Locblock turning a plastic and non-recyclable textile waste issue into a housing solution: Phase 1 - Develop a new fire-rated and structural recycled plastic
Locblock 将塑料和不可回收的纺织废物问题转化为住房解决方案:第一阶段 - 开发新的防火和结构回收塑料
基本信息
- 批准号:10074894
- 负责人:
- 金额:$ 5.97万
- 依托单位:
- 依托单位国家:英国
- 项目类别:Grant for R&D
- 财政年份:2023
- 资助国家:英国
- 起止时间:2023 至 无数据
- 项目状态:已结题
- 来源:
- 关键词:
项目摘要
Locblock turning a **plastic and non-recyclable textile waste** **issue** into a **housing solution**.Locblock is a new 'fire rated structural composite block construction system' with smart features built-in:* Safe- Structurally designed to be simple, strong and a robust alternative to masonry, metal, or timber framing.* Guaranteed performance- Locblock will gain a British-Board-Accreditation (BBA) providing tested and independent performance. This will prove the systems fire-safety/structural-loadings/improved U-values/airtightness/acoustic/thermal-performance. Through advanced-manufacturing processes Locblock provides a built-in performance while eliminating human error and installation errors.* Cheaper energy bills- Locblock will provide lower running costs through reduced heat loss, reduced condensation, improved comfort and ultimately reduced carbon emissions.* Service ducting built-in providing service routes and removing unsightly boxing in or surface fixed services.* Fire safety- Locblock will redefine how structural polymers should be applied in the construction industry. Creating a new building system that addresses fire safety at the construction phase to conform with HSG168 by reducing fire loads, through to occupation by obtaining an independently tested and proven fire rated system.* Construction costs- Locblock is so simple to erect, it will become the 'building for dummies' construction system - like building blocks are for children, Locblock is for adults. A fast simple installation, that does not require highly trained personal, addressing the growing skills shortages, whilst reducing the construction labour costs. The results are cheaper overall costs compared to tradition systems.* Improved productivity- Locblock will mean more houses are built every year, not only does Locblock allows for quicker onsite installations compared to traditional systems, as it can be installed in adverse weather conditions, windy, wet, cold days do not affect the installation, nor does it require power tools, so less down time, compared to masonry bricks and blocks.* Going green -- Not only diverting waste away from our landfills and oceans. Locblock takes non-recycled textile waste, which is causing massive problems to the environment, then through advance manufacturing, converts the textile waste into a fire resistant-acoustic and thermal part of the block, creating a sustainable, circular economy. So, while buyers are getting a cheaper, better performing house, they are also saving the planet!
将**塑料和不可回收的纺织废物转换为**住房解决方案**。固定质量是一种新的“火灾额定的结构复合块建筑系统”,具有智能功能:*结构上是简单,坚固且可靠的固定替代品,可以在套工,金属,金属,金属,framcrand a friand a friending a friending。经过测试和独立的性能。这将证明系统防火/结构性加载/改进的U-VALUES/气密/声学/热绩效。通过先进的制造过程,LocBlock提供了内置的性能,同时消除了人为错误和安装错误。*更便宜的能源费用账单 - 通过降低热量损失,减少凝结,改善舒适度以及最终减少碳排放的降低,可提供降低的运行成本。*最终减少了内置的服务路线,并在固定的范围内进行构建的式盒子,以供应限制式何处,以置于限制的范围内,以置于固定的范围内。在建筑业。创建一个新的建筑系统,该系统在建筑阶段解决消防安全,通过减少火力负载,通过获得独立测试和经过验证的火灾额定额定的系统来符合HSG168。一个快速简单的安装,不需要经过高度训练的个人,可以解决不断增长的技能短缺,同时降低施工人工成本。与传统系统相比,结果的总体成本更便宜。*提高生产力 - 屏蔽将意味着每年建造更多的房屋,与传统系统相比,LocBlock不仅可以更快地进行现场安装,因为它可以在不利的天气条件下安装,潮湿,潮湿,寒冷,寒冷的日子并不影响安装,也不需要较小的电动工具,因此与Masonry Bricks相比,它不仅会浪费 - 而且要浪费且浪费时间*。垃圾填埋场和海洋。 LocBlock采用非重生纺织品废物,这会给环境带来巨大的问题,然后通过预先制造,将纺织废物转换为块的耐火声和热部分,从而创造了可持续的循环经济。因此,虽然买家变得更便宜,表现更好,但他们也拯救了地球!
项目成果
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Axotomy induces axonogenesis in hippocampal neurons through STAT3.
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2011-06-23 - 期刊:
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Humoral responses to the SARS-CoV-2 spike and receptor binding domain in context of pre-existing immunity confer broad sarbecovirus neutralization.
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10.3389/fimmu.2022.902260 - 发表时间:
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的其他文献
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{{ truncateString('', 18)}}的其他基金
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Exploiting the polysaccharide breakdown capacity of the human gut microbiome to develop environmentally sustainable dishwashing solutions
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Likelihood and impact of severe space weather events on the resilience of nuclear power and safeguards monitoring.
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