIWW 2024

  • Launch of the Singapore Water Centre by the World Bank Group in partnership with the Singapore Government, to leverage Singapore’s expertise and knowledge in urban water management to support the water sector in countries in the region and beyond.
  • Signings of more than 10 Memorandum of Understanding (MoUs) at SIWW2024. Among them is a MOU between PUB and Aarhus Vand, a Danish water utility, to advance knowledge exchange and knowledge transfer, especially in the areas of innovation, energy-efficient used water treatment, resource circularity and climate resiliency.
  • Announcement of a tender for the development of a 55 megawatt-peak (MWp) floating solar photovoltaic (FPV) system at Pandan Reservoir. This project will see the installation of floating solar panels on the reservoir’s surface, adding to Singapore’s renewable energy capacity, while ensuring there continues to be adequate space for recreational water activities in the Pandan Reservoir.
  • Announcement of a tender to expand Changi Water Reclamation Plant. In line with PUB’s efforts to invest in used water infrastructure, the expansion, estimated to cost about S$2 billion, will raise Changi WRP’s used water treatment capacity by up to 96 million gallons per day (mgd).
  • Announcement of the second tranche of research projects under the Coastal Protection and Flood Resilience Institute (CFI) Singapore and the launch of an open Request-for-Proposal (RFP) by PUB to seek innovative solutions to support Singapore’s coastal protection and flood management efforts.

 

The Sustainability Summit on 19 June at CESG 2024, themed “Towards a Net Zero City” convened industry leaders to discuss strategic policies, innovations, and international collaborations for advancing low carbon transitions and addressing environmental challenges. Plenaries focused on accelerating climate action and decarbonisation ahead of COP29, highlighting resource resilience and key sustainability issues across the Asia Pacific region. In her opening address, Dr Amy Khor, Senior Minister of State for Sustainability and the Environment, reiterated Singapore’s commitment to sustainability and the importance of sustainable practices to secure a vibrant and healthy future for generations to come.

 

Climate adaptation is a new key pillar of SIWW2024, specifically the issue of addressing coastal and flood resilience. Ms Grace Fu, Minister for Sustainability and the Environment and Minister-in-charge of Trade Relations, made the call for closer partnerships between the public and private sectors in addressing coastal and flood risks at the inaugural Coastal and Flood Resilience Leaders Summit on 20 June. Serving as a three-way intermediary between the industry, institutes of higher learning, and government agencies, the Singapore Water Association will be launching a new Coastal Protection Chapter to foster collaboration among companies and support the implementation of coastal protection infrastructure.

 

In a world increasingly defined by pressing environmental challenges, the managing directors of both events echoed the pivotal role of collaborative platforms such as CESG and SIWW, to continue to move the dial for global sustainability and water management.

 

“As we progress towards our national and global sustainability goals, we continue to navigate the complexities of climate change and sustainability. This is why platforms such as CESG are crucial in forging pathways for collaboration and innovation. Together with our global partners, we will be able to innovate new solutions and technologies that not only mitigate environmental impacts but also set new benchmarks for global sustainability practices,” said Mr. Kwok Wai Choong, Managing Director of CESG.

 

“As a unique global platform that brings together governments, cities, utilities, and industry from the region and the world, the 10th edition of SIWW marked a significant milestone as one of the most successful editions yet. We are confident that the knowledge sharing, thought leadership, and strategic collaborations that came forth from the event will continue to drive actionable solutions towards solving the world’s most pressing urban water and associated climate challenges,” said Mr. Ryan Yuen, Managing Director of SIWW.

 

The next edition of SIWW and CESG will return in 2026.

 

 

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Johnson Controls and Ngee Ann Polytechnic Collaborate to Upskill Green Buildings Sector Professionals

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Johnson Controls recently announced a partnership with Ngee Ann Polytechnic (NP) to establish the NP Built Environment Ecosystem (BEE) initiative, together with other industry partners. Through this programme, Johnson Controls will equip NP students with practical learning and experience in smart facilities management.

 

The partnership comes at a critical time when jobs in the ESG sector have surged by 257% in the last three years. With the partnership, Johnson Controls and other industry leaders will provide students access to invaluable training and insights. Under the BEE initiative, NP aims to upskill up to 1,000  professionals in the industry over three years, underscoring the importance of public-private partnerships in elevating industry standards and equipping future talent with the necessary skills.

