+ The Technology
Nature's engine,
engineered
for cities.
By combining biotechnology, engineering, and environmental science, we build living air purification systems that work with nature — not against it.
40x
0.6 kWh
3.2 kg
120 L
Tree-equivalent filtration capacity in 50 square meters.
Grid energy consumed during active operations.
Daily carbon dioxide sequestered per module.
Active microalgae culture volume per module.
+ System Architecture
Four engineering pillars
Our infrastructure integrates mechanical fluid dynamics with cellular biology to achieve passive, continuous air purification without synthetic filters.
01 / CONTAINMENT
02 / IONIZATION
Photobioreactor Columns
Bioelectric PM Capture
Dense microalgae cultures in transparent columns. Sunlight drives photosynthesis at 40× the efficiency of trees per unit area.
Algae cells carry a natural negative charge, electrostatically binding PM2.5 and PM10 — passive, filter-free removal.
03 / FLUID DYNAMICS
04 / RECOVERY
Nano bubble AERATION
Closed-Loop Biomass
Passive thermal siphoning and natural pressure differentials drive continuous airflow through the culture chambers, optimizing gas-liquid mass transfer.
Harvested algae becomes fertiliser, biofuel feedstock, or protein. Zero waste — complete material circularity.
+ System Lifecycle
The Five Stages
Our biological infrastructure operates on a closed-loop cycle, shifting from laboratory culture to active urban deployment and organic harvesting.
STAGE 01
We inoculate high-density microalgae strains in controlled laboratory environments, optimizing the cultures for maximum urban resilience and carbon absorption before deployment.
Culture
STAGE 02
Modular photobioreactor columns are integrated directly into transit shelters, public plazas, or industrial perimeters to maximize passive airflow contact.
Install
STAGE 03
Active airflow draws CO₂ and particulate matter into the culture.
Capture
STAGE 04
Light energy triggers rapid photosynthesis, which transforms CO₂ and particulate matter into oxygen and algal biomass.
Convert
STAGE 05
Saturated biomass is regularly extracted and converted into high-value bio-plastics or organic fertilizers, completing the ecological loop.
Harvest
+ Empirical Proof
Validated biological performance
Rigorous testing across high-densityurban environment confirms consistent carbon capture and particulate capture under variable weather conditions.