Engineering & system development
Practical cooling systems refined for performance, durability and modular deployment across many environments.
[ Project · China ]
China — Advanced Materials & Engineering Research.
China is home to one of MEER's principal research programmes, bringing together engineering, material science and applied research to accelerate the development of next-generation cooling technologies for a warming world.
[ Programme overview ]
MEER's advanced research and engineering hub.
Rather than focusing on field deployments, the China programme concentrates on scientific innovation, materials research, engineering development and prototype testing. It is where new ideas are studied under controlled conditions, refined through experimentation, and prepared for the communities and climates that will benefit from them next.
Focus
Advanced research
materials & engineering
Work
Laboratory science
prototyping & testing
Role
Global support
informs every field site
Status
Active programme
continuous development
[ Engineering & system development ]
Practical cooling systems, built to perform in the real world.
Engineers in the China programme are developing and refining practical cooling systems designed to operate effectively across a wide range of environments — from dense urban rooftops to open, sun-exposed terrain.
The work emphasises improving performance, increasing durability and designing modular approaches that can be assembled, maintained and scaled without specialist infrastructure. Every iteration is guided by what field teams learn on the ground.
“The China programme is where advanced research, materials development, engineering innovation and prototype testing come together to support future cooling solutions worldwide.”
[ Research areas ]
Where the science advances.
Five interconnected areas of work — from laboratory materials science to prototype engineering — that together prepare cooling technologies for real-world implementation.
Advanced materials research
New reflective surfaces and cooling coatings studied for performance, environmental durability and scalable application.
Scientific analysis
Data from projects worldwide analysed to evaluate performance, guide modelling and inform future designs.
Prototyping & experimental development
New concepts translated into physical prototypes, tested and refined under varied environmental conditions.
Continuous innovation
Findings from engineering, materials and analysis integrated into an ongoing cycle of refinement.
Research environment
A collaborative setting where scientists and engineers work side by side to accelerate development.
[ Advanced materials research ]
Studying the next generation of reflective and cooling surfaces.
A dedicated strand of the programme investigates new reflective surfaces and advanced cooling coatings — how they perform in the lab, how they age in the field, and how they can be applied reliably at scale.
Researchers evaluate material performance under sustained sunlight, weathering and mechanical stress, building an evidence base for the long-term reliability of the surfaces MEER deploys around the world.
[ Scientific analysis ]
Turning global field data into better designs.
Researchers analyse data collected from MEER projects around the world — from rooftop temperatures in Pune to instrumented sites in Freetown and Dar es Salaam — to better understand how cooling technologies perform under real conditions.
This continuous cycle of measurement, evaluation and scientific modelling underpins publications and design decisions alike, ensuring every generation of technology is grounded in evidence.
[ Supporting the global mission ]
How China's research work reaches the world.
01
Informing field deployments
Materials, methods and measurements developed here feed directly into MEER's active project sites.
02
Preparing future technologies
Prototype testing and experimental development ready the next generation of cooling solutions for deployment.
03
Building scientific evidence
Analysis and modelling strengthen the evidence base for surface cooling as a scalable climate response.
[ Looking ahead ]
Scalable cooling for a warming world.
The work carried out in China supports MEER's broader mission by developing the technologies, materials and scientific understanding needed to deliver scalable cooling solutions for communities facing increasing heat around the world. Each experiment, prototype and analysis brings that mission closer to reach.
[ Project gallery ]
Photographs from the field
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Collaborate on the science of surface cooling.
The China programme welcomes collaboration with researchers and scientific institutions advancing the materials, engineering and evidence base of passive cooling.
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