How much CO2 is produced from 1 kg of lpg?

1270 Liter Methane is equal to One KG LPG

approx 1.96 kg CO2/m3 methane

its depends on the temperature and the density which is never constant , but still one kg = 1.65 lt of lpg

1 kWh creates approximately 1 kg of CO2 from a black coal fired power station.

How many nm3 of lpg makes 1 kg of lpg

Reaction of octane combustion- 2C8H18+25O2= 16CO2+ 18H2O That mean from 228g octane (16*22.4dm3) = 358.4dm3 of CO2 is produced. {because volume of each mole is 22.4dm3} Now, from 10 kg of octane produced volume of CO2 is = (358.4*10000)/228 =(15719.298 dm3/1000)m3 =15.719 m3.

200 kg @ max load capacity of 85% = 306 Litres

It is 28.316 lts of LPG.

How many kg in aliter of lpg

One kilocalorie, or kcal, is equal to 0.00014285714285714 kg SKE. One kg has 7,000 kcal.

27.03 mm^3 of air

Taking coal to contain 50 percent carbon, which combines with oxygen during burning to form CO2, we can arrive at 1.83 kg CO2 for every 1 kg of coal burned. Another way to put it, taking the efficiency of power stations into account, is that 950 grams of CO2 is evolved for every KWh of electricity produced. Note that for natural gas it is more like 600 g per KWh for natural gas powered plants.

1 Kg of LPG = 1.98 liter

Specific gravity of LPG is 54 kg/liter.

The heating value of the LPG is about 46 MJ/kg.

About 0.3 kg of hydrocarbon fuel is burned to produce 1 kWh of energy. About 1 kg of CO2 is produced by the power plant (the extra mass comes from oxygen absorbed from the air). An average house might use 20 kWh per day which corresponds to 6 kg (12 lb) of coal and 20 kg of CO2.

Liquefied Petroleum Gas or LPG is a mixture of various hydrocarbons. It has a density of 1.9 kg/m3 to 2.1 kg/m3.

The energy output from LPG gas is as follows :12.9 Kwh/Kg & 7.5 Kwh/Ltr. (Details from "http://hypertextbook.com/facts/2002/EricLeung.shtml")

The chemical reation is: CaCO3 = CaO + CO2 So, theoretically 840,4 kg CaO are obtained.

0.512 - 0.553 kg (liquid form)

A litre of gasoline weights 0.76 kg. and produces 2.356 kg. of CO2 Of course 1 Kg.

0.54 kg / litre

It is 11850 Kcal/Kg

The consumption of different types of fuel produce different rates of emissions, for instance: Gasoline: 2.3 kg CO2/liter used Natural gas or LPG: 1.6 kg CO2/liter used Diesel: 2.7 kg CO2/liter used So initially it looks like Natural Gas is the winner! But this is only part of the question as each fuel also exhibits an energy density - how far will it make your car go per liter of fuel. When this is reviewed… Read More

Calorific Value of LPG is 45MJ/Kg divide this by 3.6MJ/KWhr gives12.5 KWhr per Kilogram

One kg of carbon combines with oxygen to produce 3.6 kg of carbon dioxide. One ounce of carbon when burnt emits 3.6 ounces of carbon dioxide. So if the candle contains 100% carbon, then a 1 kg candle will release 3.6 kg of CO2. And a 1 lb candle will release 3.6 lbs of CO2. If the contains 80% carbon, then the emissions will be 2.9 kg.

There are several different possible reactions of Fe2O3 with CO, depending on temperature and ratio of reactants. The simplest is probably Fe2O3 + CO ==>2FeO + CO21.00 Kg x 1000 g/Kg x 1 mole Fe2O3/160 g = 6.25 moles Fe2O3 moles CO2 produced = 6.25 moles CO2 Volume CO2 at STP = 6.25 moles x 22.4 L/mole = 140 Liters

yes ,its nice question ........ sir, that is depends on the form of lpg.if lpg in gas form then 2.155 kg /m3 and if it is in liquid form then 553 kg/m3. i hope this will help you ------ Nilesh Parkar Radhanagri kolhapur maharshtra india

In those countries that use the long ton (2240 lb), eg UK 1 ton ≈ 1016 kg ⇒ 1016 kg of lpg (or any other substance) is approximately equal 1 ton In those countries that use the short ton (2000 lb), eg USA 1 ton ≈ 907 kg ⇒ 907 kg of lpg (or any other substance) is approximately equal 1 ton

An average car produces about 7700 kg of co2 a year.

