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Over 340 young scientists from 49 countries converge at the 2025 Global Young Scientists Summit

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SINGAPORE – Media OutReach Newswire – 8 January 2025 – More than 340 young scientists[1] will have a rare chance to engage with leading experts in science and technology from around the world at the Global Young Scientists Summit (GYSS) 2025. The Summit has drawn participants from 49 countries, a 40 per cent increase from 2024[2], marking the highest number in the past five years and reflecting the GYSS’s increasing global prominence.

2 Taking place from 6 to 10 January 2025 at the National University of Singapore (NUS), the Summit continues to have the highest participant selection rate from Singapore at 100 participants since 2024[3], accounting for about 27 per cent, along with 22 per cent from Europe and 17 per cent from Asia. The Summit was launched on 7 January 2025 at an opening ceremony by Mr Heng Swee Keat, Deputy Prime Minister and Chairman of the National Research Foundation, Singapore (NRF).

Deepening Engagements for Young Scientists

3 Organised by the NRF, GYSS 2025 will offer more opportunities for young scientists to showcase their work and interact with established scientists, engineers, and technopreneurs. These include 18 eminent scientists, including Nobel Laureates, Fields Medallists, Turing Award recipients, and winners of other top international science awards.

4 One of the main highlights of the Summit is the small group sessions, now referred to as Fireside Chats. These sessions allow young scientists to interact with top minds in an intimate setting, typically with around 25 participants. This year, the Summit will feature 26 sessions, an increase from 20 in 2024, including four double-speaker Fireside Chats.

5 Participants will get opportunities to engage in Young Scientists Quickfire Pitch sessions with 16 young scientist presenters and two dedicated Poster Sessions with 100 posters in total, where they can present their research to esteemed scientists and fellow researchers. Part of the Summit experience also includes visits to local universities and research institutions, providing participants with a firsthand look at the research and technologies developed in Singapore.

Other Highlights at the GYSS 2025

6 To champion the values of science and inspire a passion for STEM education, esteemed scientists will engage in talks and workshops at local institutions that are open to the public. These include NUS, NTU, A*STAR, Singapore Science Centre, Singapore Management University, SGInnovate, and SUTD. They will also engage local students at the International Science Youth Forum (ISYF) organised by Hwa Chong Institution.

7 Among the 19 scientists this year, the Summit welcomes four who will be speaking for the first time: Prof Joan Rose, Prof Louis Ignarro, Prof Steven Chu, and Prof Yael Kalai. Her Royal Highness Princess Maha Chakri Sirindhorn of the Kingdom of Thailand will also attend the opening ceremony and engage with young Thai researchers.

8 The GYSS is the only international summit in Asia that allows young scientists to engage with esteemed experts across various fields, including healthcare, quantum and physics, forensic science, computer science, and engineering. For example, this year, Prof Joan Rose will delve into the evolution of viruses in our environment and their impact on health. The summit also looks ahead at the future of artificial intelligence, as Prof Joseph Sifakis will share more on the current state of AI and its potential to merge with other technologies, highlighting both opportunities and challenges.

9 NRF Chief Executive Officer, Mr John Lim said, “Young scientists are the future of technology, innovation, and enterprise. Initiatives like the Global Young Scientists Summit provide opportunity for young scientists worldwide to gather for a five-day immersion, to engage with groundbreaking ideas, be inspired by world leaders in their fields, learn from each other, and imagine new possibilities for the future of science and humanity.”

10 DPM Heng’s speech will be issued after delivery at the Opening Ceremony on 7 January 2025. Please refer to Annexes A to C for quotes from speakers and participants, the complete list of speakers for GYSS 2024, and the Summit’s full programme.


[1] The young scientists were nominated by 93 institutions and universities worldwide, including local entities such as NUS, Nanyang Technological University (NTU), Singapore University of Technology and Design (SUTD), and Agency for Science, Technology and Research (A*STAR).

