Environmental Technology 9 August 2025

Perovskite - flexible solar cells

Perovskite Solar ‘Stickers’ Are Almost Here: How Flexible Laminates Could Turn Walls, Cars & Roofs into Power Plants

Ultra‑thin perovskite photovoltaics laminated onto flexible films are moving from lab to market. Japan is investing big and early products and pilots are appearing. The promise: lightweight power on curved or weight‑limited surfaces with fast, low‑temperature, roll‑to‑roll manufacturing. The hurdles: durability, safe lead management, and bankable certification. Financial Times, ScienceDirect, Nature Perovskites are a class of crystal materials that convert light to electricity very efficiently and can be processed from inks at low temperatures. Flexible laminates package those cells between polymer barrier films and adhesives, creating thin, light solar sheets that can bend and conform to surfaces like façades, membranes, vehicles, tents, and IoT devices. ScienceDirect, American Chemical Society Publications
August 15, 2025
Metal-Organic Frameworks - MOFs

Metal-Organic Frameworks (MOFs): Sponge-Like Crystals Poised to Transform Carbon Capture, Clean Energy and More

Imagine a material with so much internal surface area that a pinch of it contains the equivalent of six football fields of area news.berkeley.edu. Such metal-organic frameworks are porous, crystalline compounds made of metal nodes connected by organic linkers, creating sponge-like networks at the molecular scale. Scientists tout MOFs as having “seemingly limitless possibilities” for building custom structures with tailored properties cas.org. Over the past 20 years, research on MOFs has exploded – nearly 90,000 unique MOF structures have been created cas.org. This surge is driven by the promise that MOFs can tackle critical challenges in sustainability and technology. From capturing climate-warming carbon dioxide and storing clean hydrogen fuel to delivering drugs and harvesting water from desert air, MOFs are
August 9, 2025