30 kg per kilometre for a 747

Filling pressure in lpg cylinder is 14 kg/cm2 to 16kg/cm2 . maximum filling pressure is 16.95kg/cm2

LPG content can mostly considered as propane. Propane = C3H8 so the molecular mass is =3x12+1x8 = 44 Atomic weight Carbon = 12kg/kmol Hydrogen = 1 kg/kmol Each mole of Propane contain 3 mole of Carbon. Amount of carbon emitted per kg of LPG is (1kgPropane /44kg/kmol)x 3 molCarbon/molPropane x 12 kg/kmolCarbon =36/44 = 0.818 kg carbon release

1 Kg LPG = 1.78 Litters

27.3% of CO2 is composed of Carbon. Trees are composed of about 40% carbon (conservative estimate) so for every 100 kg a tree weighs, 40 kg are carbon. Allegedly the average tree (probably 60 foot) weighs 682 kg. That is about 275 kg of carbon per tree. 275/0.273 = 1007 kg CO2 absorbed x 72.7% (amount of oxygen in CO2) = 730 kg of oxygen made in the lifespan of the average tree.

In a 5 kg DCP cartridge type extinguisher .the co2 cartridge pressure becomes 7 kg/cm2.

The result will be 1 m3 of CO2 and 2 m3 of H2O gas (and 2 m3 of O2 will be consumed). This is determined by the stoichiometry of the balanced reaction: CH4 + 2O2 ---> CO2 + 2H2O

25 litres (liquid) lpg @ 0.553 kg / litre = (25 * 0.553) = 13.825 kilograms. Or > 25 litres (gas) lpg @ 0.002155 kg / litre = ( 25 * 0.002155) = 0.053875 kilograms.

Task 4. What would be the mass of iron that would be obtained if the reduction of 1000 kg iron oxide is made ​​with 350 kg of carbon monoxide? Fe2O3 + 3CO → 2Fe +3 CO2

Its comes around 22 Ltrs aprx.

The formula for normal octane is C8H10. Each mole burned creates 8 moles of CO2. A mole of octane is 106 grams, 8 moles of CO2 is 8x44 = 352 grams So 1.8 kg of octane would produce 1.8x(352/106) = 5.98 g CO2. As the octane value is given to 1 decimal place the answer can be no more accurate so 6.0 kg.

6x10^14 joules of energy is produced by fusion of 1 kg of hydrogen. First Hydrogen is converted to Helium then the fusion takes place.

Solar panels save CO if you accept that electricity generation normally produces CO2 when the fuel is burnt. 1 kWh of electric energy results in about 1 kg of CO2 from a conventional power plant, so if that 1 kWh were generated by solar, that saves 1 kg of CO2. 1 kWh generated by a wind turbine also saves 1 kg of CO2. In this equation you also have to consider any CO2 emitted at… Read More

15kg , 14.5kg , 5kg , 21 kg ,10kg

Depends on the mileage (mpg). Each liter produces about 2 kg of CO2, each gallon (US) produces about 14 lb

About 1000 kg (2204.62262 lb) is absorbed by one average tree per year.

Based on the average of 7.5 to 13 kg per year, divide that by 365, and you get and answer of roughly 0.020 and 0.036 kg per day.

No: it is not much (a lot) 310 ppm = 310 mg per kg = 0.310 g/kg = 0.0310 g/100g = 0.0310% CO2

4.80 kg CO2 (1000 grams/1 kg)(1 mole CO2/44.01 grams) = 109 moles of carbon dioxide =====================

Here is the calculation US motor gasoline consumption 390,000,000 gallons a day which = 1,500,000,000 liters 1 liter of gasoline produces 2.4 kg of CO2 1,500,000,000 X 2.4 kg = 3,600,000,000 kg of CO2 3,600,000,000 / 1440 (minutes in a day) = 2,500,000 kg or 2,500 tonnes a minute from cars. I have not included diesel powered cars in my calculations or non car uses of gasoline but diesel cars are not very popular in… Read More