Saturday, May 3, 2014

Looking for the 'BEST' Heater-experience preferred please :)?




Athena


We have a 2 story office building. The office space on top is currently not being used. The bottom office is long & narrow. It is approximately 1000 square feet with 14 foot ceilings. It is brick on the two longest sides (top to bottom) with the front wall totally being glass (windows). The back wall is brick and glass as well. There are 2 ceiling fans we use to keep the heat from totally going upstairs.
It currently heats with a propane furnace but when it gets really cold we spend about 300 on propane every two weeks to heat it. Not an option any more. I sure like the way the heat fills the whole place but we simply can't afford it.
I wanted to put a wood stove in but the stove pipe alone is over $1000 . We have offices on both sides of us so the stove pipe has to go up 2 stories and that is also not an option. Neither is a pellet stove.
I am looking at possibly getting an Edenpure Gen 4 or one of those Amish stoves. Those are really the only ones I have heard of so I am open if you have other ideas. I would like suggestions as to what you think might work in this space to heat it as well as your own experiences.

Thank you in advance for your replies.
Anyone?
Thank you PA for your thoughtful detailed answer. I wasn't looking for a free lunch just a solution that wouldn't eat MY lunch every month...*smile* Thanks again



Answer
I have friends with both - and like them........but there's no such thing as a free lunch. Their comments:

the Edenpure is safe around kids & pets because the cabinet stays cool . . . . . but no way does it heat an entire house - and doubt if it would evenly heat the space you describe. The Edenpure uses quartz infra-red tubes to heat a copper plate: you aren't getting the heat directly from the tubes - heating the copper plate makes it a steadier heat as the tubes cycle on and off. My friend says that it's nice for a room - does no good in heating adjacent rooms in his small house.

I believe the "Amish fireplace" units also use quartz heating tubes, but have a more powerful fan to distribute the air over a greater area.

Most plug-in electric space heaters draw 1500 watts @ 110 volts when on - - - I think that's the same consumption of the Edenpure and "fireplace". A disadvantage of quartz infra-red tube heaters is that the tubes burnout just like light bulbs . . . . they cost from $30 to $45 each and I believe the heaters have 3 or 4 of them. I understand that it's quite a job to disassemble the Edenpure to replace the tubes.

Google Edenpure and "Amish Fireplace" "reviews" and "complaints" and you'll find posts by both satisfied and dissatisfied buyers.

Consumer Reports tested electric heaters a couple years ago: they didn't think much of either (and many others) . . . on their recommendation we got Honeywell baseboard heaters at about $65 each and are very satisfied with them.......maybe the info is still available at the CR website or BUying Guide.

How should I heat my home for this winter?




nimkiw


We don't have a gas hook-up, so we are looking at either kerosene or electrical. We also have no duct work in place. Should we go with a couple of the lasko small heaters, or should we go with a large quartz or something and then fan it throughout the house? We need something that will be cheap and efficient.


Answer
Kerosene, number one diesel, is smelly and rather expensive. Also kerosene heaters burn up oxygen and produce carbon monoxide. People do use them to take the edge off a large room with a large airspace. But I wouldn't want to live with them used to heat a house and then breath those fumes. You are supposed to leave a window open for fresh air in any space you use them. I would only use coleman fuel since it is highly purified and doesn't contain the additives for automotive use. But it is grossly expensive. Yes you can find cheaper kerosene at a pump but you shouldn't be around the fumes if used in a heater.

Electric is your fair choice. In the past electric was the most expensive. Now it seems with oil at $80 a barrel it is cheaper. That is a change from they way it was almost my whole life.

I suggest you consider an oil filled electric radiator. They heat slower but since you will be heating for long periods it provides a more even heat. One cost with the small heaters with a fan is that people tend to intermittently overheat a room or space costing more. I would use a combination of the two in your case.

Also they draw a bit of power when heating so make sure any outlets you use are in good shape. You might want to consider replacing the outlets if they are older. A 1200 watt unit is 10 amps on what is normally a 15 amp circuit so it is stressing your electrical. And an outlet that doesn't grab a plug well may arc and smoke a plug with heavy use.

Be safe. Remember there is some fire danger with the little fan forced heaters should they get near anything flammable. The oil filled don't get as hot.

It sounds like you need to address a longer term solution but it won't be cheap. A through-the-wall heat pump has a high initial cost but is the cheapest heat. One drawback is that they can't produce much heat with the pump under 45 degrees ambient, outside, temps. Many have electric strip heat for when the outside temp is too low.

