Retractable roof / overhang
Adjustable shading to moderate incident solar radiation and exposure.
NEERVANA / THE TECHNOLOGY MADE TANGIBLE
One process.
Many forms.
Living carbon-capture infrastructure, reimagined for the spaces we already inhabit.
CONCEPTUAL RENDER · OUTDOOR VERTICAL UNIT
SCROLL TO EXPLORE ↓
A living system / not a single product
A process without
one fixed shape.
The same cultivation principles can be adapted to different contexts: open spaces, boundary walls, interiors and civic architecture.
These are design studies of possible product manifestations. Their dimensions, technical systems and performance remain subject to engineering validation and site-specific design.
The collection / An atlas of possibilities
Different places.
The same living logic.
Four directions for one technological family. Move through the collection to see how each configuration inhabits a different kind of space.
THE NEERVANA COLLECTION 01 / 04
01 / OPEN SPACES
Outdoor
Vertical Unit.
A self-standing cultivation arrangement. Multiple growing channels occupy a compact ground footprint.
Explore outdoor unit ↗02 / BUILT EDGES
Wall
Channel Unit.
A cultivation system adapted to the underused vertical surfaces that already border our environments.
Explore wall channel ↗03 / THE INTERIOR
Indoor
Unit.
A compact living installation with controlled lighting and moisture-management possibilities.
Explore indoor unit ↗04 / PUBLIC SCALE
Climate
Tower.
The cultivation system imagined as a piece of civic and environmental architecture.
Explore Climate Tower ↗DESIGN EXPLORATIONS · ILLUSTRATIVE RENDERS
01 / Outdoor vertical unit
Where cultivation rises
The garden
multiplied.
An outdoor installation that puts productive growing surface above the land it occupies.
01SELF-STANDING · VERTICAL · MODULAR
ILLUSTRATIVE DESIGN / FEATURES SUBJECT TO VALIDATION
Common design principle / 01
Water moves.
Life remains.
A pump conveys water upward. Controlled outlets route it from one cultivation channel to the next, before it returns to the reservoir. The intent is managed circulation rather than a series of disconnected containers.
Schematic representation only. The final flow, pump capacity and tray geometry must be engineered for each installation.
Explore the common components ↗ Biological cultivation Moving water
02 / Wall channel unit
The edge
becomes alive.
What if a boundary could be more than a boundary?
ILLUSTRATIVE DESIGN / NOT A CONSTRUCTION DRAWING
Different architecture / shared purpose
The walls
are already there.
Wall-channel configurations explore how cultivation surfaces might coexist with boundary walls, courtyards and the edges of built infrastructure. Mounting, solar exposure, drainage and maintainability are installation-specific design requirements.
02 / WALL INTEGRATION
03 / Indoor cultivation unit
Even indoors,
a living surface.
A biological installation designed for an environment whose light and moisture may be managed deliberately.
The interior / environmental integration
A quiet
living presence.
The indoor concept pairs vertically arranged cultivation channels with possible supplemental lighting, fine misting and a contained circulation loop. The challenge is to make the biology, infrastructure and interior coexist gracefully.
01 / LIGHT
Daylight or appropriately designed supplemental illumination
02 / WATER
Managed circulation with controlled reservoir access
03 / CLIMATE
Moisture management appropriate to the host interior
04 / SERVICE
Accessible growth surfaces and maintenance systems
03 / THE INTERIORCONCEPT / NOT FINAL FORM
04 / Climate Tower
When the process becomes architecture
Not simply
a tower.
A new typology.
At civic scale, the concept grows into a visible piece of ecological infrastructure. Cultivation, water systems, access, shading and architectural expression become a unified design problem.
A civic-scale imagination
Biology,
made visible.
The Climate Tower takes the logic of vertically distributed cultivation and imagines it within a public-facing architectural structure.
Illustrative concept art from the supplied reference. No depicted capacity or environmental performance is represented as verified.
From singular presence to replication
What if climate
infrastructure
was part of the city?
A Climate Tower is not the process itself. It is one possible form that can make the process visible.
Anatomy / Common principles
Different forms.
Shared anatomy.
Each proposed manifestation rearranges a familiar group of subsystems around the same cultivation logic.
Not every component will be used in every installation. The reference sheet is a concept-level inventory, not an issued-for-construction specification.
Functional diagram / Source artwork
The system,
taken apart.
Original supplied concept sheet: three applications, a shared components inventory, water circulation, growing channel section, misting and overflow detail. Zoom to inspect annotations.
Ten functional building blocks
An architecture
of small decisions.
Structural frame
Supports growing channels and provides an organising structure for services.
Misting / sprinkler line
Distributes fine water sprays as a possible part of humidity management.
Supplemental LED lighting
An optional light source where daylight is insufficient or inconsistent.
Azolla growing channel
The biological cultivation surface and contained growth medium.
Side overflow pipe
A water-transfer connection intended to guide overflow between channels.
Water distribution manifold
Connects pumping infrastructure to a network of growing channels.
Circulation pump
Returns water from the lower reservoir to higher cultivation levels.
Misting water tank
A separate water supply for the misting or sprinkler arrangement.
Base / support
Foundation or wall mounting appropriate to the structure and site.
The collection / At a glance
One process.
Four contexts.
| Concept | Primary installation context | Defining arrangement | Design considerations |
|---|---|---|---|
| Outdoor vertical | Open-air sites and precincts | Independent multi-tier frame | Solar exposure · structure · service access |
| Wall channel | Boundary walls and built edges | Wall-supported channel array | Mounting · drainage · wall conditions |
| Indoor | Interiors and covered environments | Compact integrated cultivation rack | Light · moisture · maintenance |
| Climate Tower | Civic and institutional places | Architectural multi-level system | Site engineering · access · public interfaces |
This table describes design intent, not production readiness, tested yield or a standard performance specification.
Neervana / The Eocene Project
There is no single
shape for a living future.
From the smallest cultivated channel to a public architectural landmark, each form begins with the same question: how can the world around us become biologically productive?
The concepts shown are illustrative and subject to technical development and validation.