[2] At GYSS 2024, approximately 350 young scientists from around 35 countries participated.

[3] GYSS 2024 had 96 participant selection rate from Singapore, which was a 70 per cent increase from a steady state of 58 since 2020. The GYSS was conducted virtually in 2021 and 2022 due to COVID-19 and participant profile details for these years are unavailable.

ANNEX A: ADDITIONAL QUOTES FOR REPORTING

Speakers
1. Professor Louis Ignarro, Nobel Laureate in Physiology or Medicine (1998) has an inspiring story— from his upbringing in New York City as the son of first-generation immigrant parents to his groundbreaking research on nitric oxide as a signalling molecule in the cardiovascular system—highlighting the transformative power of mentorship and support in his scientific journey.
Prof Ignarro shared his thoughts on the importance of perseverance in science: “Science is full of challenges, and the journey is often tough, but it is precisely these struggles that make every breakthrough so rewarding. As young scientists, it’s important to embrace these challenges, knowing that they are part of the process that will eventually lead to discovery. The Global Young Scientists Summit is a place where young researchers can find inspiration, learn from each other, and push the frontiers of science together.”
2. Professor Joan Rose, the 2016 Stockholm Water Prize Laureate, emphasises the critical role of young scientists in addressing global water challenges: “The future of our planet’s water quality and public health rests in the hands of the next generation of scientists.
“Their innovative approaches and designs of novel technologies are essential to developing global water quality data, which is so desperately needed, and their dedication will help achieve sustainable solutions for clean water access worldwide. Platforms such as the Global Young Scientists Summit provide an invaluable platform for these emerging leaders to collaborate, learn, and be inspired to drive meaningful change.”
Participants who attended the GYSS 2024
1. [Singaporean Male] Adolphus Lye, 30, Research Fellow at NUS, said, “Collaboration is an important aspect of science today, especially given that the problems we deal with are interdisciplinary. One cannot simply solve a problem on their own. Through collaboration, we gain access to a wider pool of knowledge from people across different scientific disciplines. The Summit’s discussions help spark better ideas and novel approaches to solving research problems better and more creatively. That is the beauty of GYSS, in that it fosters interactions between participants from different disciplines, generates opportunities for collaborations, and solves problems of today.”
2. [Singaporean Female] Uma Jingxin Tay, 25, Graduate Student at A*STAR, said, “My biggest takeaway is from listening to the Nobel Laureates, which is not an opportunity I get every day. Listening to them has made me more curious and perceptive in my research, such as viewing anomalies as opportunities for discovery and research rather than obstacles.”
3. [Tanzanian Female] Doreen Steven Mlote, 27, Graduate Student at SUTD, said, “Presenting my research at GYSS reignited my confidence in sharing research with other researchers worldwide. Standing in front of thousands of people can be intimidating, but it can also be a turning point and a reminder that anything is possible, which is what GYSS did for me.”