How about a wood stove or fireplace insert with a fan?

Good Luck




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Friday, May 2, 2014

Do gel fireplaces produce heat?




wiccangal


I was thinking about getting an electric fireplace. However, I live in a mobile home and I am not sure about the wiring because it is pretty old. I like the idea of a gel fireplace too, but does it produce heat? Is it safe, does it cause fumes and does it run at all on electricity?


Answer
There are literal 100's of eclectic fireplaces that are on the market today to choose from.

They have them with a nice wooden mantle and some that even look like wood stoves.

They have an electric fan that throws out the heat and fake logs and lights to make them look real.
I bought the wood stove type for my bedroom because I live in a log home so it looks nice.

Mines throws out lots of heat and I am very happy with it.

They are very safe, affordable and look great.
To make mine look more real I added some small real logs to the exciting ones. It turned out looking great.

I would not use anything in your home with old electrical wires. Either have the electrical wires completely replaced or buy one of the new ones I describe.
There are always lots of these for sale in my local newspaper where people are moving and don't need them any more.

Also in just a couple of weeks there will be lots of these new and on sale after the holidays. In January all of these types of things are on sale to make way for spring items.

Be safe and good luck.

Is it possible to install an electric fireplace insert (logs only) into an existing fireplace surround?




catoredd


That is the perfect answer. Thanks so much!


Answer
From:
http://sicarius.typepad.com/fireplace_lowdown/electric_fireplaces/index.html

"If you've already got a perfectly good wood-burning fireplace that you're not using, why not make use of that? You can get a simple set of electric logs that are designed to be tucked into an existing firebox. Unlike with a regular fireplace, where you have to haul in the wood, light the fire, and keep an eye on it until it goes out, electric logs work with a flip of a switch. True, they're not as cool looking as the real thing, but there's a lot to be said for convenience. And most electric logs can be moved if you want to build a real fire.

An example of some inexpensive, but still decent looking, logs is this set from Classic Home Elements. At about $150, they're a lot cheaper than buying a whole electric fireplace (which includes mantle, surround, and all the stuff you don't really need if you've got a fireplace already).

Classic Home Elements 21'' Crackling Log Set"


"




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Thursday, May 1, 2014

Question about Electric Fireplace...?




shoe shoe


I bought an electric fireplace but the insert that came with it is purely decorative. It doesn't produce any heat. Just light and sound. Is it possible to replace this insert with an insert that does produce heat electrically.


Answer
Yes. We recently bought a small insert for our living room fireplace. It has a 1500 watt heater with 2 fan speeds. It is energy efficient using only .08/hr without heat and .12/hr. with the heat on. We also have a plasma wall mounted electric fireplace on the family room wall. It is really neat and also economical to operate. 1500 watt heater, and the same specs as the other one. The make of these fireplaces is Dimplex perhaps you can look them up on the net. Cheers, Terry

What is the most energy effecient portable heating fan?




me


I want one that heats well and will lower my energy bill


Answer
nergy efficient home heating - "Space Heater Reviews" by Sam Streubel

The portable space heaters reviewed in this article are electric radiant or convection space heaters, cost less than $100, and offer a maximum heat output of 1500 watts.

All of the following space heater suggestions are rated an average minimum of 4 out of 5 stars by consumer reviewers.

Radiant heaters work like the sun by warming people and objects. Radiant heaters without fans are not designed to heat an entire room, but excel at providing instant heat for one or two people.

Two examples of radiant heaters without fans are radiant heat panels and parabolic heaters.

Radiant heat panels are constructed with the heating element embedded in the panel. By virtue of their simplicity, they are safe, reliable and maintenance free.

The Presto Parabolic Heat Dish is a cost effective choice for workshops or garages when you want to heat just you and not the entire building.

The Cozy Legs radiant heat panel, with only 100 watts of heat output is by no means a whole room heater, but performs admirably when installed under a desk or hung on the wall to warm a bird cage.

The next four categories of radiant heaters are equipped with fans to provide whole room heat.
Quartz Infrared Heaters Quartz infrared heaters can cost as little as $50, or as much as $450 for the SunTwin or EdenPure heaters. The SunTwin brand features copper heat exchangers for consistent, non drying heat; a child and pet friendly cool to the touch exterior, fan assisted heat for larger spaces, and a lifetime washable filter.

