Your Urban Footprint Is Already There. Put It to Work for the Climate.

We develop site-specific mounting specifications in collaboration with your infrastructure and engineering teams. Standard profiles for lattice masts, monopoles, and billboard structures are in development. The PoC phase includes a technical feasibility assessment for your site typology — covering structural load, wind exposure, and cable routing. No civil works or planning approval required; we integrate onto your existing footprint.

GreenAiriva generates ~2.8 MWh annually per unit. After powering its own air-capture process (zero grid draw), up to 1 MWh can be directed to on-site loads—backup power systems, cabinet climate control, or shared billboard lighting. The specifics depend on your DC/AC infrastructure and site configuration. We assess the feasibility and set up the power-sharing arrangement during PoC scoping.

Yes. For telecom operators, we offer design variants that integrate the GreenAiriva body into or alongside existing mast structures—achieving both functional capture and visual integration. This is discussed during technical scoping; final design depends on your mast profile and site constraints.

Every unit produces mass-based measurement data—the actual weight of N₂O and F-gases captured, timestamped and unit-specific. This is third-party auditable and attributed directly to your operating entity (not pooled). Data is structured for direct input into TSRS-ESG, CBAM, and net-zero disclosure frameworks. Your auditor can review the methodology; regulators increasingly require this level of specificity.

At scale—across many masts—the aggregated CO₂e reduction has the potential to offset a significant portion of your Scope 1 emissions. We emphasize potential because this depends on your site count and local baseline emissions; it's not guaranteed, but it's a realistic outcome for large operators with hundreds of mast sites in high-emission corridors. We quantify this during the PoC briefing.

Absolutely. OOH operators and property owners can market verified carbon reduction assets to their advertising and tenant clients—differentiating premium locations and supporting client net-zero commitments. This is one of our primary use cases for the OOH segment. We work with your sales and sustainability teams to structure the value proposition.

We are currently in TRL 3→4: system design complete, prototype manufacturing scheduled Q2–Q4 2026. Early PoC discussions with telecom and OOH partners are open now, with limited capacity for hands-on pilot deployments. A PoC engagement typically spans 3–4 months: technical assessment, site selection, installation, and baseline measurement. We recommend moving quickly if your operator is serious about pilot participation.

There's no one-size-fits-all formula. Deployment strategy is site-specific, driven by three overlapping analyses: Emission intensity — we identify high-emission corridors and traffic-dense zones using your existing traffic and air-quality data, not generic carbon baselines. Infrastructure fit — we prioritize existing mast, billboard, and street furniture points already in your portfolio, especially those in high-exposure zones (major arterials, congested districts). Environmental potential — before placement, we assess solar exposure, shadow patterns, wind corridors, and air circulation to maximize capture efficiency and energy generation. The result is a ranked deployment map: units placed first where climate impact is highest and operational efficiency optimal. We work with your infrastructure and GIS teams during PoC scoping to build this custom plan.

In Turkey, there's no direct local competitor. Globally, three alternative categories exist but serve different needs: Centralised industrial DAC. Large, energy-intensive facilities located far from emission sources, almost exclusively targeting CO₂. Requires dedicated real estate, geological sequestration infrastructure, and significant operational overhead. Grid-dependent urban air solutions. Systems tied to power infrastructure, adding load rather than reducing it, with high operational costs and limited scalability in congested zones. Carbon offset purchases. Immediate results on paper, but no asset ownership, no operational presence, and growing stakeholder skepticism about fungibility and additionality. GreenAiriva's difference: we integrate into your existing mast and billboard footprint without new site acquisition; we target high-GWP gases (N₂O and F-gases) where single-kilogram captures deliver 273+ times more CO₂e impact; we're energy-positive and share surplus; we deliver auditable, mass-based MRV attributed directly to your operations; and we unlock multi-functional value—microcell concealment, energy resilience, advertiser ESG assets—from a single platform. We compete on integration, not isolation.