Products related to Ethanol:
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Tabletop Ventless Ethanol Fireplace
Transform any room into a cosy haven with the Tabletop Ventless Ethanol Fireplace Brings the warmth and ambiance of a real fire without the hassle of vents or chimney Its sleek design complements any decor, while the real flames add a touch of elegance It is an excellent decorative and functional piece for any room of the house Ideal for both indoors and outdoors and creates a warm cosy atmosphere. Place on your coffee table for a quiet evening or as a centrepiece at a dinner party Made of borosilicate glass which is heat-resistant for safety and protection It is completely vent-free and easy to install and use straight out of the box Fueled by smokeless, odourless, clean-burning Bio Ethanol (not included) Save yourself a huge 63% on the Tabletop Ventless Ethanol Fireplace for 15.99 pounds
Price: 15.99 £ | Shipping*: £ -
Tabletop Ventless Ethanol Fireplace
Transform any room into a cosy haven with the Tabletop Ventless Ethanol Fireplace Brings the warmth and ambiance of a real fire without the hassle of vents or chimney Its sleek design complements any decor, while the real flames add a touch of elegance It is an excellent decorative and functional piece for any room of the house Ideal for both indoors and outdoors and creates a warm cosy atmosphere. Place on your coffee table for a quiet evening or as a centrepiece at a dinner party Made of borosilicate glass which is heat-resistant for safety and protection It is completely vent-free and easy to install and use straight out of the box Fueled by smokeless, odourless, clean-burning Bio Ethanol (not included) Save yourself a huge 63% on the Tabletop Ventless Ethanol Fireplace for 15.99 pounds
Price: 15.99 £ | Shipping*: £ -
Alky Methanol / Ethanol Fuel Additive
Alky is an additive specifically designed for use with Methanol and Ethanol fueled vehicles. It effectively reduces the corrosive properties of these fuels and also reduces bore wash. When added to Methanol fuel, Alky causes it to burn with a yellow tipped flame, which is a great safety feature as the flame is visible in the event of a fire. Many Motorsport UK race series now specify the use of such an additive in Methanol fueled vehicles.Suitable for Methanol and Ethanol fuelsReduces alcohol fuel corrosive propertiesReduces engine bore washComplies with Motorsport UK regulations for Methanol fuel additivesCauses Methanol to burn with a visible yellow flameOne bottle of Alky will treat a 205 litre drum of Methanol.222ml (7.5oz) bottle
Price: 21.60 £ | Shipping*: 6.95 £ -
Link Engine Management Ethanol Content Sensor
This ethanol content sensor from Link Engine Management is a must for flex-fuel vehicles. Compatible with all Link PlugIn and WireIn ECU's the sensor measures the ratio of Ethanol content in the fuel and also the fuel temperature. The sensor includes a plug and pin kit for wiring and also AN -6 fittings to allow it to be fitted in-line in the fuel return line to the tank.Ideal for flex-fuel vehiclesMeasures Ethanol content and fuel temperatureFits in-line in the fuel return lineIncludes plug and pin kit for wiring and AN-6 hose connectors
Price: 246.00 £ | Shipping*: 6.95 £
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How can ethanol be detected during the fermentation of glucose?
Ethanol can be detected during the fermentation of glucose through various methods. One common method is using a hydrometer to measure the specific gravity of the liquid. As the fermentation process progresses and glucose is converted into ethanol, the specific gravity of the liquid decreases. Another method is using gas chromatography, which can separate and analyze the components of the fermentation mixture, including ethanol. Additionally, ethanol can be detected using chemical tests such as the iodine test, which changes color in the presence of ethanol.
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How can yeast cells convert glucose into ethanol using enzymes?
Yeast cells convert glucose into ethanol through a process called fermentation. The first step involves the enzyme hexokinase, which phosphorylates glucose to glucose-6-phosphate. This is followed by a series of enzymatic reactions that ultimately produce ethanol and carbon dioxide. The key enzyme in this process is alcohol dehydrogenase, which converts acetaldehyde into ethanol. Overall, yeast cells use a combination of enzymes to break down glucose and convert it into ethanol during fermentation.
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What is the reaction equation for mashing in beer brewing?
The reaction equation for mashing in beer brewing involves the conversion of starches in the malted barley into fermentable sugars. This process is facilitated by enzymes present in the malt, such as amylase, which break down the starches into simpler sugars like maltose. The general equation for mashing can be represented as: Starches + Water + Enzymes → Sugars. This sugar-rich liquid, known as wort, is then boiled and fermented with yeast to produce beer.
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How to calculate the amount of ethanol and carbon dioxide in alcoholic fermentation?
In alcoholic fermentation, the amount of ethanol produced can be calculated by measuring the decrease in sugar concentration over time. This can be done using a refractometer or by measuring the specific gravity of the solution before and after fermentation. The amount of carbon dioxide produced can be estimated by measuring the volume of gas produced during fermentation using a gas collection system. By knowing the stoichiometry of the fermentation reaction, one can calculate the theoretical amount of ethanol and carbon dioxide that should be produced based on the amount of sugar consumed.