The less expensive Marvin 1500 watt quartz heater uses replaceable quartz tubes in front of a reflector and a fan to project whole room heat. Quartz heating elements reduce positive ions in the air and consume very little oxygen. Reviews say this heater works extremely well. The security locked grill swings out for easy quartz tube replacement. Replacement tubes are readily available for $9.99 each.
Ceramic Heaters Ceramic heaters come in a wide variety of models: fixed, tower, oscillating and pedestal. One of the most popular and inexpensive of these is the Honeywell HZ-315. Weighing in at only 3.3 pounds, it's the mighty mite of space heaters capable of quickly heating small to mid-sized rooms.

A specialized version of the ceramic heater is the remote controlled Soleus Air MS-20A. The cool to the touch exterior, even heat, and wall mounting feature make it a favorite for nurseries.
Electric Fireplaces What are they? Expensive space heaters or a piece of furniture that also keeps you warm? Definitely a piece of furniture. If you went crazy and spent $2200 on an electric fireplace (they're out there), it still won't heat your room any better than the $299 model.
Electric Stoves Similar to the electric fireplace, an electric stove is a radiant, fan assisted space heater installed in a decorative housing. The most popular model by far with consumers is the Dimplex CS3311 compact electric stove.

You can continue to read the reviews for convection heaters, micathermic heaters and oil filled radiators at Sam's Guide to Small Heaters.




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Wednesday, April 30, 2014

Question about Electric Fireplace...?




shoe shoe


I bought an electric fireplace but the insert that came with it is purely decorative. It doesn't produce any heat. Just light and sound. Is it possible to replace this insert with an insert that does produce heat electrically.


Answer
Yes. We recently bought a small insert for our living room fireplace. It has a 1500 watt heater with 2 fan speeds. It is energy efficient using only .08/hr without heat and .12/hr. with the heat on. We also have a plasma wall mounted electric fireplace on the family room wall. It is really neat and also economical to operate. 1500 watt heater, and the same specs as the other one. The make of these fireplaces is Dimplex perhaps you can look them up on the net. Cheers, Terry

Thinking of buying an electric fireplace?

Q. who has one and how did you decide on the right one?


Answer
I got one last year at Costco's. I had wanted a fireplace for a long time but since a real one was out of the question I got an electric one. It also has a heater in it that blows out hot air. It was a good price and I didn't have to buy the mantel piece seprately(like I would have had to if I went to Lowe's)the whole thing came together. Its a nice cherrywood and it looks good with my x-mas stockings hanging on it. I like the look of cherrywood but they come in white, black and even have onesthat will fit in the corner. Think about where it will go first and then try to picture it. Also Costcos has a lifetime warranty on all non computor items.




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Monday, April 28, 2014

What is more cost efficient gas or electric fireplaces?




MRS C B





Answer
Whoa, Whoa, whoa! Lets put some perspective to this answer shall we before we all jump on a bandwagon.

Your most efficient gas fireplace appliance will be a direct vent gas fireplace. they vent directly through the outside wall so it may or may not work with your current fireplace location. DO NOT go with gas logs for heat. vented gas logs are energy and fuel wasters and vent free gas logs effect your indoor air quality. Direct vent is the only way to go if efficiency is your key factor.

On electric...if you plugged your flue with a chimney balloon to prevent cold air infiltration and then put in a electric fireplace insert this is not a bad option. the electric inserts do a decent job putting out heat for relatively little KWH consumption.

Overall the direct vent will give you more heat efficiency for your dollar in use but it is going to be a couple thousand to have it put in. the electric fireplace option is maybe a couple of hundred and is a DIY project.

Question about Electric Fireplace...?




shoe shoe


I bought an electric fireplace but the insert that came with it is purely decorative. It doesn't produce any heat. Just light and sound. Is it possible to replace this insert with an insert that does produce heat electrically.


Answer
Yes. We recently bought a small insert for our living room fireplace. It has a 1500 watt heater with 2 fan speeds. It is energy efficient using only .08/hr without heat and .12/hr. with the heat on. We also have a plasma wall mounted electric fireplace on the family room wall. It is really neat and also economical to operate. 1500 watt heater, and the same specs as the other one. The make of these fireplaces is Dimplex perhaps you can look them up on the net. Cheers, Terry




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Sunday, April 27, 2014

How much is your electric heating bill every month?