 

“Through this collaboration, we aim to upskill professionals and nurture a future generation who can lead the change toward a more sustainable built environment,” said Peter Ferguson, General  Manager, Southeast Asia, Johnson Controls. “Our collaboration takes on even greater significance,  in today’s landscape where sustainability-related roles are increasingly in demand and sustainable practices have become top priority for businesses. We’re committed to advancing both innovation and  education within the industry in Singapore and Southeast Asia, empowering students to excel in  facilities management to drive smart cities in the region.”

 

In addition to updated education courses, the initiative will provide NP students with practice-based training and internship opportunities across Project Delivery and Services teams. These roles offer real-world experience in various aspects of the built environment sector, aligning with the broader goals of sustainability in the industry.

 

“At Ngee Ann Polytechnic, we are committed to forging strategic partnerships with industry leaders like  Johnson Controls to drive sustainability innovation and talent development for the built environment sector. We believe that the synergy through this partnership will benefit the industry. The alliance also reflects our shared aspiration to play an instrumental role in Singapore’s vision for a more sustainable future,” said Mr Lim Kok Kiang, Principal and CEO of Ngee Ann Polytechnic.

 

Transforming Campus Development with Integrated Buildings Technology

Johnson Controls has been helping Singapore’s educational sector accelerate its built environment transformation. It recently completed a project for a technical institution in Singapore that integrates facility management and security systems into an innovative command platform. This integration optimises manpower resources, enhances task assignments, and streamlines operations, setting a benchmark for efficiency and effectiveness.

 

Another local university is partnering with Johnson Controls to establish an Integrated Operations  Centre (IOC) for its campus. The IOC elevates campus management by seamlessly integrating all technologies into OpenBlue Enterprise Manager, the unified platform enabling proactive event alarms,  precise energy consumption analysis, and accurate maintenance predictions. This has significantly improved operational efficiency and guarantees an optimized system performance for a safer, greener campus environment.

 

Commitment to Education and Enabling Future Talents in the Built Environment Sector  

As part of its dedication to developing a skilled workforce in the built environment sector, Johnson  Controls was awarded the SkillsFuture Employer Award (Gold) in 2023. As a SkillsFuture Queen Bee in Built Environment Facilities Management, Johnson Controls empowers small and medium-sized enterprises (SMEs) through digital literacy workshops, aiding their decarbonisation efforts and energy efficiency solutions in building management. This support is crucial for SMEs starting their sustainability journeys, addressing the lack of knowledge and awareness amidst growing sustainability concerns.

 

 

Criteria for Calculating Product Carbon Footprint of Formwork and Scaffolding Established for the First Time

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Doka, one of the world’s leading suppliers of formwork and scaffolding, is once again demonstrating that it is a pioneer in sustainability by playing a key role in the development of minimum standards for calculating Product Carbon Footprints (PCFs) – a milestone for the formwork and scaffolding industry and a further step down the road to decarbonising the construction sector.

 

The product carbon footprint (PCF) measures the total greenhouse gas emissions (GHG) generated by aproduct across all its relevant material life cycle phases. It is an important tool for assessing the overall climate impact of a product and identifying levers to reduce emissions in the value chain.

 

Leading by Example

“Competitiveness, sustainability and transparency are becoming increasingly intertwined, and valid data is key to sustainable decision-makings. Two years ago, we set new standards in the formwork and scaffolding industry by fully calculating the product carbon footprint of more than 7,000 Doka products. We are proud that we have now also been able to make a significant contribution to establishing minimum standards in the industry for the first time,” says Robert Hauser, CEO of Doka.

The Background

The Güteschutzverband Betonschalungen Europa e.V. (GSV), an European association of manufacturers, suppliers and users of formwork and scaffolding systems, set up a working group with the aim of developing a standard for the transparent quantification of a GSV Product Carbon Footprint (GSV-PCF-Standard) for the formwork and scaffolding sector. The agreement on minimum standards, which has now been published after less than a year, is the result of intensive cooperation. With this step, Doka and its market partners are not only setting a new standard in the industry, but are also helping to establish the transparency on GHG emissions as a standard in the value chain.

 

“We are delighted to have been able to contribute our many years of experience and our calculation methodology to the GSV joint working group. This industry-wide agreement between leading manufacturers brings us a big step closer to being able to better compare product carbon footprints, and thus to create a level playing field within the formwork and scaffolding industry,” adds Julia Weber, Head of Sustainability at Doka.

 

All PCF data for Doka formwork already complies with the GSV-PCF standard.

 

Focus on Customer Benefits

For more than two years, Doka has already been providing its customers with transparent data on the GHG emissions of its products. “When it comes to sustainability, facts count, not gut feelings,” emphasises Weber.

