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About

About CyjijamoruQ

What This Resource Covers

CyjijamoruQ is an independent editorial resource focused on heat resilience and cooling technology in Singapore. Published from Singapore, the site covers developments in reflective building materials, urban vegetation strategies, district cooling infrastructure, passive design, and the policy frameworks that shape how the city-state responds to rising temperatures.

All content is written and reviewed by contributors with backgrounds in environmental technology journalism and building science. The editorial approach prioritises specific data, named sources, and measurable outcomes over generalised commentary. When government reports, academic studies, or industry disclosures are referenced, direct links to the original material are included.

Editorial Standards

Content published on CyjijamoruQ follows several principles:

  • Source verification: Every factual claim is traceable to a published government report, peer-reviewed study, or verifiable industry disclosure. Claims that cannot be sourced are excluded.
  • Specificity: Articles include precise figures (temperatures in degrees, costs in Singapore dollars, areas in hectares or square metres) rather than qualitative descriptions. Where exact numbers are unavailable, the absence is noted.
  • Transparency: Funding sources, potential conflicts of interest, and the limitations of cited research are disclosed where relevant.
  • Timeliness: Publication dates and last-updated dates are displayed on all articles. When new data supersedes previously published figures, the article is updated and the revision is noted.

Background: Singapore's Heat Challenge

Singapore sits approximately 1.3 degrees north of the equator. Average daily temperatures range from 25°C to 32°C year-round, with humidity levels consistently above 70%. The urban heat island effect — where built-up areas trap and re-emit more solar energy than vegetated land — adds up to 7°C to local temperatures during peak hours.

Climate projections produced by the Centre for Climate Research Singapore indicate that without mitigation, maximum daily temperatures could reach 35–37°C by 2100 under high-emission scenarios. The compounding effects of global warming and intensifying urbanisation make heat resilience one of the defining infrastructure challenges for the country over the coming decades.

CyjijamoruQ exists to document the specific technologies, policies, and field-tested interventions being deployed in response.

Company Information

CyjijamoruQ is published by CyjijamoruQ Pte. Ltd., a company registered in Singapore.