Yes, a simple charcoal ( lump, not briquette) forge will work fine for simple carbon steels. Google "brake drum forge" to get several good and simple tutorials on how to make one cheap. It can literally be done with back yard adobe clay, a piece of pipe, and an old hair dryer, so the cost isn't an issue. The better the forge works,the easier it will be to get the HT done, so look at several types, and pick what you are able to build. If your abilities and budget allow it, building a simple propane forge will put you way ahead. A perfectly fine one can be built for less than $100. A coffee can forge can be built for about $20-30 and heated with a JTH-7 Bernzomatic torch, or a Turbo torch. Google "coffee can forge".
Another good idea would be to modify your profile to say where in Wisconsin you are. If another smith lives near you, he may invite you over to do the HT in his forge.
Sending stainless and air quenching blades out to TKS or other heat treaters is a good alternative,too.
Despite Bufford's advise, stainless steels ( 440, CPM154, ATS34, etc), and air cooling steels (A-2, D-2, etc.), should not be HT in an open forge or with a torch. They need to be heated to much higher temperatures than non-magnetic ( between 1750F and 1950F) and held at an even temperature for as long as 30 minutes. If done in an open flame the steel will be ruined. They require being isolated from oxygen by wrapping in a HT foil packet, ant the use of a HT oven.
For shade tree quenchants, try canola oil or peanut oil. A gallon is enough for most blades. Brine and water will work. but blade breakage and cracking will be a much higher risk.
Purchasing a gallon can of fast quench oil from a knife supplier will be a great step forward when you are ready to get more serious.
If you haven't read them, read all the stickies at the top of the forum page about hypereutectoid steel, eutectiod steel, and quenching. There is a lot of good info in all those posts.
Stacy