 

This is precisely the focus of Doka’s PCF initiative, which aims to support customers in their sustainability efforts – from more sustainable purchasing decisions and public tenders with CO2 budgets to calculating their own corporate carbon footprint (Scope 3 emissions). At the same time, the PCF is an important pillar of Doka’s sustainability strategy.

 

“We are consistently pursuing our goal of net-zero emissions by 2040, and in the long term we are striving for ever lower-emission product strategies. The data obtained from the Product Carbon Footprint is already an integral part of the innovation process at Doka,” says Weber. “After all, transparent data is the key to sustainable construction.”

 

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Hisense Recognised in Fortune China’s ESG Influential Listing for Third Consecutive Year

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Hisense, the global consumer electronics and appliances corporation, has been named in Fortune China’s ESG Influential Listing for the third consecutive year for its outstanding efforts in environment improvement, employee care and community engagement.

 

Hisense is advocating for the establishment of a comprehensive green and low-carbon production system that encompasses the entire energy utilisation process, including research and development design, supply chain, manufacturing, sales, and after-sales, as well as recycling and comprehensive product utilisation.

 

Taking TV products as an example, the overall recycling rate of raw materials for Hisense Laser TVs has now reached 92%, and a 100-inch Laser TV can save more than half of the energy of LCD TVs of the same size. Furthermore, through more advanced and environmentally friendly design, Hisense ULED TVs have reduced the weight of their shells by 8%, resulting in a saving of 1,133.07 tons of plastic and 100 tons of steel in 2023 in comparison to 2022, whilst also improving resource utilisation.

 

As of today, Hisense has 26 R&D centres, 34 industrial parks, and 64 overseas companies and offices worldwide. Hisense is actively establishing a global Supply Chain Management Center and utilising overseas companies and marketing platforms to realise the synergistic benefits of overseas layout and supply chain, reduced logistics costs and energy consumption. Hisense also employs local employees, contributes tax revenue, promotes local economic and social development, and achieves altruistic and win-win results through global coordination.

 

As the official partner of UEFA EURO 2024™, Hisense also aims to provide football fans with an immersive game-watching experience through eco-friendly TVs, and the company will continue to adopt carbon-neutral practices in its globalisation strategy.

 

‘Fortune’ highlighted that Hisense has established 13 National Green Factories in China, and its photovoltaic power generation projects are progressively releasing a “low-carbon dividend” with an annual power generation capacity of about 70 million kWh, of which 12.85 MW was newly built in 2023. Today, photovoltaic power generation contributes to over 11% of Hisense’s overall electricity consumption.

 

 

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First Singapore Hotel Group to Attain Prestigious GSTC Multi-Site Certification for Sustainable Tourism

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PARKROYAL COLLECTION Pickering, Singapore

 

Pan Pacific Hotels Group (PPHG) has attained the Global  Sustainable Tourism Council (GSTC) Industry Criteria for Hotels certification for its Singapore  properties, also achieving the largest number of GSTC-certified room stock and certified  properties (hotels & serviced suites) in Singapore – solidifying the Group’s commitment to  sustainability and reinforcing its position as a leader in environmentally-conscious hospitality.

The GSTC Criteria is the global standard for sustainable travel and tourism. The GSTC Industry  Criteria for Hotels fosters sustainable tourism practices across four key areas: effective  sustainability planning, maximising social and economic benefits for the local community,  enhancing cultural heritage, and reducing negative impact to the environment.

In February 2024, Pan Pacific Hotels Group attained the GSTC Multi-Site certification for all  eight of the Group’s properties in Singapore. Additionally, seven of its properties – Pan Pacific  Singapore, PARKROYAL COLLECTION Marina Bay, Singapore, PARKROYAL COLLECTION  Pickering, Singapore, PARKROYAL on Beach Road, Pan Pacific Serviced Suites Orchard, Pan  Pacific Serviced Suites Beach Road, and PARKROYAL Serviced Suites – have obtained  ISO14001 certification, an internationally recognized standard for environmental  management systems (EMS). Pan Pacific Orchard, Singapore is in the process of securing  ISO14001 certification.

“Attaining the GSTC certification reaffirms PPHG’s commitment to sustainability and responsible  business conduct,” said Mr. Choe Peng Sum, CEO of Pan Pacific Hotels Group. “At PPHG,  sustainability is imperative and I am grateful for our teams’ immense efforts to attain the GSTC  Multi-Site certification. This achievement is aligned with Singapore’s Green Plan 2030 and the  Singapore Tourism Board’s (STB) Hotel Sustainability Roadmap – which aims for 60% of hotel  room stock in Singapore to attain internationally-recognised sustainability certification by 2025.”

