Presentation 1: Examples of uses of nanomaterials at work

Slides:



Advertisements
Similar presentations
Contents: Cover
Advertisements

Personal Protective Equipment
DECORATIVE SINGLE COAT PLASTER FOR MARBLE CHIPS CLADDING SYSTEM ( PEBBLEDASH )
A passive investment towards improved control over energy costs.
2.13 SPECIAL CONCRETES Low Cost Light Weight Heavy Weight Underwater Ultra High Strength Ultra Durable Architectural Low Noise Reduced environmental impact.
 Ecocoat® Coatings with Nano technology  Features and Benefits  Superior water repellency  Excellent breathability (Permeability)  Hygrothermal Performance.
Nanotechnology in coatings
TANOCOMP partners Carbon nanotubes nanocomposites
Chapter 8: Physical Properties of Renewable Composites
BTEC First Engineering
Bonded Repair of R/C Bridge Components using FRP Wrapping – McDade Road Bridge over US 40 Peter Chang Bala Balaguru March 23, 2010.
Modern Composite Material A material that is made from two or more constituents for added strength and toughness  Glass reinforced plastic (GRP)  Carbon.
Textiles Use of Textiles Functions of Textiles Selection Criteria Textile Care © PDST Home Economics.
Disruptive Innovations through Nanotechnology Presented by Puneet Mehrotra ( Managing Director ) Nano Science & Technology Consortium Reinste Nano Ventures.
Chapter 6 Controlling Heat Transfer 6.1 Absorbing and Losing Heat Science 14 and 10-4 with Mrs. M.
1 Introduction to TTEL Products Matt Nicholson Associate Director TECF - Soficar 2009.
We might not realise it, but smart materials are starting to make a real impact on everyday life. Kettles that change colour when they boil Garments that.
Nanotechnology in Building and Construction Dr. Joannie W. Chin.
INTERIOR WALL FINISHES
Corrosion & Associated Degradation
Strength When designing structures such as bridges, engineers carefully choose the materials by anticipating the forces the materials (the structural components)
Manufacturing technical objects. MATERIALS To decide which materials are suitable for making technical objects, manufacturers must first determine the.
Nanotechnology.
Mechanical Engineering Department Advanced Composites Dr. Talal Mandourah 1 Lecture 1 ADVANCED COMPOSITES.
“The Next Really Big Small Thing”
Chapter 33 Processes Used to Condition Composite Materials.
Silicones – Diverse properties and applications Silicones – Diverse properties and applications Other applications  Fire protection  Shock absorbers.
By: Ferhat Ince Adeline Mairesse Jonathan Sirault Gäetan Tordeurs Julien Toussaint Sanne Van Beek Daria Van Eechaute Project leader: Evelyne Wirix Project.
Silver Oak College Of Engineering & Technology.
1. Course Civil Engineering Materials Credit hours (3+1) 3 = 3 hours per week lecture 1= 3 hours per week lab Course Instructor Instructor Dr Atta Ullah.
08/14/11 presentation by Nuwan Liyanage.  Introduction  Four Generations of Nanotechnology  Nanofactory  Nanoassembler  Did You Know?  Nanowires.
Revolutionary Product for the Application of Carbon Fiber Property of AlsaRefinish part of Alsa Corp © |
Nomex By: Michael Liles. What is Nomex Nomex fiber is a member of the aramid family of fibers, and is similar in appearance to nylon Used in applications.
CE 241 MATERIALS SCIENCE Introduction
Degradation and Protection What is affecting the materials?
Energy: Conservation and Transfer.  Energy can be transferred from one system to another or to the environment in different ways.  It is transferred.
Controlling Heat Transfer Chapter Six REVIEW. Absorbing and Losing Heat Heat Absorption- refers to the rate at which materials absorb heat. Every material.
Production Materials Engineering Materials Chemicals, Fossil Fuels, & Food Testing, Selecting, & Developing Materials.
PROPERTIES OF MATTER ANCHOR PROJECT EXAMPLE Goal: Given an object, I can identify the major materials that make it up and the properties of those materials.
DAELIM PLAVIS Parts for SEMICONDUCTOR Vacuum Pick-up Tools ; To stable pick-up chips during packaging process. PLAVIS vacuum collets meet needs for processing.
1 Aggregate Primary function: TRH 3 : Surface Seals for Rural and Urban Roads Components  Resistance to abrasion of base  Transfer of wheel load to pavement.
Nanolia Canada Inc Product Line. 1 m 1 nm what is nano technology The word “nano” meaning dwarf. It is the one thousand millionth part of one meter (0.000.
P.1 Book 1 Section 4.3 Radiation Frost Energy transfer by radiation Emission and absorption of radiation Check-point 4 Examples of heat transfer by radiation.
Hazard Assessment and PPE Don Ebert- Risk Manager (509)
Common Material Uses – Plastics Polyamides Nylons (sintered) + Heat Stabilized, Flame Retardant, Dimensional Stability, Chemical resistance, High toughness,
Thermal Spray Coatings Asst.Prof.Dr. Ali Sabea Hammood Materials Engineering Department Materials Engineering Department Faculty of Engineering Faculty.
Wood comes from trees Modified wood is treated wood or a material made from wood mixed with other substances. (i.e. Plywood, particleboard, fibreboard)
Welcome To Astec Paint. Our Product Energy Star Heat Reflective Coatings Exterior Finishes Interior Finishes Texture Coatings & Acrylic Renders Roof Restoration.
Nanotechnology and Sustainability in the Construction Industry
The Application of Nanotechnology in Our Daily Life Group members :陈鑫、陆艳、王蓉融.
To stop the decay, corrosion or degrade of a material
Materials Engineering
M. M. Shokrieh*, M. Salamat-talab
Electrical Engineering Materials
Innovative roof cool roofs by T.Maniammai & T.M.Supraja
By Alice Smith and Rebecca Layzell
@ 2016 Global Market Insight, Inc. USA. All Rights Reservedwww.gminsights.com Glass Additives industry analysis research and trends report for
Nanotechnology in Building and Construction Dr. Joannie W. Chin.
AQA GCSE 5 Composite materials and technical textiles
“Thermo reflective Nano technological treatment "
Applications of Nanomaterials
@ 2017 Global Market Insight, Inc. USA. All Rights Reservedwww.gminsights.com Energy Efficient Coatings Market outlook, regional growth & industry share.
Presentation 1: Examples of uses of nanomaterials at work
Physics 202 Lecture 4 Heat and Temperature.
Materials.
Department of Civil Engineering
C.6 Liquid Crystals The liquid crystal state Liquid Crystal Examples
Technical textiles By Robel L.. Introduction to Technical textiles.
Presentation transcript:

