News Daily


Men's Weekly

News from Asia

  • Written by Media Outreach
Hongkong Land and Gammon Construction bring CarbonCure Low‑Carbon Concrete to Hong Kong for the first time
HONG KONG SAR - Media OutReach Newswire - 14 April 2026 - Hongkong Land and Gammon Construction have partnered to introduce CarbonCure to Hong Kong. Through this strategic collaboration, the companies are deploying the patented CO₂ mineralisation technology in Tomorrow's CENTRAL project, marking its first use in Hong Kong. This alliance pioneers low-carbon building materials in the city and accelerates the wider industry's transition.

(From left to right) Mr. Eddie Tse, Group Sustainability Manager, Gammon Construction; Ms. Ka Yan Chu, Assistant Technical Manager, Concrete Technology Services, Gammon Construction; Ms. Grace Lam, Senior Sustainability Manager, Hongko

Reducing cementrelated emissions without compromising performance

Embodied carbon accounted for 70% of Hongkong Land's total carbon emissions in 2025, with industry research indicating that more than 80% of the embodied carbon in a typical new commercial building is associated with concrete, brick and steel. Cement production generates about 7% of global CO₂ emissions, more than three times that of civil aviation, making it a critical decarbonisation priority.

CarbonCure offers one of the most effective solutions, reducing cement content by 4–7% without compromising concrete quality or performance. The new technology injects captured CO₂ into fresh concrete during mixing, where it undergoes a chemical reaction to form a mineral, permanently trapping carbon within the material. When combined with a low-carbon concrete mix containing approximately 40% Ground Granulated Blast-Furnace Slag (GGBS), a 34% carbon emissions reduction is achieved compared to traditional non-green concrete.

Implementing this innovative technology supports Hongkong Land's target of achieving a 22% reduction in Scope 3 carbon intensity by 2030. It also aligns with Tomorrow's CENTRAL project's sustainability objectives, including using 100% low carbon concrete, 100% green rebar, and 100% sustainable timber during construction, and to divert 75% of construction waste.

Tomorrow's CENTRAL: a project with sustainability at its core

Tomorrow's CENTRAL is Hongkong Land's bold three-year plan to transform the LANDMARK retail portfolio. Announced in June 2024, the project is ambitious in its scope, encompassing extensive façade enhancements, retail renovations and office lift-lobby relocations From inception, sustainability has been the project's guiding principle.

The CarbonCure concrete mix technology was deployed by Hongkong Land and Gammon in November 2025 after it was approved by the Buildings Department in September 2025 following a rigorous 18-month testing and preparation period.
Michael T. Smith, Group Chief Executive of Hongkong Land, said: "Sustainability is a key business priority for Hongkong Land. Using lower carbon concrete on Tomorrow's CENTRAL helps to advance the goals of our Sustainability Framework 2030. As the first developer to apply this technology in Hong Kong's premium commercial sector, we continue to demonstrate our commitment to innovation and encourage wider industry uptake." Eddie Tse, Group Sustainability Manager, Gammon Construction, said: "We are delighted to partner with Hongkong Land on Hong Kong's first application of CarbonCure concrete. Their strong commitment to sustainability and openness to pioneering solutions have been instrumental in making this milestone possible. By permanently mineralising carbon within building materials and reducing cement use, lower carbon concrete represents a meaningful step forward in embodied‑carbon reduction. With this successful deployment, we look forward to extending similar innovations across the industry and collaborating with more clients to drive low‑carbon construction in Hong Kong."

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

Read more

When to Escalate a Debt Recovery Matter to Legal Action

Knowing when to transition from informal debt collection efforts to formal legal proceedings is a decision that many creditors find difficult to navigate. Acting too early can damage commercial relationships, while waiting too long can reduce the likelihood of recovery... Read more

Why Slurry Hose Systems Are Essential for Handling Abrasive Industrial Materials

Transporting abrasive mixtures is a common challenge in industries such as mining, dredging, and construction. These mixtures, known as slurry, consist of solid particles suspended in water or other liquids. Moving slurry through pipelines requires specialised equipment that can withstand... Read more

Why Choosing the Right Dental Clinic Matters for Long Term Oral Health

Maintaining good oral health requires regular checkups, preventive care, and professional treatment when needed. Visiting a trusted Dental Clinic plays a vital role in keeping teeth and gums healthy while preventing more serious dental problems in the future. Many people only... Read more

Is Deep Plane Facelift Safe in Thailand?

When you ask whether a deep plane facelift is safe in Thailand, you’re really asking: “Can I get high-quality surgical care with strong safety standards and reliable follow-up while I’m traveling?” That’s a smart question. But the country name alone... Read more

Why Cloud Services Are Now Essential for Business Growth and Security

In today’s fast-moving digital environment, understanding how cloud services support long-term stability has become a priority for businesses across Australia. As expectations shift and workplaces adopt more flexible models, organisations are turning to cloud services to keep systems running smoothly... Read more

Steel Cutting Services: Precision That Shapes Modern Construction

In today’s construction, manufacturing, and fabrication environments, steel cutting services play a vital role in turning raw steel into practical, usable components. From large-scale infrastructure projects to bespoke architectural features, the accuracy and quality of steel cutting directly influence the... Read more