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Anonymous Modernist 738

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Everything posted by Anonymous Modernist 738

  1. In MC, I wassurprisedto see the only mention of catalytic technique inchar-broilersas: "(charcoal) radiates heat with an intensity much greater than can be mustered by all but a few exotic catalytic gas grills." p.2-10, ...especially considering a main focus of the book is on 'exotic' methods and modern equipment! Does anyone have a review of current commercial grade catalytic charbroilers? TEC has even produced them domestically in South Carolina since 2006, and recently sold the technology to ITW/Vulcan -so we may see a new line out of Vulcan soon. I've been looking into the Rankin Delux TurboBroiler TB-3 or TB-8 series, and the TEC Searmaster II specifically. Any other brand name review and model is welcomed as well, those are the two i have found most interesting, reasonably priced, and available. Charcoal is a difficult proposition in my commercial kitchen, and indoors in general. I would like to hear from anyone who has experience with this type of charbroiler. It becomes difficult at first to give credibility to these devices when claims of "searing in juices" and juice meters are plastered all over theiradvertising, however I would also like to see if anyone has discussion on the different effects of dehydration that wouldoccurbetween this type, gas burner with radiant element/lava rock, and charcoal charbroiler. with the radiant catalytic element type, there is significantly less convection around the product being cooked -which keeps me interested in them. Does anyone have any relevant input?
  2. Are you looking to make a ginger ale with a noticeable amount of alcohol or a soft drink? If you're doing a higher ABV ginger ale, you would follow the same procedure and equipment used in beer making. The only difference for your ginger ale would be the ingredient list (although from therecipeyou posted, it would technically be a ginger mead). The local homebrew shops would be of great help for advice, and a good resource for equipment. Please do not discount them as a source of equipment just because their focus is on making beer and wine, the process is similar. If making a soft drink, you simply skip the primary fermentation step. The only equipment you need is a heat source, pot large enough to hold the volume you wish to produce, and a sealed container to bottle it in afterwards. The sealed bottle choice is up to you, for inspiration just look at what your favorite carbonated beverages are stored in. the fermentation step is used historically to carbonate your blend after bottling, which will also add a slight yeasty -and sometimes fermented flavor. You have a few options for carbonating if you do not care for the yeast flavor or encounter difficulty achieving the desired carbonation level, some of which are discussed in MC. (http://www.fizzgiz.com/orhttp://www.sodastreamusa.com/) I have used both of those, and they perform well for smaller volumes. If you want to do a few gallons, I force carbonate in aCorneliuskeg with a CO2 tank and regulator, all of which would be available at or through your local homebrew store. Your 'brew' can be served, stored, or bottled straight from the keg. As far as recipies, i would recommend starting here for ideas:Ginger Ale Recipes A good introductory book to home brewing relevant to your interest is Homemade Root Beer, Soda & Pop this is a great one once you have some experience, unfortunately not presented in percentage: (printed in multiple publications including "Brew Your Own") by Andrew Schloss GINGER GINGER ALE The combination of fresh and dried ginger gives this ginger ale an extra layer of flavor, a potent floral aroma, and minimal heat. Because the flavor develops during fermentation, this soda must be made with yeast. This recipe does not begin with a flavor base. Follow the complete brewing instructions to make one gallon of Ginger Ginger Ale. To Brew: 3 1/2quarts water 3ounces fresh gingerroot, coarsely grated 1(1-inch) length dried ginger 1pound sugar 1tablespoon apple cider vinegar 1/8teaspoon champagne yeast (Saccharomyces bayanus) 1. Combine the water, fresh ginger and dried ginger in a large saucepan. Bring to a simmer over medium heat, stirring occasionally. Let simmer, uncovered, for 15 minutes. Then add the sugar and vinegar, stirring until the sugar dissolves. 2. Remove from the heat and let cool until the mixture reaches warm room temperature, from 75 to 80°F. Strain out the ginger. Add the yeast, stirring until it is completely dissolved. 3. Pour the mixture into sanitized plastic bottles using a sanitized kitchen funnel, leaving 1 1/4 inches of air space at the top of each bottle. Seal the bottles. Store for 3 to 5 days at room temperature. When the bottles feel rock hard, the soda is fully carbonated. 4. Refrigerate for at least 1 week before serving; drink within 3 weeks to avoid overcarbonation. Makes 1 gallon.
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