TL;DR Why do I find liquid at the bottom of the pan when I make clotted cream?

I've read about clotted cream in books all my life, but it wasn't a thing where I grew up. I recently discovered this recipe online and have tried it out a few times. I follow the directions exactly:

  • Set convection oven to about 170º or 175º F
  • Pour cream into clear Pyrex baking dish to about 1" thickness
  • Put dish in oven and let it remain there for at least 8 hours
  • Remove dish from oven and let cool for 15 minutes
  • Refrigerate for 5 or 6 hours.

Each time, I have the same issue. The top layer of the result looks just like in the video, but the buttery portion goes only about three-quarters of the way down the baking dish. The rest is just liquid. In the video, when Steve scoops out the cream at 4:27, it is obvious that there is no liquid at the base.

What accounts for this difference? I have three theories, but don't know whether any of them is correct:

  1. Steve says to use "fresh cream". Does that mean unpasteurized? Raw cream, as it's called here, is super expensive and only semi-legal to buy. So I have to buy pasteurized. I've used both UHT and non-UHT pasteurized cream, and have seen the same results from both. Is it possible that using pasteurized cream causes there to be liquid?
  2. Steve also says to use the "thick cream that we would use for whipping up", which according to Wikipedia means cream that is about 35% milkfat, in UK usage. I used heavy cream, which is 36% milkfat in US usage. So I think I'm using the correct equivalent of what Steve says to use, but perhaps I'm using the wrong kind of cream?
  3. Is my oven temperature wrong somehow? I thought perhaps the milkfat was rising to the top too rapidly and then forming a thick seal that prevented the cream at the bottom from separating. Is this a possibility, and if so, how can I fix it?

I'm attaching two pictures. The first shows the liquid after I've removed a small portion of the clotted cream from the top.

Liquid at top left corner

The second shows the liquid by itself, poured out into a jar.

Liquid by itself in a jar

From reading this other question, it seems that whey accumulates at the bottom of clotted cream. But I don't see any liquid at all in the video. And besides, the liquid I have does not correspond to my idea of whey. It's still somewhat viscous and yellow, and lacks the grey, transparent thinness of the whey I get from yogurt.

I thought that it might be buttermilk that remains after the milkfat separates, but it also seems too thick to be buttermilk. I put a dash of it in the scrambled eggs I was making to go with the bread I baked to go with the clotted cream, and the eggs were fine. I've previously used it instead of whey or water to bake bread, but it turned the bread somewhat gummy. So what is this liquid anyway?

Oh by the way, the semisolid stuff above the liquid layer is very tasty, but since I've never had any other clotted cream, I don't know whether it is the taste it's supposed to be.

  • 1
    Of course it's hard to tell from a photo but it doesn't look much runnier than I've sometimes seen in the bottom of commercial clotted cream - how does the viscosity compare to the cream you started with?
    – Chris H
    Commented Feb 12, 2017 at 11:50
  • 1
    @ChrisH it is somewhat thinner and runnier than the heavy cream; around the same viscosity as full-fat milk.
    – verbose
    Commented Feb 12, 2017 at 11:53
  • Runnier than it looks then, and runnier than I've seen under clotted cream.
    – Chris H
    Commented Feb 12, 2017 at 14:58
  • 2
    Clotting will work better with an unpasteurized or pasteurized (not ultra-pasteurized) cream, and when you use heavy whipping cream with as high a fat content as you can find (as high as 40 %).
    – Giorgio
    Commented Feb 12, 2017 at 16:46

3 Answers 3


Every recipe I've ever seen for homemade clotted cream has mentioned that layer under the clotted cream.

Clotted cream is essentially clotted milk solids (similar to butter or cheese, but obviously made quite different, and with a different taste), and the leftover liquid is analogous to the whey left over from cheese making or the liquid that remains after churning cream into butter.

It's likely that using a higher fat content or raw (as in fresh from the cow this morning) cream may result in less leftover liquid, but I've never tried it to be sure-- perhaps someone with more experience can tell us.

  • The cream used to make clotted cream in England is Double Cream, which contains at least 48% fat. The cream being used here is probably 36% fat. The cream starts with more water, so it follows that it will end up with more water.
    – Itsme2003
    Commented Dec 13, 2017 at 1:32

When I make it, I always have a little bit of liquid leftover. I use it to make scones, which call for heavy cream. (I also use just regular heavy whipping cream that I get here in the states, pasteurized.) But I also bake mine in the oven for 12 hours and refrigerate for another 12 hours. For 2 cups of heavy whipping cream, I'll get about a cup of clotted cream and enough liquid for one batch of cream scones. It turns out great, and it's the only way I can get it here in the States as only specialty grocers carry it in jars.


You must use batch pasteurized NOT ultra pasteurized. Ultra does not work. It's hard to find, but it's out there. Kalona SuperNatural cream is what I use. Horizon and Organic Valley won't work. After 12 hours in the oven at 180 degrees, you let it cool for an hour or two at room temp, then into the fridge for several hours. When it's very cold, you scoop (GENTLY!) the solid and creamy portion from the top with a slotted spoon and put it into a bowl. The semi-translucent liquid below is the whey. The buttery top layer and the creamy layer just below it (that sticks to the buttery crust) is what you put into a bowl. I stir it together a bit, then put in the fridge over night. Basically I start on Friday night with putting it on to bake overnight, the pull it out in in the morning, cool it in the 'fridge, and Saturday night I scoop and stir. On Sunday it will be ready to go!

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