ANNEX B: LIST OF EMINENT SCIENTISTS AT THE GYSS 2025

1. Aaron Ciechanover
o Award: Nobel Prize in Chemistry (2004)
o Field: Biochemistry, for the discovery of ubiquitin-mediated protein degradation
2. Adi Shamir
o Award: Turing Award (2002)
o Field: Cryptography, co-inventor of the RSA algorithm
3. Brian Schmidt
o Award: Nobel Prize in Physics (2011)
o Field: Astrophysics, for the discovery of the accelerating expansion of the universe
4. Dame Sue Black
o Field: Forensic Anthropology, recognised for research into identification from the hand
5. Duncan Haldane
o Award: Nobel Prize in Physics (2016)
o Field: Condensed Matter Physics, for theoretical discoveries of topological phase transitions and topological phases of matter
6. Hartmut Michel
o Award: Nobel Prize in Chemistry (1988)
o Field: Biochemistry, for the determination of the three-dimensional structure of a photosynthetic reaction center
7. Joan Rose
o Award: Stockholm Water Prize (2016)
o Field: Environmental Microbiology, for work on water quality and public health
8. Joseph Sifakis
o Award: Turing Award (2007)
o Field: Computer Science, specialising in the design of trustworthy systems
9. Leslie Valiant
o Award: Turing Award (2010)
o Field: Computer Science, for contributions to computational learning theory
10. Louis J. Ignarro
o Award: Nobel Prize in Physiology or Medicine (1998)
o Field: Pharmacology, recognised for discoveries concerning nitric oxide as a signaling molecule in the cardiovascular system
11. Sir Richard Roberts
o Award: Nobel Prize in Physiology or Medicine (1993)
o Field: Molecular Biology, for the discovery of split gene
12. Sir Konstantin Novoselov
o Award: Nobel Prize in Physics (2010)
o Field: Condensed Matter Physics, specifically the isolation and study of graphene
13. Sir Tim Hunt
o Award: Nobel Prize in Physiology or Medicine (2001)
o Field: Cell Biology, for discoveries of key regulators of the cell cycle
14. Stefan Hell
o Award: Nobel Prize in Chemistry (2014)
o Field: Physical Chemistry, for the development of super-resolved fluorescence microscopy
15. Steven Chu
o Award: Nobel Prize in Physics (1997)
o Field: Atomic Physics, known for research in laser cooling and trapping of atoms
16. Takaaki Kajita
o Award: Nobel Prize in Physics (2015)
o Field: Particle Physics, for the discovery of neutrino oscillations
17. Wendelin Werner
o Award: Fields Medal (2006)
o Field: Mathematics, for work on stochastic Loewner evolution and the geometry of two-dimensional Brownian motion
18. Yael Tauman Kalai
o Award: ACM Prize in Computing (2022)
o Field: Computer Science, with contributions to cryptography and verifiable delegation of computation

ANNEX C: FULL GYSS 2025 PROGRAMME

Tue, 7 Jan Wed, 8 Jan Thu, 9 Jan Fri, 10 Jan
Media registration at 0830
Opening Ceremony
(0900 – 1030)

Speech by DPM Heng
Opening Plenary by Prof Louis Ignarro

Two Plenary Lectures
(0900 – 1030)

Prof Wendelin Werner, Prof Joan Rose

Two Plenary Lectures
(0900 – 1030)

Prof Adi Shamir, Prof Steven Chu

Two Plenary Lectures
(0900 – 1030)

Prof Leslie Valiant & Prof Hartmut Michel

Morning Break (1030 – 1100)
Panel Huddle
(1100 – 1230)

“Interdisciplinary Approaches to Solving Global Challenges”

Prof Wendelin Werner, Dame Sue Black, Prof Takaaki Kajita

Panel Huddle
(1100 – 1230)

“Future of Medical Research and Healthcare”

Prof Louis Ignarro, Prof Aaron Ciechanover, Prof Richard Roberts

Panel Huddle
(1100 – 1230)

“Human Wellbeing and Sustainability – Physicists’ Perspective”

Prof Brian Schmidt, Prof Duncan Haldane, Prof Konstantin Novoselov, Prof Steven Chu

Panel Huddle
(1100 – 1230)

“Ethics of Scientific Research in the Age of AI”

Prof Joan Rose, Prof Yael Kalai, Prof Adi Shamir

Lunch Break (1230 – 1330)
Two Plenary Lectures

(1330 – 1500)

Prof Richard Roberts (TBC), Prof Brian Schmidt

Eight Young Scientist Quickfire Pitches

(1330 – 1500)

Eight Young Scientist Quickfire Pitches

(1330 – 1500)

One Plenary Lecture
(1330 – 1415)

Prof Yael Kalai

Afternoon Break (1500 – 1530) Closing Plenary Lecture
(1415 – 1515)

Dame Sue Black

Five Fireside Chat Sessions
(1530 – 1615)

