Greenfluidics
Techstars '23Plug and Play VenturesDover, US · Founded 2018 · 11 employees on LinkedIn · 2 known investors
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Greenfluidics designs living façades—integrated biological systems for building exteriors—that bring nature into urban environments. The company serves architects, developers, institutions, and global brands seeking to reconnect cities with natural spaces.
Also known as Green Fluidics
Investors · 2
How we know: the Techstars portfolio · open dataset · Top 3000 Accelerator Startups (no YC) 2026-08 · Not right? Tell us
How we know: open dataset · Top 3000 Accelerator Startups (no YC) 2026-08 · Not right? Tell us
Company profile
researched Sep 2026Greenfluidics is a deep-tech company combining biotechnology and architecture to produce "intelligent" building façades. Its core product is the Intelligent Solar Biopanel, a triangular panel that circulates microalgae together with nanofluids: the algae photosynthesize, absorbing CO2 and releasing oxygen, while the nanofluid absorbs solar radiation and heat to produce energy and improve thermal comfort. The panels are semi-transparent and can be installed as part of windows, walls or skylights, in retrofits or new construction, and they monitor environmental data for sustainability reporting. Residual algal biomass can be reused as fertilizer.
The company groups its offering into three applications: permanent architectural integration (façades, skylights and modular formats supporting LEED, BREEAM and ESG goals); temporary brand and event activations using modular, rental-ready panels with bioluminescent night displays intended for large events; and public-space co-developments with governments, campuses and innovation hubs that serve as pilots generating real-time performance data. Published project concepts include a kinetic living façade for Terminal 2 in Mexico City, patterned after Oaxacan loom textiles and developed with LuxiaLabs, and hourglass-shaped "Solar Hourglass Gateway" entrance structures for the Rock in Rio festival in Rio de Janeiro, designed with Neoenergia, each built from six biopanels and powering mobile charging hubs and an Eco-Lounge.
The team is described as combining biotechnology, physics, architecture and international business development expertise. Sources place staffing in the 11-20 or 11-50 range, with one 2018 account citing fifteen people working on the project.
Founding story
Adan Ramirez and Juan Arriaga were biotechnology students at the Autonomous University of the State of Mexico who wanted to work on energy decentralization — how to bring energy to millions of people — using an approach that would not create future waste problems. They joined with Miguel Mayorga, a physics professor with expertise in nanoparticles and nanotechnology, to build a combined microalgae-and-nanofluid panel. They produced their first solar biopanel in 2017 and won several awards, but felt they were not taken seriously as students, which prompted them to formally incorporate Green Fluidics in 2018 in Toluca, Mexico.
Business model
Greenfluidics plans a B2B/B2G model in which the biopanel itself is the principal asset, sold directly to real estate developers at an intended price of roughly USD 950 per square meter. Secondary revenue streams described by the company include commercialization of carbon credits generated by the panels, sale of the microalgae biomass as organic fertilizer, and sale of localized or global sustainability reports drawn from the panels' environmental monitoring data. Sales are handled directly, with a stated intent to add channel partners in construction and real estate development compensated by a per-project commission. Alongside permanent architectural installations, the company offers rental-ready temporary installations for events and brand activations and co-development pilots with public bodies.
Direct sale of biopanels priced at approximately USD 950 per square meter, supplemented by carbon credit commercialization, sale of microalgae biomass as fertilizer, and sale of sustainability reports; temporary installations are offered on a rental basis for events and brand activations.
Traction
The company reports being in real-environment technological validation as of 2021 with more than 300 inbound emails from prospective customers and expressed interest from multinationals in energy, construction, cement and agriculture across Germany, Hong Kong, the UAE, Belgium and Mexico. It has published two 2024 project concepts — the Terminal 2 façade in Mexico City with LuxiaLabs and the Rock in Rio gateway with Neoenergia — and lists eight accelerator and award selections between 2020 and 2025, including MIT Technology Review's Best LATAM Inventor of the Year, Lead2030 global winner, Techstars Sustainability Paris, the IRENA NewGen Accelerator and the START Fellowship. Earlier recognitions include selection by Mission Innovation among one hundred solutions to environmental change, inclusion among ten sustainable projects chosen by the Global Green Growth Institute, and selection among five energy projects by the European Institute of Innovation & Technology.
▸Full profile — market position, technology, go-to-market, geography, history, risks & controversies
Market position
The company frames itself within the energy-efficient buildings market, sizing a German total addressable market at USD 30 billion, a serviceable market of USD 600 million and a five-year obtainable market of USD 30 million, with estimated annual growth of up to 13.9%. It cites the European Union's Green Deal and post-pandemic recovery policies as demand drivers, and notes that commercial buildings spend an estimated 40-70% of energy on thermal comfort. As of 2021 it described itself as pre-revenue and in technological validation rather than in market; a 2024 accelerator listing classifies it at pre-seed stage.
