Smart building cooling solutions for cities and industry.
What sets us apart
Smart building cooling solutions for cities and industry.
Our mission is to transform buildings into active cooling surfaces. We help reduce urban temperatures, protect structures, and increase occupant comfort—without high energy consumption. We bring scientifically proven technologies from Europe to even the hottest regions of the world.
NOVERA was born from more than forty years of research by Ing. Aloizy. His original ceramic microsphere technology, developed for extreme industrial conditions, is now used on villa rooftops in the GCC as well as on homes across Europe. What began as expert research has become a global protective layer for modern cities.
At the heart of NOVERA are ceramic microspheres that reflect thermal radiation and protect structures from overheating. They can reduce surface temperatures by up to 30 °C, stabilize buildings, and extend material lifespan—even during extreme summer heat waves.
NOVERA Lab conducts UV testing, salt spray tests, thermal shock testing, IR imaging, on-site measurements, and long-term comparative monitoring. Research is also expanding to large-scale surfaces—airports, stadiums, and transport hubs.
Real-world results confirm significantly cooler surfaces, lower energy consumption, and reduced thermal stress on structures. Drone-based IR imagery clearly shows the dramatic difference between treated and untreated buildings.
Scientific integrity. Responsibility toward cities. Comfort for people. Technologies built to last. Global impact with long-term value.
NOVERA delivers innovative technology that helps reduce building overheating.
High-performance
thermo-reflective membrane SRI 107:
Reflects infrared radiation and reduces roof thermal load by up to −43 °C
Thermo-active façade system:
Thermo-reflective exterior render with vapour-permeable and hydrophobic protection Reduces façade thermal load and stabilises indoor climate
Interior thermal insulation coating:
Active surface protection for interior walls – reflects heat back into the room and reduces thermal losses Vapour-permeable thermo-reflective interior coating with antibacterial properties
Waterproofing solutions:
Highly elastic two-component waterproofing membrane – the base layer of NOVERA systems Waterproof protection with resistance up to a 25 m water column for structural sealing and long-term durability
A world-class scientific authority responsible for transferring advanced military technologies into civilian applications
• 40+ years of research into microsphere-based systems under extreme operating conditions.
• Originally involved in the development of specialised membranes for military submarines (IR stabilisation and microclimate control).
• Long-standing collaborations with Fraunhofer, TÜV, DLR, TECNALIA and CTU Prague.
• Founder of the core principles behind today’s NOVERA technology
— controlled emissivity, IR reflection and multilayer thermal systems.
• Lead developer and co-owner of NOVERA Technologies.
His work provides the scientific foundation and credibility of the entire NOVERA system.
NOVERA delivers innovative technology that helps reduce building overheating.
NOVERA is based on a dense matrix of engineered ceramic microspheres integrated into a thin functional layer. These microspheres act as microscopic reflective elements, returning infrared radiation before it can penetrate the building envelope.
Under defined conditions, this results in a typical surface temperature reduction of approximately 27–43 °C, while load-bearing layers remain thermally stable and are subjected to significantly lower thermal stress.
By reflecting heat at the surface, NOVERA limits thermal energy from entering deeper layers of the building envelope. This reduces overheating, stabilises the internal thermal gradient and significantly lowers mechanical stress within the structure. The result is a more stable construction with predictable thermal behaviour.
Lower temperature fluctuations lead to reduced material expansion and contraction, minimising the risk of cracking, deformation and premature degradation. NOVERA therefore protects not only the surface, but also the integrity of the underlying construction, contributing to a longer service life of the building.
Developed in Europe and engineered for demanding environments, NOVERA performs reliably in regions exposed to extreme heat, intense solar radiation, dust and humidity. In climates where roof surface temperatures regularly exceed 80 °C, the system maintains stable physical properties and consistent long-term performance.
Approximately 50–59% of total solar energy lies within the infrared spectrum, rather than within visible light. While conventional surface coatings primarily reflect visible radiation, NOVERA operates across the near-, mid- and far-infrared bands (NIR, MIR and FIR), directly addressing the dominant source of thermal load. This physical effect remains stable even in polluted, dusty or urban environments.
Through the combination of active infrared reflection, controlled thermal behaviour and high material resilience, NOVERA delivers long-term, measurable and predictable performance across urban, industrial and extreme climatic conditions.
Behind NOVERA technology lies more than forty years of scientific research led by Ing. Aloizy. This long-term development forms the foundation of a system designed not as a theoretical concept, but as a measurable and verifiable engineering solution.
At NOVERA Lab, the technology is continuously validated through precise surface temperature measurements, long-term performance monitoring, mechanical and environmental stress testing, and drone-based infrared imaging. The result is a system whose performance is scientifically documented and consistently measurable in real-world conditions.
Surface temperature measurements
Independent measurements on real buildings demonstrate a typical and stable surface temperature reduction of approximately 27–43 °C under operational conditions.