PPHG, with its PARKROYAL COLLECTION brand at the forefront, integrates sustainable practices throughout its operations and hospitality design. This encompasses green building design, cultural immersion, and community engagement to balance economic growth with social responsibility and environmental stewardship. By engaging guests in eco-conscious travel experiences, PPHG has become the first Singapore hotel group to achieve GSTC multi-site certification. The group invests in energy-efficient technologies, water-saving practices, and waste management strategies, such as LED lighting, recycling programs, and filtered tap water in rooms, to reduce its environmental footprint and promote responsible consumption.

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Building a sustainable future: A Conversation with Lakshita Wijerathne, CEO of Eutech Cybernetic

Reading Time: 6 minutes

In our exclusive interview with Lakshita Wijerathne, CEO of Eutech Cybernetic, we unravel the dynamic intersection of sustainability, technology, and real estate. Wijerathne, the driving force behind the transformative iviva platform, shares insights on navigating the urgent need for carbon reduction in the real estate sector. Join us as we explore how innovative technologies are reshaping buildings, reducing operational costs, and aligning the industry with global climate goals. This interview promises a concise yet illuminating glimpse into the strategies and innovations driving a sustainable future for the built environment.

1.    In the context of the real estate sector’s commitment to reducing emissions, how does iviva contribute to the transformation of existing buildings to meet net-zero targets by 2030 and achieve carbon neutrality by 2050?

Buildings generate 39% of energy-related carbon emissions worldwide; 28% from the energy needed for operations, and the remaining 11% from their materials and construction, according to the International Code Council. When the high carbon emissions of new construction is viewed against the backdrop of the global imperative to combat climate change, demolishing old buildings and erecting new ones is not more sustainable.

Approximately 80% of today’s buildings are anticipated to remain in use in 2050. To enhance efficiency and meet net-zero objectives, there is a pressing need to transform these buildings into smart ones. According to a recent report, the smart building market is projected to grow more than fivefold from USD 103.91 billion in 2022 to USD 538.45 billion by 2030. The most effective approach to environmentally retrofitting older buildings involves implementing a cost-effective technological upgrade, outfitting them with smart devices.

The iviva platform empowers building owners, operators, and occupants to retrofit their buildings and workspaces cost effectively through a combination of information technology, operational technology, and Internet of Things (IoT) devices. For one, the utilisation of digital twin technologies allows for the simulation and prediction of building upgrades without interrupting real-time operations, allowing continued revenue and preventing costly errors in the implementation of upgrades.

Technologies that enable energy savings through smart cooling, ventilation, and lighting are only half the battle. Building users also have to make a conscious effort to use these smart systems to reduce their individual and organisational carbon footprints. Artificial intelligence and machine learning are used to provide all building stakeholders with insights into their energy usage, as well as the means to lessen it.

The same technology is also available to building owners and operators to enable intelligent predictive maintenance. Systems like air conditioning and lighting operate at peak efficiency for longer periods while reducing the number of maintenance activities.

2.    Upgrading existing buildings for operational efficiency is a key focus. Could you share specific success stories where iviva has made a significant impact on reducing carbon footprints and operational costs simultaneously?

The Paya Lebar Quarter (PLQ), a Green Mark Platinum-rated mixed development by LendLease, uses its iviva-powered Open Building System Integration (OBSI) platform to connect all of the systems and equipment within its retail mall, three commercial towers, and three residential blocks.

Aside from integrating all of the development’s smart systems, the OBSI has a digital twin that allows building operators to conduct predictive maintenance. Instead of having routine maintenance activities which cost more and may come at times when it is not yet necessary, maintenance teams at PLQ only have to work on systems when necessary. This ensures the latter remains at peak energy efficiency while reducing operational costs.

3.   As the commercial real estate market experiences structural changes, how do you see these shifts influencing decisions on constructing new buildings versus upgrading existing assets? What role does sustainability play in these decisions?

Sustainability has emerged as a critical consideration in business decisions, reflecting a broader trend towards environmental consciousness. This is especially true in Singapore where carbon emissions, though a minor fraction globally, are exceptionally high (about twice the global average at 12 tonnes annually) when viewed on a per capita basis.

While energy-efficient technologies have led to reductions in carbon emissions, the real estate sector also needs to reduce what is called “embodied carbon” or those that arise from the manufacturing, transportation, installation, maintenance, and disposal of building materials. This makes the replacement of existing buildings with new, more energy-efficient ones a non-option.