Juicy Supe


Im looking to buy a house but it has electric heating.
I live in Md as well and everyone keeps saying that electric heating is more expensive... I just didnt know how true that is.



Answer
I live in denmark, and we don't use our radiators. We use a fireplace, and then just have lights, an electric stove, and a hot water heater that uses electricity. Our electric bill is about 1900 kroners every 3 months, which is about 320 dollars.

To cut down on your heating bill, try not to set the heat above a certain temperature.

Wear long sleeves when it's cold out, or drink hot tea, coffee, etc.

Always have a couple fleece blankets in your home on the couch/chair to cover up with when you get chilly. This will save on your electric bill so it's not quite so high :)

I Want To Buy An Electric Fireplace?

Q. I live in an apartment where I do not control my heat. I live in New York State, so it gets pretty cold here. It is permissable to have a fireplace and I already know the pros and cons of having one. My question is: should I go with electric or use burning gels. Which is more realistic, economical and warmer. Can anyone recommend a particular site, store or brand? I have searhed all the sites I could think of and obviously came up with almost no information. I even tried consumer rated sites. HELP! It is getting cold real fast here!


Answer
I work at a fireplace company in Ft. Worth Texas and I sell alot of electric fireplaces. The best one on the market is made by a company called Dimplex. The flame looks so much like a real flame that I have people that think it is real when they see it. The best thing is you can run it with or without heat. They also have wall mount stoves that are great for smaller rooms. I attached a few links below for you to see. They are based in Canada but I bet they have a place there for you to get it. Also look at their fireplaces & Mantel kits. I have installed more than 700 of them for a builder here and only had 2 product related service calls. If you have any questions feel free to e-mail me at pvm3@sbcglobal.net




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Why does fire burn at different temperatures?

Q. A fireman told me that fire burns at different temperatures. My reply was "fire is an energy," How does different fuels control the temperature of the burn? I got a blank stare.


Answer
temperature of combustion is related to the rate of reaction. it takes a certain minimum temperature before a reaction will occur, called the kindle or flash point, but once started, the temperature is related to the rate that the reactants are consumed. for example if you starve the application of oxygen, you just get a smolder, not much more than the kindle point and in fact the fuel might cool to the point that when you restored the oxygen supply, the fire would not resume. this is how you snuff a candle. an opposite example is an oxyacetylene torch. here you flood the burning acetylene fuel with oxygen to force its temperature to be much higher than burning in just air which is only 20% oxygen. such a torch can easily melt steel. the rate that the "energy" is produced determines the temperature that will be reached. having the oxidant as a component of the fuel itself is another way to get very high temperature flames, which is how a Mapp torch works.

some fuels react very quickly to make energy, even explosively under the right conditions. somethings that you don't normally consider to be a fuel, like dust, can generate an explosion because the shape of the fuel is such that it is surrounded by air and can react instantaneously once the kindle point is reached, even a tiny electric spark is sufficient. A log in the fireplace does not explode because the bulk of the fuel is trapped inside and cool with only the exterior bark exposed to air. remember the fire triangle, the necessary components are heat (for ignition), air (for oxygen) and fuel source. heat is a natural consequence of fire which is why most fires are self-sustaining once started. some fuels don't produce heat when burning, this is typical of many plastics. thus they don't sustain combustion on their own, they need other burning fuels to generate the needed heat.

is sunlight energy or element?

Q. define your answer
if yes, why?
if no, why?


Answer
What is the source of the sun's energy? It's a crucial question, because light and heat from the sun are the basis of (almost) all life on earth. Sunlight drives plant life via photosynthesis, and animals survive by eating plants. Almost all microscopic forms of life (bacteria, protozoa, etc.) survive by using the energy of sunlight.


Surface temperature
We know that the sun is a sphere of diameter 1,400,000 km, that its outer regions are hot gases, mostly hydrogen and helium, and that its surface temperature is about 6,000 degrees Celsius (about 11,000 degrees Fahrenheit). Any surface at that temperature will generate heat and light. The burners of an electric stove or a toaster oven, for example, are not at 6,000 C., but when they're turned on they are "red hot"; they emit heat and light and the light is red. If we could raise the temperature to 6,000 C. they would become "white hot", and emit light very much like the sun's. Similarly, a fire is a region of gases at a temperature high enough to generate heat and light.
So the question becomes not so much why is there heat and light, but where does the energy come from to keep the surface temperature of the sun at 6,000 degrees?



