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Luxury Boutique Green Wall
Active Bio-Infrastructure

Active Bio-Infrastructures for Interior Design.

We engineer plant systems for luxury retail, hotels, and corporate headquarters. Monumental impact combined with automated water management.

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ENGINEERED INFRASTRUCTURES FOR:
  • CORPORATE HEADQUARTERS
  • LOGISTICS HUBS
  • AIRPORT LOUNGES
  • HEALTHCARE FACILITIES
  • RETAIL FLAGSHIP STORES
  • BANKING FACILITIES
  • SMART OFFICES
  • BROADCAST STUDIOS
  • EXHIBITION INSTALLATIONS
NDA Protocol | Blind Case Study

Active Infrastructures for the Global E-Commerce Giant.

The integration of the Wall Green Hydro® System as a structural asset (ESRS E4/S1). A living ecosystem, managed by 4.0 automation, designed to support thermal efficiency in critical logistics environments, installed dry without operational downtime.

Hydroponic green wall infrastructure in a multinational logistics warehouse for thermal load reduction
HVAC Diagnostic Terminal
LIVE DATA
ESG IMPACT (LEED V5)
ACTIVE BIOPHILIA
Humanization of spaces. Can replace up to 30% of external visual requirements (Occupant Experience), supporting the mitigation of Sick Building Syndrome.

The Technological Lung.

It's not just aesthetics, it's active biophilic architecture. The integration of advanced hydroponic systems transforms walls into a technological asset. Touch the cards to explore the efficiency metrics.

The Envelope of the future, validated by Science.

Abandon decorative gardening. Together with the Energy Efficiency Unit ENEA, on RAI 1 we demonstrated the real impact of our Dry-Tech system. A soilless cultivation ecosystem capable of mitigating the Urban Heat Island through evapotranspiration, generating certified Cooling Power capable of lightening the load on the refrigeration units of commercial buildings.

  • The End of Potting Soil: Institutional promoters in Italy of Dry-Tech technology for indoor and outdoor phytoremediation.
  • ENEA Thermal Efficiency: Thermodynamic and consumption reduction performance confirmed by state researchers.
  • EPBD Directive (Green Homes): The engineered infrastructure essential for obtaining ESG parameters.
Green Habitat Founder and ENEA Researchers live on Rai 1 talking about thermal efficiency

Comfort is an asset.
Noise is a cost.

Optimal acoustics support productivity and reduce stress. Move the slider to explore predictive models for reverberation reduction (RT60), evaluating the potential of these bio-infrastructures in transforming a structural issue into a high-performing investment.

2.8s
HIGH ACOUSTIC STRESS
0%
*The values shown by the simulator are estimates and predictive models based on standard acoustic calculations. Actual reverberation reduction performance (RT60) is subject to the specific architectural volume and the interaction with pre-existing materials on individual sites.
SCENARIO: ... HIGH ACOUSTIC STRESS
HORECA
CORPORATE
OPEN SPACE
CEILINGS
*The numerical values generated represent predictive estimates based on standard acoustic volumes. Actual performance (RT60) varies depending on the specific architecture and pre-existing materials in each project.
Technical Manual & Specifications

Worksite Specifications and Engineering FAQs.

Operational answers to design requirements, water connections, lighting technology, and ESG certifications to integrate our system into your architectural projects.

The system has been engineered with soilless "Dry-Tech" technology to drastically reduce structural loads. The weight of the empty modules is only 10 kg per square meter. The weight of the installed and planted system varies from 30 to 40 kg per square meter, depending on the type of botanical essence and water retention. This allows safe installation on almost all standard internal partitions, including modern plasterboard dividers (subject to appropriate metal reinforcement framing and verification by the designer).
Irrigation can be 100% automated via IoT control unit. No daily manual intervention is required. During the worksite phase, the General Contractor or installer will only need to provide:
  • A standard water supply point (mains pressure).
  • A floor drain for the recovery/outflow of excess water.
  • A standard electrical outlet (220V) to power the pump and the control panel.
Yes, it is a fundamental engineering requirement. To ensure chlorophyll photosynthesis, bio-filtration efficiency (IAQ), and the long-term survival of foliage indoors, we supply and size a dedicated phyto-stimulating lighting system. Our LED projectors (with a light spectrum calibrated for plants but visually white/natural to the human eye) are track-mounted or recessed in the false ceiling based on the customized lighting study.
The Wall Green Hydro infrastructure directly impacts ESG balance sheets and Green Building protocols:
  • LEED v5: Contributes to the credits of the Indoor Environmental Quality (IEQ) category by reducing VOCs and supporting the reduction of sensible thermal loads of HVAC systems.
  • WELL v2: Natively responds to the MIND (Biophilic Design) concept and the AIR (Microbe and Mold Control) concept thanks to the aseptic soilless system that hinders the proliferation of harmful fungi.
Absolutely not. The onset of gnats, parasites, and indoor mold is 99% caused by the deterioration of traditional potting soil. Our patented system is completely hydroponic and "Soil-less". The roots grow on an inert and technical substrate. This guarantees a high healthiness of the installation, minimizing the risk factors typical of classic gardening and making it an excellent solution even for private clinics and healthcare facilities.
Custom Design

We give shape to your vision.

Whether for a residential setting, a commercial space, or a large-scale architectural project, our manufacturing adapts to your spatial requirements. Share your concept with us to receive a no-obligation analysis.

Response within 24-48 hours Tailored Consulting End-to-End Support

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