1. Prof Tim Hunt
2. Prof Richard Roberts
3. Prof Duncan Haldane
4. Prof Konstantin Novoselov
5. Prof Adi Shamir

Two Plenary Lectures
(1530 – 1700)

Prof Stefan Hell

Prof Tim Hunt

Two Plenary Lectures
(1530 – 1700)

Prof Joseph Sifakis

Prof Duncan Haldane

Afternoon Break
(1515 – 1600)
Fireside Chat (x7)
(1630 – 1715)

1. Dame Sue Black & Prof Joan Rose
2. Prof Yael Kalai & Prof Leslie Valiant
3. Prof Wendelin Werner & Prof Louis Ignarro
4. Prof Steven Chu & Prof Takaaki Kajita
5. Prof Hartmut Michel
6. Prof Aaron Ciechanover
7. Prof Brian Schmidt

Travel to Closing Event
(1600 – 1730)
Dedicated Poster Session for Participants
(1715 – 1800)
Five Fireside Chat Sessions
(1700 – 1745)

1. Prof Richard Roberts
2. Prof Louis Ignarro
3. Prof Takaaki Kajita
4. Prof Leslie Valiant
5. Prof Hartmut Michel

Seven Fireside Chat Sessions

(1700 – 1745)

1. Prof Duncan Haldane
2. Prof Brian Schmidt
3. Prof Yael Kalai
4. Prof Tim Hunt
5. Dame Sue Black
6. Prof Steven Chu
7. Prof Joan Rose

Dedicated Poster Session for Participants
(1745 – 1830)
[Speakers & Participants]
Closing Event@Sentosa
(1730 – 2030)

Hashtag: #NRF

The issuer is solely responsible for the content of this announcement.

About the Global Young Scientists Summit

The Global Young Scientists Summit (GYSS) is an international gathering of bright young researchers from all over the world in Singapore, who will be mentored by eminent scientists over a five-day Summit. The Summit will discuss the latest advances in science and technology, and how research can develop solutions to address major global challenges. It is a multi-disciplinary event covering the disciplines of chemistry, physics, biology, mathematics, computer science and engineering.

Organised by the National Research Foundation Singapore (NRF), GYSS is supported by the Ministry of Education, National University of Singapore, Nanyang Technological University, Agency for Science, Technology and Research, Singapore Management University, Singapore University of Technology and Design, and Science Centre Singapore. Other close collaborators for this edition of GYSS include SGInnovate, Hwa Chong Institution, Foundation Lindau Nobel Laureate Meetings, Heidelberg Laureate Form, and Technology Academy Finland.

For more info on the GYSS please visit:

About the National Research Foundation

The National Research Foundation, Singapore (NRF), set up on 1 January 2006, is a department within the Prime Minister’s Office. The NRF sets the national direction for research and development (R&D) by developing policies, plans and strategies for research, innovation and enterprise. It also funds strategic initiatives and builds up R&D capabilities by nurturing research talent.

Learn more about the NRF at

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From Engineering Feats to Ecological Regeneration, Vinhomes Green Paradise Debuts the ESG++ Framework for Future Cities

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HO CHI MINH CITY, VIETNAM – Media OutReach Newswire – 13 January 2026 – For decades, the global map of urban development seemed firmly defined by familiar names. The United States shaped the world’s financial megacities; Dubai astonished the globe with audacious land reclamation projects; Singapore became a benchmark for disciplined, sustainable planning. Within that sweeping current, Vietnam was often perceived as a latecomer, observing, learning, adapting, and steadily refining its own path.

Today, that narrative is shifting. When Vinhomes Green Paradise confidently steps onto the global stage, alongside projects from the world’s most advanced economies, it represents far more than the launch of a new development. It marks a moment when Vietnamese urban thinking moves beyond its domestic context, ready to be assessed, debated, and recognized at a regional and international level.

This is not merely a project announcement. It is a signal of transformation.