The company positions the combination of microalgae with nanotechnology in a single panel as its distinguishing feature, enabling one product to generate electricity, clean surrounding air, and provide thermal comfort while serving as an architectural design element. Because the panels occupy existing building surfaces such as windows, walls and skylights, they can be added in retrofits without additional footprint. The technology was described in 2021 as being in the process of product patenting, with components designed to be upgradeable without altering the entire structure. A further claimed differentiator is the panels' dual day/night behavior: energy generation during the day and bioluminescent display at night.
Technology
The Intelligent Solar Biopanel is a triangular, scalable and portable panel combining living microalgae with nanofluids. Microalgae photosynthesize to absorb CO2 and release oxygen; the nanofluid captures solar radiation and high temperatures to produce energy and moderate heat transfer. Reported performance figures include 160 watts/h for a one-square-meter panel and 90% biodegradability (2018), and, in a 2021 company description, up to 328 kWh/m2 per year generated, up to 90 kWh/m2 per year saved in thermal comfort, up to 196 kg of CO2 reduced per square meter per year, and semi-transparency allowing up to 60% of sunlight through. Panels collect environmental data for sustainability reporting and, in the earlier version, could be monitored via a mobile app showing energy and oxygen generation and CO2 absorption. Night-time bioluminescent illumination and kinetic, color-customizable configurations are offered for architectural and brand applications.
Go-to-market
Greenfluidics sells directly to real estate developers and brands, and seeks partners in the construction and real estate development industries to resell projects for a commission. It uses accelerator programs, competitions and international awards for visibility, and pursues co-developments and pilots with municipalities, universities and research labs. High-visibility concept projects — an airport terminal façade and a music festival installation — serve as demonstration and brand-activation vehicles, with temporary rental installations aimed at events such as the World Cup, Olympics and Formula 1.
Real estate developers and building owners undertaking retrofits or new construction, architects and designers, global brands seeking event and campaign installations, and public-sector buyers including municipalities, universities, research labs and innovation hubs.
Geography
The company originated and is based in Toluca, State of Mexico, Mexico, with a listed address on Benito Juárez Avenue, and is also associated with Dover and Delaware in the United States. Project concepts have been developed for Mexico City and for Rio de Janeiro, Brazil. Identified target regions include Germany (described as the region of greatest interest), the United Arab Emirates, Singapore, Hong Kong, Canada, the United States and Saudi Arabia, with additional inbound interest reported from Belgium.
History
The venture began as a university project, with a first solar biopanel built in 2017 that won several awards. The founders incorporated the business in 2018 in Toluca, State of Mexico. By 2021 the company described roughly four years of development and placed itself in a technology validation phase in real-world environments, not yet selling commercially, while reporting interest from multinationals in energy, construction, cement and agriculture in Germany, Hong Kong, the UAE, Belgium and Mexico. Recognition accumulated over subsequent years, including MIT Technology Review's Best LATAM Inventor of the Year and a national INC Accelerator win in 2020, the Lead2030 Challenge global prize in 2022, IRENA's NewGen Accelerator and Techstars Sustainability Paris in 2023, CalTech Rocket Fund finalist status in 2024, and the START Fellowship and Change 100 Startups to Watch listing in 2025. In 2024 the company published façade concepts for Mexico City's Terminal 2 and an installation concept for the Rock in Rio festival.
Risks & controversies
The company has cited local and regional environmental policy as a risk factor. A 2018 account noted that a handmade fabrication process limited scale and that investment was being sought to industrialize production. As of 2021 the product had not reached market and remained in real-environment validation. Reported details also conflict across sources: founding year is given as 2018 in most sources but 2023 in one accelerator listing, and headquarters is variously listed as Toluca, Mexico and Dover, Delaware.
Compiled by commissioned research from 8 cited public sources — announcements, filings, and press listed under research sources below.
Key figures
latest reportedCompany-reported or press-reported figures, each dated to when it was claimed — not independently audited.
Related companies · 2
Companies working in the same space as Greenfluidics.
Timeline · 11
launches, deals, and filingsConcept integrating triangular solar biopanels into a patterned living façade at the Terminal 2 arrival hall in Mexico City, developed in collaboration with LuxiaLabs and incorporating local volcanic stone.
Modular hourglass-shaped entrance structures built from six solar biopanels each, generating power by day and glowing at night, powering on-site mobile charging hubs and an Eco-Lounge at the Rio de Janeiro festival.
The founding team built its first solar biopanel while still university students, winning several awards before incorporating the company.
Dated company events from announcements, filings, and press; legal rows summarize public dockets and regulator releases.
▸Research sources · 8
primary sources listed
- Greenfluidicsgreenfluidics.com · web
8 public sources were cited for this profile; the first-party ones are listed here.
Frequently asked questions
- What does Greenfluidics do?
- Mexican deep-tech firm making microalgae-and-nanofluid solar biopanels that turn building façades into energy and air-cleaning systems.
- Who are Greenfluidics's investors?
- Greenfluidics's investors include Techstars, Plug and Play Ventures.
- Where is Greenfluidics headquartered?
- Greenfluidics is headquartered in Dover, US.

