Glaxo Smith Kline has a web page where they ask people to contribute their new products and technologies, so I thought of new products for them, Glaxo Smith Kline is welcome to use all of these public domain technologies without contacting me, if they would like to, they can contact me at treonsverdery@gmail.com for further activity on my part to make the ideas better or come up with new ideas for products they can make.

transparent henna (micheal reaction, not actually henna the plant) toothpaste coats cheeks and especially tongue with durable breath freshness; also transparent henna sunscreen.

febreze (edible cyclodextrins) gummy bears freshen breath have b12
stealth good for you toothpaste

people that brush their teeth have less cardiovascular disease. why? brushing the teeth of rats, find an ingredient that amplifies this effect. One possibility is a bactericide combined with a probiotic

airjected antibiotics onto acne; tiny airjected doses of antibiotics clear acne rapidly, use micrograms of antibiotics, or just possibly a naturally occurring oil or herb like tea tree oil that is bacteriostatic. “Echinacea is another well-known alterative herb, which has been shown to reduce a pesky bacterium called P. acnes that contributes to acne” odd possibility:deuterium
compare asthma inhaler for the face.

toothpaste with delicious chewers like flavor blobs
micro effervescent toothpaste works better
nootropic toothpaste

toothpaste that changes flavor after you have brushed enough to make the ADA (amrican Dental Association) happy.

smartstart or rightstart toothpaste that is clinically measured to cause people to eat less.
non sweet yet pleasant flavor with sensodyne numbness makes food have less tatse, but is absent the aversive efffect of mint toothpaste on food, this does not appetize like sweet things; less abrasive what if the instructions were to brush before every meal? (faster use)

Aptamer toothpaste, the antibodies (antibody fragments known as aptamers) literally glom onto the tooth surfaces and are molecularly white thus whitening the smile durably, or at least all day, and being antibacterial. could this be possible with ion exchange resins, or aptamers linked on one side with really big white blobs This might work with white henna (or rather a micheal reaction white material) that gloms to teeth as well. I read there are milk protein (peptide) toothpastes, perhaps these glom to tooth as well. Antibodies at $435/gm retail online, so 1 mg of antibodies is 43.5c

a perfume, paris hilton has $2 billion of fragrance reveue, ok, so not a good idea, but perfume multipacks for backpacks to scent the backpack interior

I read that sensodyne depolarizes nerves with potassium nitrate, after 2-4 weeks. Could a bromine compound, similar to a bromide do this as well, in less time? Why a nitrate?

dermatitis treatment: could a skin ointment, like aristocort flurocorticoids or acne lotions, have kno3 to depolarize skin neurons reducing itching over a 2 week period?

acne medication: why does hydrocortisone absorb, possibly an order of magnitude better through abraded skin? Is there a way to make acne medication absorb 10x better through popped pimple skin?

pills that explode in the stomach; popsicle stick exploder (sort of like a flex-balanced popsicle snowflake) made of compressed powder or possibly water plumping jello causes pill to rapidly disintegrate in the stomach speeding headache relief. ZOTZ pill; “zotz pill” returns zero finds at a search engine. Have pullulan (breath strip) or laser perforated gelcap ends and less than a burp amount of zots foaming agent mixed with naproxen or other ingredient. half centimeter blob of foam is instantly activating. Edible alka seltzer. might already exist http://omedicine.info/en/berokka-plyus.html but that dissolves in the glass
also foaming liquicaps.

Toothpaste that causes seam between dental work and tooth stronger, there is this little crevice, hydroxyapatite version that likes to attach to metal and tooth might do it

people look at their reflection while toothbrushing, so a light colored, color changing strip along the length of the toothbrush that changes color to show optimal press force while toothbrushing could be a new kind of toothbrush. Among electric toothbrushes the strip could be electroluminescent, causing excitement, and increasing the value of an existing product.

would it be possible to coat teeth with a kind of nitrogen polymer, rather than fluoride, to provide a material that is a barrier to wear? basically something that tastes ok that causes nitrogen polymers to form on the surface of teeth. chitin a nitrogen polymer plating (chitin is actually a warmth moldable plastic, so perhaps a IR LED wand on a rinsed mouth at a dentist or at the dwelling could do something.

amazing fluid for waterpiks

floss or springy floss coated with gunk that gets caught between teeth. This gunk is anticavity though, and tastes good, leaving the spaces between your teeth pleasantly flavored; if it is antibacterial perhaps a person could floss half as often

like halogenating or deuterating all the drug molecules then screening them for effect how about just rotating them about l it hs been done…

multicolor bubble bubble gum This one is hard to pull off, but it is possible color crystals in the gum could do it.

a fridge deodorant that is not baking soda; look at the proliferation of cat litters, including the crystalline kind these are high material volume yet premium products ion optimized clay? (like making activated charcoal) ion optimized clay could also be hypercatlitter

quora: what happens to MTBI ***J when messy people raise them and never tell them to clean their room? Has this happened to you?

