农业土壤修复项目(Agricultural soil remediation)
LiKevin
生物医药
该项目主要包括土壤重金属污染修复、水体污染治理修复、盐碱地及酸性土壤治理改良三大系列产品。 产品利用沸石分子筛吸附原理,吸附稳定化(结合/包裹形态)游离态的重金属离子,降低其生物可利用性,吸附稳定化效果高达99%且长期有效。 产品生产工艺简单,不产生二次污染,能实现针对特定污染环境的定制化生产,是目前国内市场上少有的高效智能型环境处理材料。,该项目主要包括土壤重金属污染修复、水体污染治理修复、盐碱地及酸性土壤治理改良三大系列产品。 产品利用沸石分子筛吸附原理,吸附稳定化(结合/包裹形态)游离态的重金属离子,降低其生物可利用性,吸附稳定化效果高达99%且长期有效。 产品生产工艺简单,不产生二次污染,能实现针对特定污染环境的定制化生产,是目前国内市场上少有的高效智能型环境处理材料。
Apple+ – a revolution in apple business
YingDanyang
生物医药
Around thirty percent of all food produced is ‘lost’ without ever getting into the human food chain. Fortunately, food loss conversion into foods is an increasing driving force for new product and ingredient development. There are 60-70% of apples (> 180,000 tonnes) that don’t meet supermarket specifications and are poorly defined as “secondary” or even “third-grade”, while 25-35% of apple after juicing is waste as pomace (>25,000 tonnes). However, the apple pomace from low or high grade apples is an edible part of the fruits and contains valuable nutritious components, just like the apples themselves. Apple pomace contains polyphenols, dietary fibres, protein and essential nutrients, which now normally goes to animal feed or compost. There is a market gap for retrieving the lost nutrients of apple and creating value from apple pomace, which can produce more high-value apple products. The nutritional components in apple pomace degrades very rapidly therefore it is a huge challenge to stabilise and retain the bioactives and nutritional components while processing this material into stable food ingredients. We have developed a process for stabilising the nutritional components in apple pomace so as to deliver an industry revolution in multiple apple pomace based food ingredients products that are highly nutritious and rich in bioactives and dietary fibre. We plan on rolling out a versatile apple products range to Australian and global consumers. We invite food and beverage manufacturers, venture capitalists and entrepreneurs to discuss Apple Pomace opportunities further.,Around thirty percent of all food produced is ‘lost’ without ever getting into the human food chain. Fortunately, food loss conversion into foods is an increasing driving force for new product and ingredient development. There are 60-70% of apples (> 180,000 tonnes) that don’t meet supermarket specifications and are poorly defined as “secondary” or even “third-grade”, while 25-35% of apple after juicing is waste as pomace (>25,000 tonnes). However, the apple pomace from low or high grade apples is an edible part of the fruits and contains valuable nutritious components, just like the apples themselves. Apple pomace contains polyphenols, dietary fibres, protein and essential nutrients, which now normally goes to animal feed or compost. There is a market gap for retrieving the lost nutrients of apple and creating value from apple pomace, which can produce more high-value apple products. The nutritional components in apple pomace degrades very rapidly therefore it is a huge challenge to stabilise and retain the bioactives and nutritional components while processing this material into stable food ingredients. We have developed a process for stabilising the nutritional components in apple pomace so as to deliver an industry revolution in multiple apple pomace based food ingredients products that are highly nutritious and rich in bioactives and dietary fibre. We plan on rolling out a versatile apple products range to Australian and global consumers. We invite food and beverage manufacturers, venture capitalists and entrepreneurs to discuss Apple Pomace opportunities further.
H2P医疗大数据整合系统
YaoYvette
信息科技
bp,bp
基于人工智能算法的投资项目评估平台
韩梅
信息科技
bp,bp
汽车全铝制动系统
黄晓弟
工程制造
汽车全铝制动系统是一项全新技术,研究始于美国密歇根理工大学,经过十八年产学研合作研发,已经完全成熟。LiteBrake Tech LLC 做了许多大规模产业化的准备工作,包括该技术通过了美国联邦机动车安全标准认证,基于十多年工厂量产试验基础上完成了量产设计,与美国和中国整车厂就产品价格达成了初步共 识,因此有必要适时开展大规模产业化。本项目的实施就是为此目的而设立。汽车全铝制动系统理念由 LiteBrake Tech 首先提出,被美国和中国整车厂接受,鼓励形成大批量生产能力。其中的关键零部件:钢面铝基刹车盘,生产工艺简单、环保、成本低。LiteBrake Te立ch 拥有钢面铝基刹车盘全套技术及多国发明专利, 并获得了 2012 年美国 SEMA 展销会全球媒体新产品奖,2013 年美国密歇根州创新竞赛新产品奖,在美国已经开始小批量生产和配件后市场零售。为了给整车厂采用全铝制动系统配套,有必要建设一个量产钢面铝基刹车盘的生产基地,形成供货能力,培育并快速扩展汽车全铝制动系统市场。,汽车全铝制动系统是一项全新技术,研究始于美国密歇根理工大学,经过十八年产学研合作研发,已经完全成熟。LiteBrake Tech LLC 做了许多大规模产业化的准备工作,包括该技术通过了美国联邦机动车安全标准认证,基于十多年工厂量产试验基础上完成了量产设计,与美国和中国整车厂就产品价格达成了初步共 识,因此有必要适时开展大规模产业化。本项目的实施就是为此目的而设立。汽车全铝制动系统理念由 LiteBrake Tech 首先提出,被美国和中国整车厂接受,鼓励形成大批量生产能力。其中的关键零部件:钢面铝基刹车盘,生产工艺简单、环保、成本低。LiteBrake Te立ch 拥有钢面铝基刹车盘全套技术及多国发明专利, 并获得了 2012 年美国 SEMA 展销会全球媒体新产品奖,2013 年美国密歇根州创新竞赛新产品奖,在美国已经开始小批量生产和配件后市场零售。为了给整车厂采用全铝制动系统配套,有必要建设一个量产钢面铝基刹车盘的生产基地,形成供货能力,培育并快速扩展汽车全铝制动系统市场。
基于密码学的数字身份认证系统和产业化应用
蒋辉
信息科技
本参赛项目是基于密码学的一种数字身份认证系统和产业化应用研究。 本项目产品以密码学的非对称加密技术、椭圆曲线加密算法(ECC)为核心技术,实现了基于公开密钥(PKI)的可信的数字身份认证、动态口令登录、用户信息保护等功能。 本项目的技术创新点包括 1.通过椭圆曲线加密算法(ECC)实现可信身份认证; 2.基于移动客户端的智能卡包系统,为用户提供便捷的个人信息管理、注册、身份验证等服务; 3.具备开放应用程序接口(Open-API)平台,可以实现企业接入、第三方应用开发、安全硬件开发等不同领域的身份认证应用场景; 与生物识别技术集成。,本参赛项目是基于密码学的一种数字身份认证系统和产业化应用研究。 本项目产品以密码学的非对称加密技术、椭圆曲线加密算法(ECC)为核心技术,实现了基于公开密钥(PKI)的可信的数字身份认证、动态口令登录、用户信息保护等功能。 本项目的技术创新点包括 1.通过椭圆曲线加密算法(ECC)实现可信身份认证; 2.基于移动客户端的智能卡包系统,为用户提供便捷的个人信息管理、注册、身份验证等服务; 3.具备开放应用程序接口(Open-API)平台,可以实现企业接入、第三方应用开发、安全硬件开发等不同领域的身份认证应用场景; 与生物识别技术集成。