Infrascreen is a materials‑technology company that makes a patented, transparent low‑emissivity (low‑e) film for greenhouse screens to cut heating energy use, lower CO2 emissions, and improve profitability for high‑tech horticulture growers[2][3].
High‑Level Overview
- Mission: Infrascreen’s stated mission is to reduce CO2 emissions from food production by improving greenhouse energy efficiency using advanced materials and nanotechnologies[2][3].[2]- Investment philosophy / Key sectors / Impact on the startup ecosystem (for an investment firm — not applicable): Infrascreen is a portfolio-stage startup (seed) and not an investment firm; its sector focus is *horticulture technology*, *materials / nanotechnology*, and *energy‑efficient greenhouse systems*[5][2].[5]- As a portfolio company: Infrascreen builds a transparent, energy‑saving low‑e film (screen) for greenhouses that selectively filters radiative heat to reduce energy losses and heating demand for high‑tech horticulture growers and greenhouse manufacturers[2][3].[2]- Who it serves / Problem it solves / Growth momentum: The company sells its material to greenhouse equipment manufacturers and ultimately to commercial greenhouse growers, aiming to cut yearly energy consumption (the website cites a 20% reduction when replacing a transparent energy‑saving screen) and to increase grower profitability and sustainability; Infrascreen has participated in accelerator programs (Luminate NY) and is at seed stage, indicating early commercial pilots and partnerships rather than large‑scale deployment so far[2][3][1].[2]
Origin Story
- Founding and team: Infrascreen was founded by Benoit de Combaud (chief technology officer) and Henri de Lalande (CEO); de Combaud brings engineering and prior greenhouse‑technology experience while de Lalande has a background in finance and M&A and previously ran a boutique M&A firm before joining the venture[1][1].[1]- How the idea emerged: The founders combined complementary backgrounds—materials and greenhouse know‑how plus business/M&A experience—to apply nano‑photonics and material science to improve greenhouse climate control and energy performance; the team had been developing the technology for multiple years and moved into pilot greenhouse testing prior to public accelerator participation[1][2].[1]- Early traction / pivotal moments: Infrascreen was selected as one of 10 finalists in the Luminate NY accelerator’s cohort and received initial program investment and access to commercialization support; the company reports multi‑year R&D and active pilot testing with greenhouse partners[1][3].[1]
Core Differentiators
- Patented low‑e film: A transparent, patented low‑emissivity film specifically adapted for greenhouse use that *selectively* filters radiative heat rather than simply shading, preserving useful PAR (photosynthetically active radiation) while improving insulation[2][3].[2]- Materials + nanophotonics expertise: The product is built on nanotechnology and material‑science know‑how aimed at optimizing optical and thermal properties for horticultural environments[1][2].[1]- Targeted commercial route: Business model sells the material to greenhouse equipment manufacturers for integration, positioning Infrascreen as a component supplier to established greenhouse OEMs rather than end‑user hardware vendor[1][2].[1]- Early validation via accelerator: Acceptance into Luminate NY and participation in its commercialization program provided non‑dilutive/seed support and visibility within the optics/photonic commercialization ecosystem[1][3].[1]
Role in the Broader Tech Landscape
- Trend alignment: Infrascreen rides two converging trends—the drive to decarbonize agriculture (energy efficiency in controlled‑environment agriculture) and the adoption of advanced materials / photonics to tune building and greenhouse envelopes[3][2].[3]- Why timing matters: Rising energy costs, stricter carbon targets, and growth in high‑tech greenhouses (automation, vertical and protected cropping) increase demand for solutions that reduce heating/cooling loads without sacrificing light for crops[3][2].[3]- Market forces in favor: Governments and large growers seeking lower emissions and operating costs create an addressable market for retrofit and OEM‑integrated energy‑saving screens; accelerator support in optics/photonic hubs also aids commercialization pathways[1][3].[1]- Influence on ecosystem: By translating photonics/materials innovations into practical greenhouse components, Infrascreen helps bridge lab‑scale optics advances to applied ag‑tech, potentially accelerating adoption of specialty films across protected agriculture and encouraging other materials startups to target ag use cases[2][3].[2]
Quick Take & Future Outlook
- Near term: Expect Infrascreen to focus on finishing pilot validations, expanding OEM partnerships, and moving from seed to commercial roll‑outs in high‑tech greenhouse markets where energy savings are most valuable[1][3].[1]- Growth drivers and risks: Growth will be driven by demonstrable energy savings, retained crop light quality, and integration with greenhouse manufacturers; risks include competing shading/film technologies, the pace of OEM adoption, and the need to prove durability and ROI at scale[2][3].[2]- Longer term: If Infrascreen proves consistent energy and crop‑yield benefits, it could scale into retrofit markets and broaden applications (different climates, crop types, or controlled‑environment agriculture formats), and help set a standard for low‑e films in horticulture[2][3].[2]
Quick take: Infrascreen is a materials‑focused ag‑tech startup applying nanophotonics to a practical, high‑value problem—greenhouse energy loss—and has early validation through pilots and accelerator support; the company’s trajectory will depend on converting pilots into OEM integrations and scalable deployments that deliver clear energy and carbon reductions[3][1][2].[3]
