Modern Buildings Are Mechanically Alive.
But Ecologically Dead.They consume energy.
They circulate artificial air.
They depend on distant supply chains.Indoor air pollutants persist.
Food systems remain fragile.
Urban density increases.Singrass introduces a calibrated ecological layer designed to operate inside architecture.
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Melvin Chan
CEO of Singrass Global
About Singrass Global
From Ornamentation To Infrastructure
- Reduce CO2 & VOCs
- Enhance indoor air quality
- Produce edible greens onsite
- Operate at ultra low energy and maintenance
- Tokenised rewards system for community engagement
The Living Utility Layer
Singrass Global Living Utility Layer™ transforms buildings from passive spaces into productive ecosystems. Seamlessly integrated into architecture, it embeds edible plant communities that improve indoor air quality, support wellness, operate at ultra-low energy, and generate measurable performance data—turning real estate into living, functional infrastructure.
Scalability Through Modularity
Scalability through modularity means one intelligent ecological core can be replicated and adapted across multiple environments.
The same calibrated Singrass system scales from freestanding units to fully integrated architectural installations—across residential, corporate, healthcare, and hospitality spaces—without redesigning the underlying technology. Growth happens by multiplying proven modules, not increasing complexity.
Engineered Edible Biodiversity
Singrass is not decorative greenery — it is a performance-calibrated edible ecosystem. Each of the 36 cultivated varieties is selected for photosynthetic efficiency, nutrient density, and measurable indoor air purification impact.
Deployed as diverse plant communities rather than monocrops, the system enhances resilience while actively reducing CO₂, VOCs, and formaldehyde — all while producing fresh food at the point of consumption.
It is engineered biology embedded into the built environment: food, air quality, and carbon reduction operating as one integrated living layer.
Masterplan-Ready Integration
Singrass is designed to be embedded at the architectural planning stage, not retrofitted as an afterthought. Its standardized ecological modules integrate seamlessly into clubhouses, show flats, residences, and sales galleries—aligning with façade systems, MEP coordination, interior design language, and ESG performance targets.
By incorporating Singrass at the masterplan level, developers achieve design consistency, procurement efficiency, and measurable environmental impact across multiple assets. Designed once, specified once, and replicated portfolio-wide, the system transforms greenery from decorative landscaping into a structured, performance-driven infrastructure layer.
Engineered in Singapore. Scaled for the World
Asia Pacific
Middle East
Europe
North America
Asia Pacific
Europe
Middle East
North America
Management Team
Robert Li, Chairman
Melvin Chan, CEO
Lawrence Lye, Director
Advisory Board
Professor William Chen, Scientific & Food Security Advisory
Prof. William Chen is the Michael Fam Endowed Professor, and Director of Food Science and Technology at NTU Singapore. His tech innovations in zero food waste processing and Food Circular Economy have been extensively attracting global attention, and active partnerships with food industry leading to consumer products development. The recent ‘Going Green’ programme by CNN described him as a Game-Changing Leader in the green revolution. His views on food tech and food security have been covered regularly by major local and international media. He is also advisor to government agencies, food industry, international organizations and overseas universities.