When Vietnamese Cities Enter the Global Conversation

Vietnam has, in recent years, earned international recognition through prestigious awards in planning, architecture, and real estate, including the Asia Pacific Property Awards and the International Property Awards. These accolades reflect the growing professionalism and creative capacity of Vietnamese developers, architects, and planners.

Yet Vinhomes Green Paradise occupies a different dimension of aspiration. Its significance does not lie in a single master plan or architectural statement, but in a comprehensive urban philosophy, one where sustainability, advanced technology, and environmental responsibility are no longer supporting ideas, but core drivers placed on equal footing with economic growth.

In this sense, the project signals that Vietnamese expertise has matured. It suggests a readiness not just to learn from the world, but to engage in meaningful dialogue with it, and to contribute original thinking to the global discourse on future cities.

The choice of location is no coincidence. Can Gio is one of Vietnam’s most ecologically sensitive regions, home to more than 75,000 hectares of mangrove forests recognized by UNESCO as a World Biosphere Reserve.

Developing nearly 3,000 hectares in such an environment presents an unprecedented challenge. In a place where ecosystems are delicate and interconnected, any miscalculation could leave irreversible consequences.

Vinhomes Green Paradise emerges precisely within this context. It serves as a comprehensive test of urban knowledge, technological capability, governance capacity, and, above all, environmental accountability. Its implementation demonstrates that Vietnamese enterprises are prepared to meet the most demanding international standards in ecological urban development.

From Urban Project to UrbanNature Ecosystem

What truly distinguishes Vinhomes Green Paradise is not its scale, but its development philosophy. The project is not positioned as a conventional modern township. Instead, it is conceived as an integrated urban–nature ecosystem, where human life and the natural environment coexist in a state of long-term balance.

Green infrastructure, smart-city technologies, renewable energy systems, digital governance, and ecological restoration are woven into a single, unified framework. Globally, only a handful of pioneering cities, such as Masdar in the United Arab Emirates or Songdo in South Korea, have pursued such an integrated approach at scale.

The emergence of Vinhomes Green Paradise signals that Vietnam is no longer standing at the periphery of this movement. It is entering the arena with the confidence to participate, and potentially to lead, in the global race toward sustainable urban futures.

ESG++: Beyond Sustainability Toward Regeneration

While ESG (Environmental, Social, Governance) principles have become a global standard, Vinhomes Green Paradise advances the concept further through an ESG++ framework, adding two critical dimensions: Regeneration and Resilience.

Rather than expanding by consuming natural resources, the project prioritizes ecological restoration, aiming not merely to minimize harm, but to actively return value to the environment. The vision is of a city that can generate its own energy, treat and reuse its wastewater, and maintain ecological equilibrium over time.

Urban experts increasingly agree that such models are essential in an era of climate change, particularly for coastal cities facing rising sea levels and extreme weather. In this context, Vinhomes Green Paradise contributes to defining a new benchmark for sustainable coastal urbanism, not only in Vietnam, but globally.

Building a megacity in an environmentally sensitive coastal zone demands deep interdisciplinary expertise, spanning geology, hydrology, ecology, materials science, and energy systems. The financial and technological investments required are immense, and few developers are willing, or able, to assume such complexity and risk.

It is within this demanding framework that the involvement of AOMI Construction Co., Ltd., becomes particularly significant. AOMI is the owner of the K-DPM soil solidification technology, one of the world’s most advanced solutions for soft-ground and land reclamation projects.

Drawing from Japan’s extensive experience as an island nation with limited land resources, Mr. Okori Katsumi, a Japanese expert, representative of AOMI Construction Co., Ltd., explains: “Japan has long faced constraints in land availability. For decades, we have turned to the sea, creating airports, urban spaces, and new living environments through carefully engineered land reclamation.”

Traditional methods, such as mixing cement directly with soil, revealed critical limitations in scale and transportability. K-DPM technology was developed to overcome these barriers by using high-pressure air to move and solidify large volumes of dredged material, reducing construction time while minimizing environmental impact through reduced reliance on sand extraction.