The trend towards the optimisation of existing buildings towards less energy consumption and smaller carbon footprints is supported by the United Nations, which has said that repurposing buildings typically achieve a 50 to 75 percent reduction in emissions.

4.   From an economic standpoint, how can sustainability initiatives, particularly those involving upgrades to existing buildings, be framed to attract investors and asset owners, considering the challenging landscape of valuations and rents in the current hybrid work environment?

While sustainability initiatives are often seen as a cost, they can also be framed as an opportunity to take advantage of growing demand from tenants for sustainable and energy-efficient buildings, as well as government policies that reward green real estate developments. Simultaneously, the same technologies that enable the cost-effective implementation of smart, energy-efficient systems can also be leveraged to improve operational efficiency and lower operational costs for building owners and operators.

One source of savings for building owners and operators is the reduction of energy consumption. The upfront costs of installing energy-efficient systems are more than offset by the long-term savings generated from them. Another source of savings is the reduction in scheduled maintenance activities through the implementation of intelligent preventive maintenance.

By cutting back on costs while improving their developments’ user experience, building owners and operators can improve the yields and valuations of their properties.

5. In the realm of greenwashing and mandatory sustainability reporting, how can the real estate sector genuinely differentiate itself by adopting technologies that not only meet compliance standards but go above and beyond in creating sustainable and efficient spaces?

Equipping buildings with smart technologies is only the first step in creating sustainable and efficient spaces. Building owners and operators need to concretely measure the impact these technologies have on their developments’ energy usage, carbon emissions, and other metrics of sustainability. Not only is this important for ensuring compliance with government regulations, but it also enables enterprises to maximise the impact of their sustainability initiatives.

Thus, the installation of smart systems should be complemented with a technology platform that integrates the latter under one pane. By having better data capture, consolidation, analytics, and visualisation, decision-makers can streamline their facilities management processes towards meeting their developments’ sustainability targets.

Data visualisation serves as the optimal management tool for people who manage buildings. It is important for the various stakeholders including the Chief Executive Officer, Chief Finance Officer, facility managers, and sales or marketing professionals, to possess the ability to customise and analyse specific data pertinent to their respective roles without incurring additional expenses. This quick and cost-effective dashboard customisation enables them to conveniently access the required data respectively.

6.   Collaboration is key in addressing climate challenges. How can stakeholders in the built environment sector work together to amplify the impact of sustainability initiatives, and how does iviva facilitate such collaborative efforts?

To amplify the impact of sustainability initiatives, stakeholders such as owners, operators, tenants, and users must collaborate effectively. A crucial element in improving collaborative efforts is providing all stakeholders with the platform, tools, and know-how to participate.

iviva’s platform is designed with a low-code/no-code approach, enabling all individuals, from company leaders to facility management staff, to engage with it. Through this inclusive model, everyone has access to the data necessary for informed decision-making.

Moreover, iviva’s platform fosters a culture of sustainable behaviour among building users. The platform visually presents individual usage and its impact on energy consumption and carbon emissions. This visualisation enables users to understand the connection between their actions and environmental consequences. By making this connection transparent, iviva encourages building users to adopt sustainable practices.

The technologies needed by building owners and operators to achieve sustainability goals are readily available. But to put them together in a way that also enhances operational efficiency, reduces costs, and improves the bottom line requires the seamless integration of these individual technologies. The best way to achieve the seamless integration described above is through an open platform that can effortlessly connect with any smart building system while remaining accessible to those with minimal to no experience with coding.


About Lakshita Wijerathne

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With a 25-year career in the Software industry, Lakshita has extensive experience in the field of Supervisory Control and Data Acquisition (SCADA), design and development of generic communication modules, and possesses a detailed understanding of integration
mechanisms, controls, and protocols. He is a highly skilled technical professional with proficiency in programming in C, C++, Visual Basic, Object-oriented design and development of enterprise solutions, Project Management, Software design, development, Quality Control and Quality Assurance.

A few of his past and present projects include the design and development of a generic communication module for a vendor in the USA specialising in fire protection systems, managing deployment of a central control station for multiple building sites in Korea, implementation of integrated SCADA and facility management solutions for commercial buildings in Bahrain, Abu Dhabi, Dubai and Vietnam, and managing the deployment of a facility management solution for a smart precinct in Sydney, Australia.

He is passionate about the use of technology and AI infrastructure for smart building and smart facilities management to improve building performance, reliability, resilience, occupant productivity and health and wellbeing. After a successful 20+ year career within the Eutech group, Lakshita is, since April 2023, Eutech Cybernetics CEO.