Intelligent Building Management and Asset Protection

Comprehensive research by ASHRAE, BOMA, ETH Zürich, the National University of Singapore (NUS), the Danish Building Research Institute, IFMA, the Journal of Building Engineering, TNO, the International Association for Sports and Leisure Facilities (IAKS), and FIABCI collectively prove that the lack of entrance dust protection is one of the highest yet most frequently hidden cost factors in building management. Research clearly points out that fine, abrasive dust tracked in by footwear places critical stress on building service systems and expensive surface coverings. Tribological measurements by ETH Zürich confirm that incoming quartz and silicate-containing contaminants act as abrasives, ...
... permanently damaging premium coverings (marble, granite, epoxy), which drastically reduces the property's return on investment metrics. The application of JetMat as part of a modern "Smart Building" concept can support the attainment of energy efficiency certifications (BREEAM/LEED), minimize OPEX, and protect the long-term value of the property. The development blocks particles causing physical amortization at the source, thereby providing long-term asset protection for the property, while continuously guaranteeing healthy indoor air quality (IAQ) for tenants, which is now an essential tenant requirement in today’s premium real estate market.

1. HVAC Energy Efficiency

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Data from ASHRAE, the Danish Building Research Institute, the International Journal of Ventilation, and BOMA analyze the energy consumption of ventilation systems, the lifespan of HEPA filters, and the economic benefits of effective dust filtration, proving that incoming contaminants drastically increase the energy demand of fans and the cost implications of filter replacements.
Dust filter studies and HVAC operational safety.
Analyzes physical relationships between air currents, dust particles, and the lifecycle of filtration systems in data centers.
Filter system lifecycle, dust levels, and HVAC load.
Describes solutions to improve the energy efficiency of air handling systems and reduce operational costs.
Public building hygiene, facility management, and wet cleaning efficiency.
Details the technical benefits of integrating mechanical systems with modern cleaning technologies.

2. Asset Protection and ROI

Research by ETH Zürich, the Singapore Management University (SMU), BOMA, and FIABCI examines the physical protection of premium coverings (marble, granite, epoxy), the reduction of amortization costs, and the long-term value protection of high-capital real estate investments, where early intervention has a direct impact on return on investment (ROI) metrics.
Childcare facilities, tropical climates, and "Sick Building Syndrome."
Analyzes the provision of a healthy indoor environment and the reduction of respiratory illnesses.
Office air dust, PM2.5, and mold spores.
Discusses the significance of improving IAQ metrics and the effectiveness of cleaning at the source.
Road wear particles, odor mitigation, and odor sources.
Analyzes the removal of microbial and chemical factors that degrade indoor air quality at their source.

3. Sustainable Real Estate Strategy

Studies by ZHAW, BOMA, the International Association of Convention Centres (AIPC), and FIABCI discuss "Smart FM" integration, the optimization of maintenance schedules, and modern asset management in the interest of efficiency, helping operators make proactive, data-driven decisions.
Real estate asset protection, operational costs, and economic benefits of automated systems.
Analyzes ROI metrics and the protection of long-term property values.
Commercial space protection, shopping center management, and maintenance schedule optimization.
Discusses the connection between "Smart FM" integration and long-term facility management.
Floor degradation effects, operational costs of indoor dust, and real estate fund management.
Details the economic benefits of slowing amortization for high-capital real estate investments.

4. Office Air Quality and Well-being

Investigations by the Journal of Building Engineering, the International Fragrance Association (IFF), Miljøstyrelsen, and BOMA analyze the tracking of dust, microplastics, and mold spores into offices, as well as their health impacts on employee productivity and well-being metrics, where clean air is now a basic requirement.
Office microplastics, IAQ metrics, and TRWP particles.
Investigates technological foundations for employee health protection and modern office air quality standards.
PM2.5 dust, mold spore accumulation, and road wear particles.
Discusses the significance of improving IAQ metrics and the effectiveness of cleaning at the source.
Odor sources, occupational health standards, and odor mitigation.
Analyzes technological support for office environment well-being metrics and air freshness.