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(HLB) value or critical packing parameter (CPP) helps to develop de-sired emulsion. Surfactants with low HLB3-8 values as shown in Figure 1 are useful to form W/O emulsion and that of with high HLB values8-18 are used to form O/W emulsion.2-4 critical packing parameter (CPP) is ratio of hydrophilic and hydrophobic parts of surfactant molecule. CPP
Polymers Nitinol Memory Wire Amazon 14.95 Polymers Silly Putty Amazon 9.95 Polymers Plastic cups Kroger 6.54 Polymers Plastic spoons Kroger 3.69 Polymers Measuring spoons Kroger 5.45 Polymers Isopropyl alcohol Kroger 8.70 Polymers Dry Ice 21.63lbs Kroger 29.55 .
1. The effect of salinity on heavy crude oil emulsion using oil/water ratios of 90/10, 80/20 and 70/30. 2. The factors affecting the making and breaking up of crude oil emulsion. 3. The effect of salinity on crude oil emulsion breakup. The scope of the study is far reaching as every
For example, SS1 grade emulsion is anionic, and CSS1 grade emulsion is cationic. Do not use cationic and anionic emulsions together. Diluted Emulsion—An emulsion that has been diluted by adding an additional amount of
Abrasion Loss ISSA TB 100 (Wet Track Abrasion Test) Fabricate 3 test specimens: 1. At selected emulsion content. 2.-2% emulsion content. 3. 2% emulsion content Cure specimens for 16 hrs, than soak for 1 hr Determine abrasion loss under water Plot abrasion loss versus emulsion content. Chapter 8 -Slurry Seals
Powders – organic and inorganic solids that can be ground into a powder (2–5 micron particle size);Transmission Examples: chemicals, pharmaceuticals, crystalline materials, pigments, fibers, polymers and powders Thermoplastic Polymers – polymers thatATR can be pressed into free-standing thin films Soluble Polymers – polymers
Plus bio-based polymers. LyondellBasell is named to Fortune magazine’s list of the “World’s Most Admired Companies” for the third consecutive year. 6 7 Polymers LyondellBasell Portfolio LyondellBasell produces versatile polymers and advanced polymers. These materials produce a
Classification of polymers based on their structure can be of three types: (i) Linear polymers: These polymers are similar in structure to a long straight chain which identical links connected to each other. The monomers in these are linked together to form a long chain. These polymers have high melting points and are of higher density.
Bio-based polymers are defined as material where at least a portion of the polymer consists of material produced from renewable raw materials. For example, bio-based polymers may be produced from corn or sugar cane. The remaining portion of the polymers may be from fossil fuel–based carbon. Bio-based polymers have generally lower CO 2
4. EAP-Based Systems for Actuation and Sensing 4.1 Conducting polymers 4.2 Polymer gels 4.3 Dielectric polymers 4.4 Piezoelectric polymers 4.5 Liquid crystal polymers 4.6 Shape memory polymers 4.7 EAPs and sensing 5. EAps in Relation to Specific Application Areas 5.1 Textiles 5.2 Robotics
Bio-based Polymers – Full Market Study Bio-based Building Blocks and Polymers – Global Capacities and Trends 2016 – 2021 (2017-01) About 500 pages and 200 tables & figures 4,750 The Study Includes all Single Reports Market data on bio-based building blocks and polymers & Qualitative analyses of selected bio-based polymers
1 Bio-based polymers - Production capacity will triple from 3.5 million tonnes in 2011 to nearly 12 million tonnes in 2020 Bio-based drop-in PET and PE/PP polymers and the new polymers PLA and PHA show the fastest rates of market growth. The lion’s share of capital investment is expected to take place in Asia and South America. 1.1 Summary