Innovative new projects will advance sustainable food production, make DoD fleets more resilient, secure domestic supply chains for key products, and build a pipeline of trained workers.

创新项目将推动可持续食品生产，使国防部舰队更有弹性，确保关键产品的国内供应链安全，并建立一支训练有素的工人队伍。

Minneapolis–Saint Paul, Minnesota and Emeryville, California--(Newsfile Corp. - September 14, 2023) - BioMADE today announced nine new leading-edge projects that will advance Department of Defense supply chain resiliency and sustainability goals, re-shore manufacturing jobs to the U.S., and enhance the domestic bioindustrial manufacturing ecosystem.

明尼苏达州明尼阿波利斯-圣保罗和加利福尼亚州埃默里维尔-（Newsfile Corp.-2023年9月14日）-BioMADE today宣布了9个新的前沿项目，这些项目将推动国防部供应链弹性和可持续发展目标，重新启动美国的制造业工作，并加强国内生物工业制造生态系统。

These innovative projects will produce natural rubber for a variety of military and commercial applications, convert waste into novel bioplastics, produce and evaluate healthy proteins and oils for the warfighter, and equip the next generation of the bioindustrial manufacturing workforce with the skills they need to be successful..

这些创新项目将生产用于各种军事和商业应用的天然橡胶，将废物转化为新型生物塑料，为作战人员生产和评估健康的蛋白质和油脂，并为下一代生物工业制造业人员配备他们需要的技能。成功。。

'These projects will help unlock the benefits of bioindustrial manufacturing for all Americans - from everyday consumers to farmers to warfighters,' said Dr. Douglas Friedman, Chief Executive Officer at BioMADE. 'By creating new products and transforming how we domestically manufacture existing products, these projects - and the bioindustrial manufacturing industry at large - have the potential to positively impact nearly every aspect of our lives.'.

BioMADE首席执行官道格拉斯·弗里德曼博士说：“这些项目将有助于为所有美国人释放生物工业制造业的好处-从日常消费者到农民再到战士。”通过创建新产品和改变我们国内制造现有产品的方式，这些项目-以及整个生物工业制造业-有可能对我们生活的几乎每个方面产生积极影响。

Bioindustrial manufacturing harnesses the power of biology to manufacture the goods that Americans use every day. By starting with feedstocks grown by American farmers, bioindustrial manufacturing creates more robust and resilient supply chains with fewer international dependencies. Products such as industrial chemicals, durable fibers and fabrics, growable cement, fire-resistant composite materials, and food-grade proteins can all be produced through bioindustrial manufacturing.

生物工业制造利用生物学的力量来制造美国人每天使用的商品。从美国农民种植的原料开始，生物工业制造业创造了更强大，更有弹性的供应链，国际依赖性更小。工业化学品，耐用纤维和织物，可生长水泥，耐火复合材料和食品级蛋白质等产品均可通过生物工业制造生产。

Several of these products have both commercial and important military applications that can be produced sustainably..

其中一些产品具有可持续生产的商业和重要军事应用。。

'These projects represent the breadth and depth of what can be accomplished with bioindustrial manufacturing,' said Dr. Melanie Tomczak, Head of Programs and Chief Technology Officer at BioMADE. 'These innovations can play a key role in enhancing our military readiness, strengthening domestic supply chains, supporting American farmers, and creating jobs in rural communities.'.

BioMADE项目负责人Melanie Tomczak博士说：“这些项目代表了生物工业制造可以实现的广度和深度。”这些创新可以在加强我们的军事准备，加强国内供应链，支持美国农民以及在农村社区创造就业机会方面发挥关键作用。

The projects announced today represent a variety of tools and applications including innovative food production, carbon capture technologies, waste-to-bioproducts conversion, and energy input reductions. They highlight BioMADE's role in bringing together private industry, research universities, and nonprofit organizations, plus secondary schools and community colleges.

今天宣布的项目代表了各种工具和应用，包括创新食品生产，碳捕集技术，废物转化为生物产品以及减少能源投入。他们强调了BioMADE在汇集私营企业，研究型大学和非营利组织以及中学和社区学院方面的作用。

They span the nation, working with 17 different member organizations across nine states - including emerging leaders in the biotechnology revolution, such as Arkansas, Missouri, Tennessee, and Utah..