Fire
To a scientist living in the 18th or 19th century, before electrical appliances, the most likely approach to understanding the sun's energy would be to make the analogy to a fire. When something burns (say, wood, or carbon) there is a chemical reaction between the material and the oxygen in air. Not knowing what the chemicals in the sun are, one could still assume there is some chemical reaction going on that produces heat, and keeps the sun hot. The problem is, how long would it be before the burning chemicals are all used up and the fire goes out, just as logs burning in a fireplace will all turn to ash within a few hours?



The sun's lifetime
It is not difficult to arrive at a rough answer to that question, since we know the sun's mass. The mass is calculated using the law of universal gravitation, and the known orbits of the planets. Assuming the mass is all something like carbon, one can calculate the sun's lifetime to be about 50,000 years. Any chemical burning will lead to a lifetime in that general range.


Inconsistency between age of the sun and age of the earth
But nineteenth century geologists believed that the age of the earth was 100 million years or more. These calculations were approximate, but based on reasonable assumptions about how salt is deposited into the sea, and how marine sediment is deposited onto what are now the continents. (For example, if we assume that all the salt in the oceans got there by being deposited by rivers, and we can measure the current rate of deposition by rivers, we can then calculate the number of years it would take to reach the salt levels found in oceans today.)
Since the earth orbits the sun, it is hard to imagine how the earth could be older than the sun. Thus the model of the sun as a chemical fire was not tenable.



Gravitational energy
About 1850, the physicist Hermann von Helmholtz proposed that the source of the sun's energy could be gravitation - that is, the universal gravitational force that every piece of the sun exerts on every other piece. We can see that gravity can produce energy by just thinking of releasing an object, say a baseball, and letting it fall to the ground. Energy of motion (kinetic energy) is produced, as the ball accelerates downward. If we think of the sun as a huge sphere of gases, each atom in the gas feels a net attraction to the center of the sphere, and so all the atoms have a tendency to "fall" in toward the center. As this happens they collide with other atoms, and so their motion is energetic, but randomized. Rapid random motion of atoms in a gas means higher temperatures.
Given the known rate at which the sun produces energy, Helmholtz was able to estimate how long the sun, given its mass, could continue producing energy this way. His conclusion was about 20 million years, much longer than the estimate based on chemical burning, and closer to estimates at that time of the earth's age.




Billions of years
Nevertheless, millions of years is not long enough. The best value today for the age of the solar system, the sun and the planets, is 4.6 billion years. We know from radioactive dating that there are rocks which solidified about 4 billion years ago, and that early microorganisms existed close to 3.5 billion years ago. So gravitation cannot be the explanation for where the sun gets its energy.



Nuclear reactions
Things came together finally in the early twentieth century with the discovery of the atomic nucleus (1911), the exploration of nuclear reactions (the 1920s), and Einstein's theory of relativity (1905). In a typical nuclear reaction, several sub-atomic particles come together, interact, and several (possibly different) particles emerge. There are a series of reactions going on in the sun, but the net result is the following combination of particles:



Hydrogen burning
The left side of this reaction shows four protons and four electrons, basically four hydrogen atoms. Hydrogen is the natural starting point, since most of the matter in the sun (and also the stars) is hydrogen gas. Hydrogen is the simplest element, so it's reasonable to expect that in a primitive state much of the universe would be hydrogen. The endpoint is helium, known to be the second most abundant element in the sun. It is often referred to as "hydrogen burning" to helium, and hydrogen is often called "fuel", but one must understand that the reaction is not burning in the sense of a chemical reaction between a fuel, such as coal or wood, and oxygen. It is a nuclear reaction.



Mass converted to energy
Energy is generated when this reaction occurs because the total mass of the particles on the right side is less than that on the left side. It is not just that there are fewer electrons on the right. The most important difference is that the mass of the helium nucleus (42He) is substantially less than the total mass of the four protons on the left. This is an example of binding energy: The 42He consists of two protons and two neutrons, but its mass is less than the total mass of two protons and two neutrons.
Since the mass on the left side is greater than that on the right, we end up with energy produced when the reaction occurs, energy equal to the mass difference times c2. This energy is in two forms: energy of motion of the particles in the sun, and gamma rays.



The proton-proton cycle
Equation (1) is actually the net product of a series of more fundamental reactions. This series is somewhat complicated, so it is discussed in a separate link, which is available for you to read. Content of the link is not a required part of this site. The process of Equ. (1) is called the proton-proton cycle, since it begins with the interaction of two protons.

