Honey Harvest and Extraction





Introduction: Honey Harvest and Extraction

This instructable features honey harvest and extraction. While it is less likely that anyone would do this on their own if they are not a beekeeper, this might be useful for those who aspire to become one.
Bees are really great and easy to keep, even in the urban environment! As Novella Carpenter calls them, bees are "gateway animal for urban farmers". All you need is some space in the backyard/deck.
The process of honey harvesting and extraction most likely happens on a separate days. These are the tools required:

Honey Harvest
1) beekeepers suite - mesh helmet and folding veil would do it, with some layers of clothes
2) smoker with fuel (dry branches, leaves, etc.) and a lighter
3) frame super - where frames with honey combs will be put for transportation
4) sting resistant gloves
5) hive tool - to move the frames, scrape wax, etc.

Honey Extraction
1) heated knife - to unseal honey cells
2) uncapping fork - to unseal honey cells missed by the heated knife
3) tub for wax/honey
4) extractor! - fancy cylindrical piece of equipment, used to extract honey
5) food-grade bucket - to catch honey out of the extractor
6) double sieve - catches wax and impurities as honey is poured from extractor
7) containers - final destination of honey before consumption

Step 1: Introductions

Before we begin, let me first introduce Her Majesty: Apis mellifica (honey bee in Latin)! Also, here are some hard working worker bees, bees with pollen on their legs and one cutie stuck in the nectar with pollen! They collectively make a honey harvest possible!

Step 2: Part One: Harvest

Light the smoker. Use dry branches, hay or newspaper. The smoke dulls the bees' receptors, and prevents them from releasing the alarm odor, a volatile pheromone. The smoke also makes bees gorge on honey, which further pacifies them! Just think about it: how mad would you be if someone got into your house and stole your preciousness?!

Step 3: Prepare Supers

The frames with honey comb are transported in supers. Have them handy. You may also want to have a cloth to cover the super with frames full of honey to prevent bees or other insects from getting to them.

Step 4: Open Sesame

Using the hive tool, lift the hive lid and blow some smoke in the hive. Open lid slowly. Our bees were pretty calm, but that is not always the case!

Step 5: Honey Frame Inspection

Pull the frames out of the super and inspect the honey combs. Depending on how busy the bees were, how warm it was and if the hive didn't swarm, you may have anywhere between 20 to 100 pounds of honey!

Inspect frames. Uncapped cells with some nectar in it are not harvested; only sealed frames are.

Step 6: Inspect All Supers

Depending on the hive configuration, there might be multiple supers to inspect. Take the super off the hive and move it to a clean surface. Repeat.

Step 7: Scrape Extras

If there are any extra cells in between the supers and frames, scrape it off with a hive tool. Make sure to taste it right there - there is nothing like nectar, honey and wax freshly harvested!

Step 8: Let's Harvest Some Honey!

Pull out the frames with honey and put them in the harvest super. All the cells should be sealed. Each frame can hold on average 6.5 lbs of honey, so it may be heavy!

Step 9: Honey, Brood, Nectar or Pollen?

The frames may have different colors of honey combs. The light one is pure honey. The darker one has pollen. The capped brood (the final stage of development for a bee) is tan in color and located in the center of the hive.

In the pictures below, the crescent shape of the combs indicates where a brood was before; it now is packed with pollen and honey. You can see the nectar shine at you from the open/uncapped cells.

Step 10: How Many Are They?

How many bees per hive on average? 50,000! That's a lot of bees!

Step 11: Part Two: Extraction

Now the best part! Take the frame of capped honey. Mount the frame above the tub for wax and honey. Use the heated knife to unseal the cells. Lean the heated knife on the edges of the frame and under 30 degree angle and move "fast" - don't linger too long, it burns the honey! Repeat for both sides of the frame.

The heated knife takes off most of the caps. For the leftover ones, use the uncapping fork and gently shave off the caps.

Step 12: Let 'em Spin!

Preheat the extractor. Place the uncapped frames in the extractor, as you uncap them. Once all the frames are secured, close the lid and start the extractor. It should start slowly, then speed it up. Within 10-15 minutes, all the honey will be out of the honeycomb, stuck to the bottom and sides of the extractor!

Step 13: Pour Out Slowly!

Place your food-grade bucket under the extractor spigot.  Use a double sieve to catch the wax and impurities as the honey starts pouring out of the extractor. Do not leave the spigot unattended - you will be surprised how much honey comes out!