Tooth whitening lasers could lasers etch diffraction based blue orwaveguide optics blue onto actual teeth or a plastic coating on teeth? compare PRK popularity.

research improving the fuel (energy) efficiency at oil refineries

the combined output of all small refineries was slightly greater than all of Texas.
hydrogen growth supporting desulfurization is growing

is it possible to exceed vacuum distillation efficiency with clingy gas that pulls no? because of pvnrt n and possibly r components microdropets with high vacuum resistance could pull (van der walls) but not gas

Side processes that are used to condition inputs and/or produce hydrogen or by-products include crude conditioning (e.g., desalting)
The principal energy consuming processes in refineries, in order of overall energy consumption in the United States, are the crude (or atmospheric) distillation and vacuum distillation units, hydrotreaters, reformer, alkylate production, catalytic crackers and hydrocrackers
lpg, light vapors, and gas are the energy sources of refineries
coking is the source of refinery fuel oil, which likely is sort of near a third a source than refinery gas
desalting: The salt is washed from the crude with water (3-10% at temperatures of 200-300°F (90-150oC)). The salts are then dissolved in the water and an electric current is used to separate the water from the oil. This process also removes suspended solids. Desalting can help to minimize fouling downstream, thereby reducing energy costs. The different desalting processes vary in the amount of water used and the electric field used for separation of the oil and water. The efficiency of desalting is influenced by the pH, gravity, viscosity, and salt content of the crude oil, and by the volume of water used in the process. Electricity consumption from desalting varies between 0.01 and 0.02 kWh/barrel of crude oil (IPPC, 2002).
nano electrode or activated charcoal as activated carbon high surface area electrodes; oil water mix percentage could vary with this along with electrode surface area; resistance heating contributes to process energy temperatures possibly
Crude Distillation Unit (CDU) uses most refinery energy; Energy efficiency opportunities include improved heat recovery and heat exchange (process integration) and improved separation efficiencies.

anything that turns fuel oil into other products makes money: The heaviest fraction is fuel oil, which has the lowest economic value of the crude oil products.

Hydrogen is generated from natural gas and steam over a hot catalyst bed, similar to the processes used to make hydrogen for ammonia
could cheap concentration of deuterium affect hydrogen production very iffy
At the hydrogen cracker (hydrocracker) reactions are carried out at a temperature of 500-750°F (290-400oC) and increased pressures of 8.3 to 13.8 Bar could squeezing a tube be more efficient than heating it?
produce anticancer asphalt modifying this process (not an energy saver) Bitumen Blower Unit (BBU). Heavy fuel oil of some heavy crude oil is blown with hot air to produce bitumen or asphalt. would steam, rather than air, with nitrogen producer simpler asphalt, that is less carcinogenic?

reread hydrotreaters (hydrocracking), at second highest energy use after cdu. there is a data oddity though, the VDU uses about half as much energy as the CDU.
1% of 5% of 2% * 20 yr equipment life, maybe, reduced coke deposition on the furnace tubes
better tube coatings diamond would do it, maybe.
The petroleum refining industry spent almost $9 billion on energy purchases in 2010
thus as a ten % improvement (1% of value added through refining, or a tiny part of the $555 billion annual value of the product, would be extreme to invent; getting people to give 1 billion to charity would be better; how to get the Chinese to give to charity? like previous index fund savings account with 1% to charity check off box at arms or phones.
This figure also shows that the main fuels used in the refinery are refinery gas (i.e., still gas), natural gas and coke
halfbakery: many petroleum refining reactors and hydrogen producers use gravity fed reactors; could a lengthy reactor, spinning from the middle, have two concentration zones; above gravity effect, and one very large light zone in the middle with purer material or enhanced sized product (fractionation) steps, does increasing the size of the gaseous area or the spacing of elements in a fluidized bed reactor improve things?; aside from the energy of spinning (artificial G) the main thing is the gasketing on the center feed tube which must rotate. Is it possible? Would tighter fractionation of wider areas of uncontaminated catalyst be value effective? This would be a completely new approach compared with unidirectional flow or countercurrent mode. Could this also be used for non petroleum reactors as a “centrifuge reactor” Is a shaken tube capable of concentration a little like a centrifuge tube? Fill->shake->fill cycles could be used possibly with less complex gasketing or (maybe) less energy use.
from: “In FBR the liquid and gas flow co-currently downward through the catalytic bed, which has unfavorable hydrogen and hydrogen sulfide concentration profiles over the reactor (i.e., a high H2S concentration at the reactor outlet)” http://what-when-how.com/petroleum-refining/the-hydrotreating-process-part-1/
Could a cheaper than catalyst H2S or fancy mercaptan absorbing non-catalyst layer be placed above the catalysts with sophisticated placement nozzles/machinery? a different way to do:“One more application of this approach considers the use of a stacked bed of two catalysts, in which the final deep HDS and/or final deep hydrogenation step is performed at low H2S and high H2 partial pressures” supporting this is “For such cases, proper bed grading can be used “ which suggests the finesse to put cheaper non catalysts that are better at glomming mercapatans from might exist.
lets say naphtha has 10% ROI, and oil (of some kind) has 7% ROI a process or product that causes the conversion of an oil reactor to a naphtha reactor twice as fast could cause ROI to increase some amount, maybe (or maybe not) to 8.5% averaged. So, what are the cheapest things to change in an oil refinery?