Presentation 1: Examples of uses of nanomaterials at work

Sectors / products using nanomaterials Date, location

Construction sector More generally, construction uses include composite materials to improve strength, stiffness, electrical conductivity or heat resistance Cement, concrete and wet mortar (e.g. nano-binders in ultra-high performance concrete) Steel (increased strength, reduced wear, reduced cracks, strengthened welds) Glass (temperature control, heat resistant, self-cleaning, anti-reflection) Insulation materials – thermal, noise, temperature regulation (aero-gel, vacuum insulation panels) Coating and paints (e.g. UV and water sensitive coatings for self-cleaning buildings, graffiti-resistant paints; electro-chromic windows, flame retardance, anti-bacterial, scratch resistance) Road and other infrastructure construction (longer life, water-repellence, noise reduction, energy collection, self-cleaning) Wood – protective coatings, to prevent wear and erosion, algal growth, infestation by woodworm and termites, UV/light degradation, References: http://www.efbww.org/pdfs/Nano%20-%20GB%20Summary.pdf http://www.nanowerk.com/spotlight/spotid=26700.php http://www.hielscher.com/nano_cement_concrete_01.htm Date, location

Construction sector (cont/d) Reference: http://www.efbww.org/pdfs/Nano%20-%20GB%20Summary.pdf Date, location

Agriculture and food production/processing Key areas of development are “nanostructures” (or “nanotextures”) in foodstuffs and nano-sized or nano-encapsulated food additives Nanotextures used in spreads, mayonnaise, cream, yoghurts, ice creams, etc. Nano-encapsulated food additives include colours, preservatives, flavourings and supplements (neutraceuticals) Both uses are claimed to give new and enhanced tastes, improved textures, consistency and stability of emulsions Agriculture Limited public information on use as no legal requirement to identify nanomaterials in agricultural products Nanomaterials presumed used for improved delivery of agrochemicals in the field, better efficacy of pesticides and better control of dosing of veterinary products: e.g. slow- or controlled-release fertilizers/pesticides. Worker exposure to nanomaterials relates to workers in food and feed processing and on farms References: FAO/WHO technical report on state of the art on initiatives and activities relevant to risk assessment and risk management of nanotechnologies in the food and agriculture sectors (http://www.fao.org/docrep/018/i3281e/i3281e.pdf) and FAO/WHO Expert meeting on the application of nanotechnologies in the food and agriculture sectors: potential food safety implications (http://www.fao.org/docrep/012/i1434e/i1434e00.pdf) Images: http://www.ecpa.eu/page/application and http://libcloud.s3.amazonaws.com/93/25/c/4723/2014_Tiny_Ingredients_Big_Risks_Web.pdf Date, location

Textiles Used in uniforms, laboratory coats, outdoor clothing, protective clothing (firefighters,) Nanomaterials provide key properties: antistatic, self-cleaning (dirt and water repellence), moisture absorbency, UV protection, increased durability, antimicrobial, fire resistance, heat insulation, shielding of electromagnetic radiation References: http://www.umweltbundesamt.de/sites/default/files/medien/376/publikationen/datenblatt_nanoprdukte_textilien_e.pdf Images: http://www.nanotechproject.org/cpi/products/white-swan-uniforms-and-scrubs-with-nano-tex/ http://www.elliottaustralia.com/site/pages/Firefighting/Reference_Center.php Date, location

Pigments Used in paints and coatings for decorative (e.g. deeper colour intensity) and protective (e.g. resistance to corrosion, wear, scratching, graffiti) purposes Relevant to the printing, painting and electronics sectors, and those using inks, paints, and pigments (e.g. transportation (automotive, ships, trains), construction, communications) Many nanomaterials used for light absorption so have brighter colours Nano has long been used in colouring products, but is more specifically engineered now to create particles in nano-scale References: http://www.inkworldmagazine.com/issues/2003-02/view_features/nanotechnology-is-impacting-inks-pigments-pri/ http://www.umweltbundesamt.de/sites/default/files/medien/378/publikationen/use_of_nanomaterials_in_coatings_0.pdf Photo: http://eramanath.wordpress.com/nanocoatings/ Date, location