From Engineering Feats to a 21st-Century Symbol

Japan’s experience in land reclamation has consistently emphasized environmental protection, using containment barriers to limit water turbidity, and applying strict standards for pH levels and material compatibility with surrounding ecosystems. These principles are now being adapted and elevated in Can Gio.

For Vingroup, Vinhomes Green Paradise is not its first venture into coastal engineering. In 2017, the VinFast manufacturing complex in Hai Phong, over 60% of which involved land reclamation, was completed in a record 21 months, setting new benchmarks for speed and technical execution.

In Can Gio, the challenge has been taken further. The project benefits from consultancy by Dutch experts, representing a nation globally renowned for water management and land reclamation expertise. The objective extends beyond structural durability to the comprehensive preservation of indigenous ecosystems over the long term.

If land reclamation once astonished the world through icons like Palm Jumeirah in Dubai, Vinhomes Green Paradise seeks to redefine that legacy through a fundamentally different philosophy: Respect for nature and ecological regeneration.

This ESG++ megacity is more than proof of advanced engineering capability. It stands as a symbol of Vietnam’s national vision, one that looks toward the ocean not as a frontier to conquer, but as a partner in shaping resilient, future-ready cities.

Ultimately, Vinhomes Green Paradise is not simply a real estate development. It is a declaration of aspiration and confidence, a statement that Vietnamese urbanism has entered a new era, where healing people and healing nature are no longer separate goals, but a shared mission for sustainable progress in the 21st century.

Hashtag: #Vinhomes

The issuer is solely responsible for the content of this announcement.

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HDBank completes issuance of US$100 million green bonds to international investors

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HO CHI MINH CITY, VIETNAM – Media OutReach Newswire – 12 January 2026 – Ho Chi Minh City Development Commercial Bank (HDBank, ticker symbol: HDB) has successfully issued a second tranche of international green bonds worth US$50 million to the Dutch Entrepreneurial Development Bank (FMO) and British International Investment (BII), the UK’s development finance institution and impact investor, completing its $100 million international green bond initiative in 2025.

HDBank’s international green bond programme strengthens funding diversification and supports sustainable, green and inclusive finance initiatives in Vietnam.

The announcement was made at “The USD100 Million Green Bond Issuance Disclosure Ceremony” recently held between HDBank and its green bond investors including FMO, BII and the International Finance Corporation (IFC) – a member of the World Bank Group in the presence of the Deputy Consul General of the Netherlands and representatives from the British Consulate General in Ho Chi Minh City.

The bonds included $30 million privately issued to FMO and $20 million to BII. The first tranche was issued to IFC, which facilitated the participation of FMO and BII in the second tranche.

The bonds have a three-year term, are non-convertible and unsecured and issued without warrants.

Nguyen Huu Dang, HDBank’s CEO, said: “Sustainable development goals lie at the heart of HDBank’s strategy, which is centred on delivering the best value for customers, partners and the community. This international green bond initiative marks an important stepping stone on our journey towards achieving those goals.”

The issuance help diversify HDBank’s funding sources, support its sustainable growth strategy and create a foundation for it to continue attracting additional international capital for green finance, sustainable development and inclusive finance initiatives in Vietnam.

This, in turn, helps customers access capital to deploy solar energy projects, electric vehicles, green buildings, and other energy-saving solutions.

Projects financed by the green bond proceeds must undergo rigorous screening, meet environmental and social risk management requirements, and comply with eligibility criteria under the Bank’s Sustainable Finance Framework. These projects are expected to reduce approximately 102,000 tons of CO₂ over 10 years, improve environmental quality and contribute to Vietnam’s Net Zero 2050 commitment.

Weichuan Xu, IFC’s lead for the Financial Institutions Group in Vietnam, Cambodia and Lao PDR, said the issuance marked a significant step in expanding HDBank’s climate finance portfolio and advancing Vietnam’s economic and social progress.