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Home Decorative Unique Geometric Shape Tabletop Ethanol Fire Pit Mini Concrete Portable Bio Ethanol Table Top Fire Pit
3-day coupon giveaway: up to US $80 off
Price: 17.0 € | Shipping*: 0.00 € -
AEM Electronics Ethanol Content Flex Fuel Sensor Kit
AEM Electronics Fuel/Ethanol Content (Flex Fuel) Sensor Kits accurately measure the real-time Ethanol percentage and temperature of your fuel, ideal for programable EMS/ECU engine tuning and calibration applications.Real-time monitoring of ethanol content and fuel temperatureCompatible with AEM Infinity or Series 2 programmable ECUs or third party displays and data loggers*includes comprehensive instructions, electrical connection plug & pin kit and fuel line connectorsAEM's Flex Fuel Ethanol Content Sensor Kits measure a vehicle's fuel ethanol content percentage and fuel temperature, which allows users with programmable engine management systems (capable of tuning for flex fuel) the ability to optimize an engine's tuning calibration for the fuel ethanol content. While many fuel stations label flex fuel as E85 (85% Ethanol and 15% Gasoline), actual ethanol content can be much different. Using AEM's Flex Fuel Ethanol Content Sensor offers tuners the ability to accurately monitor the amount of fuel blend being used at any given time.This sensor is ideal for use with AEM's Infinity standalone programmable ECU & Series 2 EMS on flex fuel equipped vehicles, or it can be connected to a dash display or data logger. The sensor can be easily installed into the existing fuel return line at a convenient point between the fuel pressure regulator and the fuel pump. In very high flow systems where restrictions might be an issue, a smaller parallel circuit could be created, as the sensor does not require the full flow to make measurements.This kit comes with a plug and pin kit for electrical connections as well as -6AN hose fittings for integration into the fuel system.Operating Specifications:Battery Voltage: 9 to 18 VMaximum flow: 400 litres per hourOperating Temperature: -40 to 150°C*Sensor Output (12V) Pull-Up Resistor: 2.2 - 10.0 kOhmPlease note: *When installing the sensor for use with non AEM programmable Flex Fuel compatible ECU/EMS, a suitable 12V pull-up resistor may be required. Your display or data logger manufacturer will need to be consulted for compatibility and correct resistor identification.
Price: 336.32 £ | Shipping*: 6.95 £ -
Lucas Oil Safeguard Ethanol Fuel Conditioner With Stabilisers
Lucas Safeguard ethanol fuel conditioner with stabilisers is an additive developed to combat the issues associated with using ethanol based fuels such as E10, E15, E85 and even pump fuel. Simply added to the fuel tank, it prevents rust and corrosion as well as cleaning injectors, valve seats and combustion chambers.Neutralises the harmful effects of ethanol fuelsPrevents corrosion and rust in fuel system componentsCleans injectors, valve seats and combustion chambers to restore performanceTreats up to 80 gallons (303 lites) of fuelSafeguard Ethanol Fuel Conditioner Technical Data Sheet
Price: 12.26 £ | Shipping*: 6.95 £ -
VP Racing Madditive Fuel Stabiliser With Ethanol Shield
VP Racing Madditive Fuel Stabiliser with Ethanol Shield is a petrol additive which eliminates the problems which arise when using modern Ethanol fuels in cars with older fuel systems. Protects your engine and fuel system and can prevent costly repairs due to Ethanol.Simply add to the fuel tank each time you fill up.8oz bottle, Treats up to 80 gallons (303 litres) of fuel
Price: 14.40 £ | Shipping*: 6.95 £
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How to calculate the amount of ethanol and carbon dioxide during alcoholic fermentation?
During alcoholic fermentation, the amount of ethanol and carbon dioxide produced can be calculated based on the stoichiometry of the reaction. The balanced chemical equation for alcoholic fermentation of glucose is C6H12O6 → 2C2H5OH + 2CO2. This means that for every molecule of glucose fermented, two molecules of ethanol and two molecules of carbon dioxide are produced. By knowing the amount of glucose consumed, one can calculate the amount of ethanol and carbon dioxide produced using this ratio. Advanced analytical techniques such as gas chromatography can also be used to directly measure the concentrations of ethanol and carbon dioxide in the fermentation mixture.
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What is the difference between ethanol and plant-based ethanol?
Ethanol is a type of alcohol that is commonly used as a fuel additive or solvent. It is typically produced from the fermentation of sugars in crops such as corn, sugarcane, or wheat. Plant-based ethanol, on the other hand, refers to ethanol that is specifically derived from the fermentation of plant materials, such as cellulose or lignocellulose, rather than from the sugars found in the crop itself. This distinction is important because plant-based ethanol has the potential to be produced from non-food sources, making it a more sustainable and environmentally friendly alternative to traditional ethanol production.
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How is ethanol produced?
Ethanol is primarily produced through the fermentation of sugars by yeast. This process involves breaking down sugars from various sources such as corn, sugarcane, or other biomass into ethanol and carbon dioxide. The fermentation process is followed by distillation to separate the ethanol from the mixture. The ethanol produced can then be further purified for various industrial applications, including as a biofuel or in the production of alcoholic beverages.
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Does ethanol kill fungi?
Yes, ethanol is effective at killing fungi. Ethanol disrupts the cell membrane of fungi, leading to their death. It is commonly used as a disinfectant and antiseptic to kill a wide range of microorganisms, including fungi. Ethanol is often used in healthcare settings and in household cleaning products to eliminate fungal growth on surfaces.
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