If your home actually requires the 2MM btu then that is the output you need, if your furnace is 60% efficient then you would need 3,333,333 btu input to produce 2,000,000 btu output, There are 1000 btu per cubic foot of natural gas therfore you would burn 3333 cubic feet of gas to produce 2MM btu. Your question cannot be answered here because I don`t know what you pay per cubic foot of ng nor did you give a time frame for how long you plan on heating the house. But now you know the figures and you can do the math.
Ducane D80G1-100(05/2011)
Assuming you're referring to a large (38 mm) dollar coin dated 1935 or earlier, these contain about 3/4 of an ounce of silver. Silver prices change every day so you'll need to check a newspaper or precious-metals site for an up to date value. Of course, you should never just chuck a coin into a furnace for its melt value without first checking to see if it would be worth more to a collector. Some Morgan and Peace dollars will sell for hundreds on the collector market. Also, all dollar coins made in 1971 and later are not silver. They contain only so-called base metals worth about a dime, IF you could find someone willing to buy them.
the water wall are more efficient for heat transfer, no refractory is required allowing the furbace to be smaller for the same output
NWE stands for "North Western Europe" or what used to be called "Rotterdam". It moves up and down with the market, and the price quote is given in numerous places. The dominant Platt quote is for North Western Europe (NWE), used to be known a "Rotterdam Platt". This is given in US dollars per metric tons. The quantity traded is assumed to be 5000MT or a barge. The Platt quotes are published by Wiley and is actually not the price of the commodity D2 Gasoil, but for the future option. Futures are traded for deliveries to be done and is used by the banks to split the profit or loss made on commodity traded on long term contracts. The pertinent question to raise is then if the Platt price quoted is formed by the banks to meet their "bets" on expected price, or actually determined by variation in supply and demand for a product. There are a number of sites that provide the price quote. You need a paid subscription to receive the quote from Platt. The alternative is to look at bunker-prices (ship'd fuel) world wide. These bunker prices are what ship-owers pay for 1 MT of "MDO" or "MGO" - Marine Diesel Oil/ Marine Gas Oil. The other bunker fuels are furnace oils such as CST180
It moves up and down with the market, and the price quote is given in numerous places. The dominant Platt quote is for North Western Europe (NWE), used to be known a "Rotterdam Platt". This is given in US dollars per metric tons. For the US market, there is a Platt quote for new York harbor, and the Mexican Gulf, in US $ per gallons. Just for the fun of it, the oil companies assumes that there is 304 gallons per MT. The quantity traded is assumed to be 5000MT or a barge. The Platt quotes are published by Wiley and is actually not the price of the commodity D2 Gasoil, but for the future option. Futures are traded for deliveries to be done and is used by the banks to split the profit or loss made on commodity traded on long term contracts. The pertinent question to raise is then if the Platt price quoted is formed by the banks to meet their "bets" on expected price, or actually determined by variation in supply and demand for a product. There are a number of sites that provide the price quote. You need a paid subscription to receive the quote from Platt. The alternative is to look at bunker-prices (ship'd fuel) world wide. These bunker prices are what ship-owers pay for 1 MT of "MDO" or "MGO" - Marine Diesel Oil/ Marine Gas Oil. The other bunker fuels are furnace oils such as CST180.
The presence of water in a furnace can affect its performance and efficiency by absorbing heat energy, which can reduce the overall temperature inside the furnace. This can lead to a decrease in the furnace's ability to reach and maintain high temperatures, impacting its efficiency in heating materials or spaces.
A high efficiency furnace main burner shuts off to prevent overheating and ensure safe operation.
Yes
Some ways to improve oil furnace efficiency in a home heating system include regular maintenance, proper insulation, sealing air leaks, upgrading to a high-efficiency furnace, and using a programmable thermostat.
A high efficiency furnace's main burner shuts off to maintain a consistent temperature in the home and prevent overheating.
Condensation in the furnace can reduce its efficiency and performance by causing corrosion and damage to the components. This can lead to malfunctions, decreased heating output, and potentially higher energy consumption. Regular maintenance and proper ventilation can help prevent condensation buildup and maintain the furnace's efficiency.
A furnace drip pan is designed to collect any excess water or condensation that may accumulate during the operation of the furnace. This helps prevent water damage to the furnace and surrounding areas. By keeping the furnace dry, the drip pan helps maintain the efficiency of the system by preventing corrosion and mold growth, which can hinder the furnace's performance.
The efficiency of a Luxaire PBNU LD16N080D furnace is around 80% AFUE (Annual Fuel Utilization Efficiency), which means it converts 80% of the fuel it consumes into heat for your home. This is a standard efficiency rating for many mid-range furnaces.
Depending on the brand of furnace and the grade of furnace, and also if it is electric or not, and who installs it, it can be anywhere from 2,000 dollars to 10,000 dollars.
The correct direction for the furnace filter air flow is typically marked on the filter itself. It is important to follow the arrow on the filter to ensure optimal performance and efficiency of the furnace.
The furnace filter should face in the direction that allows air to flow through it easily, typically with the arrows on the filter pointing towards the furnace. This ensures proper airflow and efficiency.
To improve the efficiency of your furnace with a booster fan, you can install the fan near the ductwork to help distribute heat more evenly throughout your home. This can help reduce energy waste and improve the overall performance of your furnace.