Step 14: Fill Up That Jug! (Optional)

You may pour honey into a temporary jug. It needs to sit for at least 12 hours to let the air bubbles settle out.

Step 15: Prepare Containers

Wash your jugs, jars or whatever containers you will put the honey in. Air dry.

Step 16: Fill 'em Up and Share!

Fill up your containers with honey.
Optional: Decorate them with labels and bows.
Mandatory: Share your honey with friends!



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    here a guy used a trashcan and bike wheels

    I would rotate the top bar 90 degrees and use bungee cords to the handles instead of wing nuts. also not spin it so fast or you may destroy the wax on the frame.

    Heat gun, works great on capped cells that have an air pocket

    Yep, the same goes with ants, too. Ants also are all female with only male "drones" around for mating. While it's true that the worker bees do not lay eggs in a healthy colony, it's not that they *can't* lay eggs. Nature has a rather sick sense of humor here. The queen bee is constantly emitting pheromones. The presence of the queen in the hive is what keeps the female bees from attempting to lay eggs themselves. If a hive loses its queen, the bees will immediately start feeding "royal jelly" to some of the most recently laid eggs in an attempt to raise another queen. (This also happens when the current queen gets too old to effectively do her job.) And this is where it gets weird. When a queen bee is not fertilized by a drone, she will lay "unfertilized" eggs that can only turn into drones. When she is fertilized, then she's capable of laying the female eggs that become the workers (or other queens depending on how they're fed.) The worker bees *are* in fact capable of laying eggs, but are *not* in fact capable of mating with the drones. So if a colony loses its queen for a significant amount of time, sometimes the bees will attempt to "fix" the problem themselves by laying eggs, but in the cruel twist of fate from nature, since they can't mate, all of the eggs they lay will become drones so the hive will ultimately die.

    This isn't a cruel twist of fate from nature! Nature, evolution, is pretty smart about most things. How do you think bees would have survived as a species for thousands of years?

    What the colony is doing when it creates drones is spreading its genetics far and wide in an attempt to find a better place to have its genes live on. It's abandoning ship. Clearly something wrong has happened and its time to give up this hive.

    In the true fashion of bees, it's not the individual bee that matters, and in this case, not even the individual colony that matters, it's the DNA.

    I found a great way to uncap the honey comb that is quick, easy and best of all Not Messy!
    I use my hair dryer to quickly melt the wax cappings
    Fast, clean and efficient!

    Excellent instructable, great pictures! I would love to take up beekeeping someday.

    I have a question about what's produced during extraction. Our friend gave us some beeswax that her relative made, and also passed along a small jar of brown-colored liquid that has little bits of wax and some other solids in it. It smells like honey. It's also fermenting like heck--I have to let the pressure out of the jar a few times a day. Any idea what this is, and what it can be used for? Thanks!

    Heated knives are expensive. Since I only have 2 hives, I use a thrift store bread knife to decap. If the frames are right out of the hive and still warm it cuts perfectly. If I need to store the frames for a bit I use a container of hot water to store the knife between cuts. The warmed blade makes short work.

    Also, as the author says, only extract capped cells. Uncapped cells have too much water content and will ferment - and not in a good way. Voice of experience talking....

    Great ible!

    Not so expensive once your hive numbers have grown to dozens...

    My own small honey extracting plant (set up..) here could handle between 120 and 200+ hives, depending on the annual production levels (which can vary widely, from one region to another, and from year-to-year - from less than 50lbs to over 400lbs per hive, over twelve months..).

    AND this is only a part-time/sideline operation ~ keep in mind that full-time commercial apiarists are operating from a few hundred to several thousand hives ~ and use extractors that hold anywhere between (maybe) 36 frames up to 196 frames !!!

    So much to learn! Thanks for the bread knife idea. For some frames, the cells were tucked in, so no knife worked and we had to use uncapping fork! That was rather labor intensive ...

    What is your take on the disappearing bee colonies? ( I went to bee keeping school years ago, and love this ible!)

    Being novice, I don't know enough to have an opinion. Apparently, urban beekeeping is doing ok in regards to CCD (Colony Collapse Disorder), since bees are not exposed to chemicals used in conventional ag. I can't say this for a fact, but I am thinking that monoculture approach in conventional ag, besides chemicals, has weakened the ability for bees to respond to natural factors. I wonder what would be our health if we would eat the same thing for breakfast, lunch and dinner?