他们跨越全国，与9个州的17个不同成员组织合作-包括阿肯色州，密苏里州，田纳西州和犹他州等生物技术革命的新兴领导者。。

BioMADE is a Manufacturing Innovation Institute catalyzed by the U.S. Department of Defense. By supporting the development of biomanufacturing technologies, BioMADE and its network of 225+ members across 34 states are strengthening American competitiveness, creating a more resilient supply chain, re-shoring manufacturing jobs, and producing more sustainable products without relying on foreign sources of energy.

BioMADE是由美国国防部催化的制造创新研究所。通过支持生物制造技术的发展，BioMADE及其在34个州拥有225多名成员的网络正在增强美国的竞争力，建立更有弹性的供应链，重新启动制造业，生产更可持续的产品而不依赖外国能源。

BioMADE is also building a diverse and globally competitive STEM workforce to ensure American workers are prepared and ready to fill new jobs within this rapidly growing industry. Read about the new projects below, and learn more about BioMADE by visiting biomade.org..

BioMADE还正在建立多元化，具有全球竞争力的STEM劳动力队伍，以确保美国工人做好准备并准备好在这个快速增长的行业内填补新的工作岗位。阅读下面的新项目，并通过访问BioMADE.org了解有关BioMADE的更多信息。。

Technology and Innovation Projects

技术和创新项目

7 projects | $6.27 million federal funds | $7.49 million non-federal cost share

7个项目| 627万美元联邦资金| 749万美元非联邦成本份额

Federal funding from the U.S. Department of Defense

美国国防部的联邦资助

Member Team

会员团队

Project

项目

General Probiotics (MN), Ginkgo Bioworks (MA)

普通益生菌（MN），银杏生物制品（MA）

Accumulate and De-Risk Manufacturing for Commercial Readiness of Advanced Probiotics: This project enables rapid scale-up and commercialization of a recombinant antimicrobial probiotic that keeps poultry healthy, which will result in large-scale domestic manufacturing of the probiotic and help farmers raise healthy chickens while significantly decreasing the carbon footprint of protein production..

为先进益生菌的商业准备积累和去风险制造：该项目能够快速扩大规模和商业化重组抗菌益生菌，保持家禽健康，这将导致益生菌的大规模国内生产，并帮助农民饲养健康的鸡，同时显着降低蛋白质生产的碳足迹。。

Checkerspot (CA/UT)

跳棋（CA/UT）

Development of a Sustainable, Low-Cost, Oil Process for Heart-Healthy DoD Rations: This project scales-up the domestic biomanufacturing and downstream processing of microalgae oils, to produce healthy, sustainable oils that can be used in a wide range of industries and products from materials to foods..

为心脏健康国防部口粮开发可持续，低成本的石油工艺：该项目扩大了国内微藻油的生物制造和下游加工规模，生产出健康，可持续的油，可用于广泛的工业和产品。从材料到食品。。

North Carolina State University

北卡罗来纳州立大学

Fluorescence and Raman Spectroscopy for Scaled-Down in Situ Product Monitoring: This project will evaluate scale-down approaches in microbioreactors and their applicability in predicting deployment of process analytical technology and fermentation performance throughout scale-up.

用于按比例缩小原位产品监测的荧光和拉曼光谱：该项目将评估微生物反应器中的按比例缩小方法及其在整个放大过程中预测过程分析技术部署和发酵性能的适用性。

Origin Materials (CA), University of California-Davis

原始材料（CA），加州大学戴维斯分校

Decarbonizing DoD Fleets Using Bio-Based Carbon Black from Domestic Agricultural Waste: Using feedstocks such as soybean molasses, bagasse, and wood residues, this project will develop samples of bio-based, carbon-negative carbon black and polymers. Carbon black is used in a wide range of products including rubber compounds and tires, and is traditionally heavily reliant on fossil fuels..

