JTC-SGBC Seminar 2026: Circular Strategies for a Future-Ready Built Environment

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This afternoon, the Singapore Green Building Council and JTC Corporation hosted the 15th edition of the annual joint seminar at the Matrix Auditorium, Biopolis. This milestone session, themed “Circular Strategies for a Future-Ready Built Environment,” brought together industry leaders and researchers to explore how we can move from a linear “take-make-waste” model toward a truly […]

Turning Battery Waste into Sustainable Concrete

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As Singapore accelerates towards its net-zero ambitions, an unexpected solution to two pressing environmental challenges is emerging from the laboratories of the Singapore Polytechnic (SP) Advanced Materials Technology Centre (AMTC). This latest innovation transforms spent graphite from decommissioned electric vehicle (EV) batteries into a valuable component for sustainable concrete production, creating a circular economy solution […]

Navigating Electricity Price Volatility: What Businesses Should Know about Energy Security in Singapore

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Energy markets worldwide have experienced increased volatility in recent years, driven by movements in global fuel prices, supply chain disruptions, geopolitical developments, and weather-related factors. As a small, open and highly connected economy, Singapore’s energy landscape is acutely sensitive to global shifts. For businesses, particularly those managing commercial buildings and energy intensive facilities, it is […]

Sustainable Concrete Incorporating Mixed Tyre Fibre Waste

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Every year, approximately 26 million tonnes of tyres reach end-of-life globally, creating a significant environmental and waste management challenge. Despite ongoing recycling efforts, a substantial proportion of these tyres continues to be landfilled, stockpiled, or incinerated. Meanwhile, the construction sector’s demand for sustainable materials has grown steadily, driven by rapid urbanisation and there is an […]

Solar Heat Rejection Coating Transforms Glass Performance

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Singapore Polytechnic’s innovative spray-applied solution delivers 8.85% cooling energy savings whilst maintaining natural light The Glass Dilemma in Green BuildingsGlass skyscrapers now dominate Singapore’s city skyline, offering aesthetic appeal and natural light, but glass itself is a poor insulator that allows excessive solar heat gain into buildings. This thermal inefficiency leads to increased cooling energy […]

Alternative Cooling Technologies – Accelerating the Transition towards a Low-carbon Built Environment

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Singapore’s path to net-zero runs through our buildings, and cooling, which consumes 40-60 percent of building energy, is the single biggest lever we can pull. The Built Environment Decarbonisation Technology Roadmap published earlier this year identifies nearly 70 technologies. Among them, ACTs (Alternative Cooling Technologies) are highlighted as a key strategy for operational carbon reduction. […]

[CNA Commentary] How do we escape the air-conditioning trap?

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This article was first published on the CNA website on 10 March 2026. The “air-conditioning trap” is real: as our cities get hotter, we use more AC, which pumps more heat into our environment, making cities even hotter. In his commentary piece on CNA, Prof. Khoo Teng Chye, Practice Professor with the College of Designand […]

Humidity Control: The Missing Piece of Sustainable Cooling

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Singapore’s Go 25 movement encourages indoor air-conditioning setpoints of aorund 25°C to reduce energy consumption and advance net-zero targets. Yet in a tropical climate, temperature alone cannot deliver comfort, health, or energy efficiency if the air remains humid. Humidity control, specifically maintaining a lower dew point and approximately 50% relative humidity (RH). This is the […]