Building up from small nuclei to larger ones is called fusion, and the sequence that takes place in the sun is similar (but not identical) to the fusion reactions being studied as a possible source of electrical energy on earth.




The binding energy of the alpha particle
Why does nature (the sun and the stars) go to so much trouble to make 42He's? The answer is that among the various small nuclei that are involved in the proton-proton cycle, the 42He is the most strongly bound. Its binding energy is relatively very large, and that means that if nature creates a 42He, a large amount of energy is released. Some energy is released in each part of the cycle, but most is released in the last step, where 42He is created.



Gravitational collapse
The model we have for the origin of the sun is a cloud of hydrogen gas that begins to collapse under its own self-gravitation (as in the thinking of Helmholtz), and begins to get hot. Although this cannot be the mechanism for the sun's generating energy for billions of years, it can be a triggering or ignition mechanism: It initiates the nuclear reactions. (You will remember that nuclear reactions can only occur if the nuclear particles are moving at high speeds.)


A hot plasma
Thus the cloud collapses, and at high temperature the gas becomes a plasma. The hydrogen atoms separate into protons and electrons, and these particles move about randomly. The temperature is hottest in the center of the cloud, and there the protons move so energetically that the reaction in Equ. (4) begins to occur, and the proton-proton cycle starts.



Equilibrium
These processes continue in the center of the cloud, bringing the temperature up to around 10,000,000 degrees. At this temperature the sun reaches an equilibrium, where outward pressure from these "burning" gases balances the gravitational force pulling the matter inward. The energy produced in the center continually works its way outward, keeping the whole sun hot. The outer regions are much cooler than the center, but they are hot enough so that energy is radiated out into space, in the form of the heat and light that bathe the earth.



The sun's lifetime
The sun can stay in this balanced state for a total of about 10 billion years. Given the sun's age as about 4.6 billion years, one can assume we have 5 billion years or so to go. Eventually most of the hydrogen in the center will get used up, and the sun will enter a dying phase.



The stars
The proton-proton cycle powers not only the sun, but most of the stars in the medium to small range of masses. Stars larger than the sun produce energy via a more complicated set of reactions, but the net effect is also that in Equ. (1), hydrogen burning to helium.




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How could you heat a small house in an emergency?

Q. its minus 40 here in canada. i have elecric heat and i was wondering how i could heat the house if the power failed.


Answer
First of all, in 40 below weather, if your power fails and you don't have a backup generator, get yourself to the nearest hotel or public place, they will definitelyhave a generator. Figure out your next move from a safe place.


That haaving been said, I live in the Sierra's. We are having an ice storm, starting about now, and lasting through the weekend. Our power often fails. Last time the lines snapped and so did some trees in my property. I have a fireplace with a glass insert and it rocks.

It isn't uncommon to have the power go on and off for days. Off more than on when the winds pick up.

My heat is gas but the thermostat is electric. Stupid eh? So I had a backup generator hooked up to that, nothing else. It cost about $500 US. A backup generator for my entire electrical would have cost me a fortune. I can live with candlelight if I have heat.

The first time the power went out I realized one important thing: having candles and lanterns and lantern oil and radios and batteries and flashlights and such emergency items, that's fine, but knowing where they are and how to go directly to them and find them in pitch black, without stumbling or hurting yourself, that's the key.

Good luck to all of you up there!

PS. I guess Old Philbert up above me doesn't get around much if he thinks 40 below doesn't exist. What a joke.

what is HNI ?




VARGHESE A


share market


Answer
The ticker symbol for HNI Corp (most well known for Hon commercial furniture division)

HNI Corporation engages in the design, manufacture, and marketing of a range of office furniture and hearth products. It offers storage products, including vertical files, lateral files, pedestals, and high density filing; seating products comprising task chairs, executive desk chairs, conference/training chairs, and side chairs; office systems consisting of modular and moveable workspaces with integrated work surfaces, space dividers, and lighting; and desks and related products, including tables, bookcases, and credenzas. The companyâs hearth products include wood- and gas-burning factory-built fireplaces; pellet and electric hearth appliances; fireplace inserts; stoves; gas logs; and accessories. HNI distributes products through a network of independent office furniture dealers, office products dealers, wholesalers, and retailers. It operates primarily in the United States, Canada, Mexico, China, and Taiwan. The company was founded in 1944 and is headquartered in Muscatine, Iowa.




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