使用来自生活农业废弃物的生物基炭黑对国防部舰队进行脱碳：使用大豆糖蜜，蔗渣和木材残渣等原料，该项目将开发生物基，碳负炭黑和聚合物样品。炭黑被广泛用于包括橡胶化合物和轮胎在内的产品，传统上严重依赖化石燃料。。

Superbrewed Food (DE)

超级酿造食品（DE）

Potential Benefit of Superbrewed Food's Sustainable Postbiotic Protein on Warfighter Health: This project will produce a sustainable protein ingredient and evaluate its potential benefits for the warfighter, including increased energy and endurance, shortened recovery times, improved focus and concentration, and overall performance..

超级酿造食品可持续的益生后蛋白质对战士健康的潜在益处：该项目将生产可持续的蛋白质成分并评估其对战士的潜在益处，包括增加能量和耐力，缩短恢复时间，改善注意力和注意力以及整体表现。。

Kultevat (MO), FutureFuel Chemical Company (AR)

Kultevat（MO），FutureFuel Chemical Company（AR）

U.S. Production of Natural Rubber to Reduce C-Release and Increase C-Storage and Rubber Imports: After cultivating and producing natural rubber from domestically grown dandelions, this project will test extraction protocols to improve production. Natural rubber and resins can be used in footwear, apparel, tires, and more..

U、 S.生产天然橡胶以减少C释放并增加C储存和橡胶进口：在从国内种植的蒲公英培养和生产天然橡胶后，该项目将测试提取方案以改善生产。天然橡胶和树脂可用于鞋类，服装，轮胎等。。

Industrial Microbes (CA)

工业微生物（CA）

Upscaling and Downscaling Purification for a Novel Bioplastic Process: This project will use a patented microbe to turn waste materials such as carbon dioxide, ethanol, and methane into a biodegradable plastic, and produce enough material to test for commercial use.

用于新型生物塑料工艺的放大和缩小净化：该项目将使用专利微生物将二氧化碳，乙醇和甲烷等废料转化为可生物降解塑料，并生产足够的材料进行商业用途测试。

Education and Workforce Development Projects

教育和劳动力发展项目

2 projects | $2.0 million federal funds | $2.92 million non-federal cost share

2个项目| 200万美元联邦资金| 292万美元非联邦成本份额

Federal funding from the U.S. Department of Defense

美国国防部的联邦资助

Member Team

会员团队

Project

项目

East Tennessee State University, Niswonger Foundation (TN)

东田纳西州立大学，尼斯旺格基金会（TN）

Completing the Bioindustrial Pipeline: A Multidisciplinary Workforce Development Institute for Biological and Bioprocess Engineering for the Appalachian Highlands: Through the development of a set of bioprocess engineering, bioindustrial automation, and synthetic biology curriculum modules, traditional and non-traditional high school and college students will be equipped with the skills necessary to succeed in the bioindustrial manufacturing industry..

完成生物工业管道：阿巴拉契亚高地生物和生物过程工程多学科劳动力发展研究所：通过开发一套生物过程工程，生物工业自动化和合成生物学课程模块，传统和非传统的高中和大学生将具备在生物工业制造业取得成功所需的技能。。

Utah STEM Foundation, Talent Ready Utah, Checkerspot, Technology Holding, Utah Valley University, Salt Lake Community College (UT)

犹他州干基金会，人才就绪犹他州，Checkerspot，技术控股，犹他谷大学，盐湖社区学院（UT）

Utah Bioindustrial Manufacturing: An Ecosystem to Grow for the Future: This project will use stackable credentials and early outreach activities to increase access to bioindustrial manufacturing careers and continued education to build a sustainable talent pipeline.

犹他州生物工业制造业：未来发展的生态系统：该项目将使用可堆叠的凭证和早期外展活动，增加生物工业制造业和继续教育的机会，建立可持续的人才渠道。

###

###

For More Information

有关更多信息

Christine Lee

克里斯汀李

Communications Manager

通讯经理

clee@biomade.org

clee@biomade.org

(612) 213-0311

(612) 213-0311

To view the source version of this press release, please visit https://www.newsfilecorp.com/release/180623

要查看此新闻稿的源版本，请访问https://www.newsfilecorp.com/release/180623