Energy performance
Monitored buildings show 25–40% reductions in cooling demand, confirming the direct impact of infrared reflection on energy consumption.
Accelerated ageing resistance
Following simulated years of extreme environmental stress, NOVERA retains its reflective efficiency and physical properties, demonstrating long-term durability beyond conventional coatings.
Drone-based thermal imaging provides clear visual confirmation of NOVERA’s performance. Treated façades and roofs consistently appear cooler in infrared imagery, while adjacent untreated surfaces emit significantly higher thermal radiation. This contrast offers direct, visual evidence of reduced heat absorption and lower surface temperatures.
Airports, railway stations, stadiums and logistics centres represent vast roof areas with a measurable influence on urban heat accumulation. These large-scale structures form an important part of NOVERA’s ongoing research and validation. At this scale, the technology demonstrates its ability to influence not only individual buildings, but also the thermal balance of entire urban districts.
NOVERA contributes to the reduction of urban temperatures, energy consumption and stress on electrical grids. Each square metre of treated surface helps lower surrounding temperatures and supports improved thermal comfort in the built environment.
During periods of high temperatures, NOVERA supports a measurable reduction in cooling demand at peak load conditions. This directly contributes to lower CO₂ emissions, improved grid stability and reduced cooling costs at the scale of individual buildings and wider urban areas.
Buildings form the outer skin of the city. By applying NOVERA, this surface is transformed into an active cooling layer that reduces heat accumulation, slows night-time heat retention and improves the urban microclimate for both people and infrastructure.
NOVERA is developed in accordance with relevant European EN / ETAG standards and is based on established scientific methodologies with measurable performance parameters.
NOVERA products achieve an SRI value of approximately 107, placing them among the highest-performing reflective systems currently available on the market.
Certification processes are currently underway for the Middle East, including Dubai Municipality and ESMA. These approvals are intended to support large-scale applications across the GCC region.
Technologies engineered for extreme temperatures, high operational loads and long-term structural stability.
Residential buildings are particularly sensitive to overheating, especially roofs, attics and façades exposed to western and southern solar load. NOVERA stabilises surface and internal temperatures, provides long-term material protection and reduces the energy burden on households. Living spaces remain comfortable and usable even during extreme summer conditions, without the need for structural modifications. The system preserves the original appearance of the building while extending its service life.
Applications
Family Houses
Apartment Buildings & Residential Complexes
Attics & Mansards
Renovation of Existing Buildings
Commercial buildings typically feature large roof areas and experience high operational thermal loads. In these environments, NOVERA delivers fast, measurable returns through reduced cooling demand and improved thermal stability. It stabilises temperatures in technical rooms, server rooms and energy zones, while protecting façades and roofs against UV exposure, material degradation and extreme thermal fluctuations. For facility management, it represents a reliable tool for long-term operational stability.
Applications
Office Buildings
Retail & Shopping Centres
Schools, Hospitals & Public Buildings
Warehouses & Logistics Facilities
Industrial environments demand materials capable of withstanding extreme thermal stress, mechanical load and aggressive operating conditions. NOVERA reduces surface temperatures of structures, protects machinery and stabilises the internal climate of industrial halls. Steel structures experience reduced thermal expansion, surfaces age more slowly and maintenance requirements are significantly lowered. Production processes become safer, more efficient and more predictable. This is a solution engineered specifically for extreme operating environments.
Applications
Mobile Units & Containers
Production Halls & Manufacturing Facilities
HVAC Systems & Machinery
Tanks & Pipelines
Smart building cooling solutions for cities and industry.
NOVERA is a European science-driven brand focused on protecting buildings from heat. We combine materials science, radiation physics, and architectural practice to help cities withstand rising temperatures.
The roots of the technology trace back to the research of Ing. Aloizy, who spent decades developing ceramic microspheres for extreme industrial applications. From this foundation, today’s NOVERA was created—a system designed to protect homes, roofs, and façades.
We develop high-performance reflective coatings that reduce surface temperatures, stabilize structures, and lower energy consumption. The technology can cool surfaces by up to 30 °C and reduce cooling demand by 25–40%.
Every product undergoes UV testing, salt spray exposure, thermal shock testing, infrared imaging, and long-term monitoring. Our science is built on measurable data—not marketing claims.
NOVERA serves European architecture while being engineered for the extreme conditions of the GCC. From villas and residential buildings to airports, sports arenas, and industrial complexes.
We envision a world where buildings do not increase urban temperatures, but actively help reduce them—where technology protects people, saves energy, and extends the lifespan of structures.
Smart building cooling solutions for cities and industry.
Discussions about building performance often focus narrowly on energy consumption. While energy
NOVERA is not the result of a recent innovation cycle or a
Cities are warming faster than ever before. This is no longer a