Elle Décoration France features Danielle Trofe, founder of MushLume Lighting, in a portfolio of designers shaping New York’s contemporary design scene. The article highlights her work with mycelium as a natural, biodegradable, and fire-resistant material, developed through years of experimentation in her Brooklyn studio. It describes how her lighting is grown by allowing mycelium to develop within controlled conditions before being stabilized into durable forms, resulting in organic, sculptural fixtures. The feature also notes her continued exploration of new applications for mycelium, including lighting collections and installations that investigate both aesthetic and functional properties such as light diffusion and sound absorption.

Yanko Design features the MushLume Lighting collection by Danielle Trofe, highlighting its use of mycelium as a sustainable alternative to conventional lighting materials such as metal, plastic, and glass. The article explains how mycelium—grown within a hemp substrate—is formed in molds, then dried and heat-treated to create lightweight, durable lampshades. It emphasizes the material’s low-energy production process, minimal water use, and biodegradable end-of-life, positioning MushLume as an example of design innovation that challenges traditional manufacturing methods while exploring the future potential of biofabricated materials.

MushLume Lighting is featured in Good Housekeeping UK as part of its coverage of sustainable home products and materials. The article highlights the use of mycelium and hemp to create biodegradable lighting, demonstrating how innovative materials can be integrated into everyday living environments.

In a January 27, 2023, episode of NPR's The Pulse (WHYY), biodesigner Danielle Trofe discussed her innovative work creating lampshades from mushroom mycelium. Trofe, a leader in biofabrication and founder of MushLume Lighting, explained her process of growing sustainable materials and incorporating biomimicry into design.

New York Magazine features Danielle Trofe, founder of MushLume Lighting, as one of four inspiring New York entrepreneurs building purpose-driven businesses. The article highlights her journey from relocating to Brooklyn and working multiple jobs to launching an internationally recognized design studio focused on sustainable materials. It spotlights the MushLume Lighting collection—biodegradable fixtures grown from mycelium and agricultural waste—as a defining example of her work at the intersection of design, science, and environmental responsibility.

The Wall Street Journal features MushLume Lighting as an emerging leader in sustainable lighting design. The coverage emphasizes the brand’s innovative use of mycelium and hemp to create carbon-conscious lighting solutions, positioning MushLume at the intersection of design, science, and environmental responsibility.

Forbes features MushLume Lighting as part of its coverage of innovation in sustainable design and materials. The article highlights the company’s use of mycelium and hemp to create lighting that is grown to shape, positioning MushLume within a new generation of businesses redefining how products are made and their environmental impact.

Danielle Trofe is a sustainable design expert known for her innovative MushLume lighting collection, which uses mushroom mycelium grown into molds to create biodegradable lampshades. As highlighted in CNN reports, she works with Ecovative Design’s biomatieralsto grow sustainable, agricultural-waste-based furniture and lighting.

Business Insider features MushLume Lighting as part of a broader look at innovative startups using bio-based materials. The article highlights the company’s use of mycelium and hemp to produce biodegradable lighting, positioning MushLume as a forward-thinking brand within the sustainable design and materials space.

The Guardian features MushLume Lighting in its coverage of emerging sustainable materials and design innovation. The article references mycelium as a rapidly growing solution for reducing environmental impact, with MushLume Lighting demonstrating how these materials can be applied in functional, high-design lighting products.