LAUNCHing Materials System Innovators from JPL

Congrats Top 10 Innovators

This week, the LAUNCH team convenes in Pasadena to celebrate ten LAUNCH 2o13 Systems innovators. The LAUNCH forum will be held Friday and Saturday at NASA’s Jet Propulsion Laboratory. You’ll be able to watch the presentation via Ustream and participate in the conversation via MindMapr. Details will be on the LAUNCH website.

In 2013, the LAUNCH team adopted a long-term focus, called LAUNCH 2020, to seek and support innovations that positively influence the materials system. Innovations can take the form of early-stage technologies and prototypes; manufacturing processes; waste production methods; data, decision-support tools, and open technology platforms; business models; financial tools; and programs that accelerate research, education, and capacity building. This year’s challenge is the first step toward transforming the materials system, with a focus on fabrics.

The final ten innovators have the potential to shape the future of sustainable materials and low-impact making. Each demonstrated an understanding and commitment to positive social and environmental impact; and, together, represent a range of solutions that seek to revolutionize the treatment and production of fabrics and textiles on a large scale while reducing negative environmental impacts on Earth. Some of the innovators offer sustainable business models that benefit low-income communities, as well as education campaigns to create awareness and change behavior patterns to reduce harmful consumption of planetary resources.

Mark Browne: Benign By Design

Benign By Design’s unique data-driven process propels the textile industry toward cost effective fabrics that emit fewer and less toxic fibers.  “Our program will lead to cost-effective fabrics that emit fewer and less toxic fibers via novel research on how fabrics compare throughout their life cycle.” – Dr. Mark Anthony Browne, National Center for Ecological Analysis & Synthesis, University of California Santa Barbara

Rana Gupta: Geckskin

Geckskin is a device that can attach and release effortlessly, repeatedly and quietly without affecting either surface. “Our innovation is a new approach to attach and release. Geckskin uses neither classic pressure sensitive adhesive (scotch tape) forces, nor the mechanical properties of a zipper or nail. Geckskin will create new industries of products that we have not envisioned because we have been stuck in a singular-use attach paradigm for decades.” – Rana Gupta, CEO of Felsuma LLC

Sam Harrington: Mushroom Materials

Ecovative works with nature to replace plastics, foams, and other harmful materials with a new high performance, mycelium-based biomaterial platform technology. “These 3-D Myco Fabrics can be composted at the end of their useful life. Unlike many biopolymers such as PLA, these biomaterials can be composted in low temperature home compost piles, and they will break down naturally. Rather than becoming a burden on communities at the end of their useful life, Ecovative’s Mushroom Materials add nutrients to the soil.” – Sam Harrington, Ecovative

Oliver Heintz: Barktex Bark Cloth

BARKTEX® is a contemporary take on traditional bark cloth, which is produced in a sustainable way from the Ugandan Ficus tree. “Bark Cloth is an agroforest-based tree bark fleece from Uganda and said to be the most ancient textile of mankind… Designers value its expressive character, unique texture, inimitable structure and sensual tactility.” – Mary Barongo-Heintz, Co-founder of Barktex

Suzanne Lee: Biocouture

Biocouture is building an open source ‘bioneer’ community of material innovators to catalyze an explosion of product development in this area. There is increasing demand for compostable materials that can be produced with minimal raw materials and toxins. “Microbial cellulose is a fascinating material. From one hugely efficient, single production method, at least three direct products can be obtained: a health drink, a foodstuff and potentially a ‘vegetable’ material. In a process that takes about ten days, the material can be harvested by simply lifting it off the liquid.” – Suzanne Lee, Founder of Biocouture

Jay Nalbach: CRAiLAR

CRAiLAR’s processing technology efficiently creates a high quality natural flax fiber which is nearly indistinguishable from cotton. “CRAiLAR efficiently creates a high-quality natural fiber from flax with its proprietary processing technology. The resulting fiber, CRAiLAR Flax Fiber, is the functional equivalent of cotton in cotton-CRAiLAR blends. The results are clear: compared to cotton, CRAiLAR Flax Fiber is superior in all impact categories considered.” – Jay Nalbach, CMO of CRAiLAR

Felix Puller: Qmilk

Qmilk uses surplus milk unfit for human consumption to produce a new casein-based fiber as a bio-textile replacement for cotton. “Qmilk takes a highly innovative approach to repurposing a waste stream that is seen in every country in the world.” – Anke Domaske, Founder and CEO of Qmilk

Candice Reffe: Blue Flower Initiative

The Eileen Fisher Blue Flower Initiative (BFI) reframes the existing textile values chain as a sustainable eco-industrial co-operative with a paradigm shift from competition to collaboration. “We seek to take our bold experiment to scale. To make an impact that invokes and insures the wellbeing of our great, great grandchildren and our blue flowering planet. For this we need you to LAUNCH us with your expertise and access to resources and collaborators who can not only make the Blue Flower Initiative bloom, but also accelerate the adoption of this unprecedented model so that it will truly transform the planet.”– Eileen Fisher, Founder and Chief Creative Officer of Eileen Fisher

Atshay Sethi: Ambercycle Recycling

Ambercycle’s novel process lowers the cost of recycling plastics and provides waste-generators and producers a sustainable and economically sensible choice for the disposal and synthesis of plastics. “With our new approach, we intend to revolutionize the concept of recycling to include environmentally friendly and sustainable elements to already existing infrastructure.” – Akshay Sethi, Co-founder of Ambercycle

Tara Sutherland: Artificial Honey Bee Silks

Bio-synthetic silk is produced through a process that allows industrial volume silk production at room temperature without negative environmental effects. “Proteins are under-represented in materials science mainly because, until now, the lack of structural protein templates that can be engineered and generated in sufficient amounts has limited exploration in this area.” – Tara Sutherland, Principle Research Scientist for CSIRO Division of Ecosystem Sciences

For the past few weeks, the ten innovators and their team members have been immersed in the LAUNCH program, beginning with counseling and mentorship in preparation for this week’s LAUNCH Forum. The LAUNCH Forum will feature innovator presentations and facilitated conversations with the LAUNCH Council, which consists of global thought leaders from multi-disciplined organizations in the public and private sector. The LAUNCH Council recommendations, collected during the two-day Forum, will inform individually-designed innovator Accelerator plans – which serve as the rocket fuel to propel each innovation toward Destination Success. The LAUNCH team guides, supports, and evaluate progress throughout the Accelerator process, which typically lasts between four-six months depending on the maturity of each innovation.

If you want to help these innovators reach success, contact the LAUNCH team.

1 Comment

Filed under federal government, innovation, LAUNCH, NASA

One response to “LAUNCHing Materials System Innovators from JPL

  1. Pingback: Hope of Public Good…Beyond Furlough | Bethbeck's Blog

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