“The funds raised will support projects that foster sustainable industries, generate jobs and strengthen communities,” he added.

Representatives from FMO and BII also highlighted the transaction as a strong signal of the growing readiness and potential of Vietnam’s sustainable finance ecosystem, helping attract more capital for climate-responsible projects.

With this milestone, HDBank reinforces its commitment to sustainable finance and the long-term prosperity of its customers, partners and the community, while expanding its presence on the global financial map.

Hashtag: #HDBank

The issuer is solely responsible for the content of this announcement.

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Hang Lung Enters the Next Phase in Its Sustainability Journey with Ambitious New Targets

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New targets outlined for 2030 following the successful conclusion of the 25×25 sustainability targets

HONG KONG SAR and SHANGHAI, CHINA – Media OutReach Newswire – 12 January 2026 – Hang Lung Properties Limited (SEHK stock code: 00101) (“Hang Lung” or the “Company”) today announces a new phase in its sustainability journey, unveiling 20 refreshed 2030 targets that build on its success in achieving its 25 x 25 Sustainability Targets.

Launched in 2021, the 25 x 25 targets defined Hang Lung’s agenda to the end of 2025 across four priorities: Climate Resilience, Resource Management, Wellbeing, and Sustainable Transactions. The Company has achieved its earlier ambitions, and exceeded targets related to greenhouse gas emissions reduction, renewable energy, and energy efficiency. Establishing such a concrete and robust set of targets also helped the Company develop practices in sustainability innovation and continual improvement.

Building on this success, now with expanded data, greater organizational maturity, and heightened ambition, Hang Lung’s refreshed 2030 targets reflect its position as an industry leader in sustainability.

The 20 targets for 2030 continue to be organized under the four priorities that define Hang Lung’s approach to sustainability, including the below highlights:

  • Climate Resilience: Among the first real estate companies in Asia to have near- and long-term targets fully aligned with the Science Based Target initiative’s Buildings Criteria and its emission reduction pathway (1.5°C). Also, Hang Lung is the first real estate company in Asia to establish a Climate Value-at-Risk target.
  • Resource Management: The first real estate company in Asia to formulate a target for biodiversity net gain (10%) on all new development projects and major renovations, supporting urban ecosystems and enhancing green spaces.
  • Wellbeing: Generate at least HK$40 million in social value through community investments.
  • Sustainable Transactions: Collaborate with tenants representing 25% of our leased floor area through our sustainability partnerships program.

Collaboration across the value chain remains central to Hang Lung’s approach, extending beyond traditional metrics. Hang Lung aims to partner with suppliers and tenants through quantifiable targets to drive progress upstream and downstream. In addition, the Company is committed to supporting innovation in standards development to facilitate impactful sustainability initiatives across sectors and jurisdictions.

Mr. Adriel Chan, Chair of Hang Lung Properties and Chair of the Sustainability Steering Committee, commented: “We are excited to embark on this next phase of our sustainability journey, reflecting Hang Lung’s growing role not just as a leader in sustainability action, but also in sustainability thought leadership. By working closely with partners across our value chain, we are confident that we can deliver on these commitments and continue to foster excellence in sustainable development in Asia.”

Mr. John Haffner, Deputy Director – Sustainability, added: “Over the past several years, we have seen how ambitious targets focus our efforts and help develop a culture of innovation. Building on our achievements and lessons learned, our 2030 targets are sharper and more data-driven, and will help us achieve greater impact in our communities.”

Full details of the 25 x 25 wrap-up and the new 2030 targets will be shared in Hang Lung’s 2025 Sustainability Report to be released in March. The report will provide further insights into the Company’s achievements, lessons learned, and emerging plans to support the refreshed 2030 targets, inviting partners and the wider public to join forces in shaping a sustainable future.

Appendix
Overview of 2030 Sustainability Goals and Targets

Priority 2030 Goals 2030 Targets
Climate Resilience

Reduce carbon footprint in line with science and adapt to a changing climate

1. In-use operational emissions: 56.1% per m2 reduction in scope 1, 2 and 3 in-use operational GHG emissions of owned and leased buildings from a 2023 base year.
2. Upfront embodied emissions: 42% reduction in upfront embodied emissions from a 2023 base year.
3. Renewable electricity: 70% of our landlord’s electricity consumption across the portfolio provided by renewable electricity.
4. Adaptation: 10% reduction in our Climate Value-at-Risk compared to the absence of implemented adaptation measures.
Resource Management

Drive efficient and circular use of natural resources and help regenerate nature

5. Energy Use Intensity: 10% reduction in the landlord’s energy use intensity from a 2023 base year.
6. Operational Waste: 35% recycling of municipal solid waste generated from operating properties.
7. Construction Waste: 90% recycling of construction waste generated from construction sites.
8. Water: 8% reduction in freshwater intensity from a 2023 base year.
9. Biodiversity: 10% biodiversity net gain on all new development projects and major renovations with landscape renovation.
Wellbeing

Foster safe, inclusive and healthy spaces that enhance quality of life for all stakeholders

10. Health and safety: Maintain zero work-related fatalities, serious injuries, and occupational diseases for employees and contractors. Maintain a Lost Time Injury Rate of 1.5 or below for employees and contractors.
11. Indoor air quality: Maintain, more than 90% of the time, PM2.5, TVOC and CO2 levels below levels defined in the RESET Air standard.
12. Employee engagement: Maintain an employee engagement survey rating greater than or equal to the 75th percentile.
13. Diversity: At least 5% of our workforce across the portfolio is comprised of people from diverse backgrounds.*
14. Diversity: Maintain Female-to-Male pay ratio of 1:1; maintain gender balance in management positions.
15. Social impact: Create at least HK$40 million in social value through our community investments.
Sustainable Transactions

Collaborate with key stakeholders across our value chain to advance our sustainability priorities

16. Tenant electricity intensity: Benchmarking provided to 100% of tenants across the Chinese Mainland portfolio and work with tenants towards a 10% reduction in their electricity intensity from a 2023 base year.
17. Tenants: Tenants representing 25% of our leased floor area in applicable Chinese Mainland and Hong Kong properties participate in our tenant sustainability partnerships program.
18. Suppliers: Regularly conduct ESG risk screening for 100% of active suppliers and provide ESG assessments for suppliers covering 50% of spending.
19. Procurement: 15% of spending on operational procurement qualifies as sustainable procurement.
20. Standards development: Undertake at least three innovative initiatives in standards development to help accelerate learning and sustainability impact.

* Our definition of diverse background includes people with disabilities and ethnic minorities.

Hashtag: #HangLungProperties

The issuer is solely responsible for the content of this announcement.

About Hang Lung Properties

Hang Lung Properties Limited (SEHK stock code: 00101) creates compelling spaces that enrich lives. Headquartered in Hong Kong and Shanghai, the Company manages a portfolio of over 3.5 million square meters of retail, office, residential, and hotel properties across Hong Kong and mainland China.
The Company’s diverse portfolio in Hong Kong includes office towers and malls in prime districts, as well as luxury residential developments in prestigious areas. In mainland China, under the signature “66” brand, the Company’s mixed-use and retail developments are regarded as premium landmarks, strategically located in the hearts of key cities of Shanghai, Shenyang, Jinan, Wuxi, Tianjin, Dalian, Kunming, Wuhan, and Hangzhou.
The Company is recognized for pioneering sustainability in the real estate industry, with an MSCI ESG rating of AA and inclusion on CDP “A List” for Climate Change. The Company powers 80% of its operating properties in the Mainland with renewable energy, with a net zero commitment by 2050.
At Hang Lung Properties – We Do It Well.
For more information, please visit .

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