General Tips and Suggestions

 

To find out more information about any

of these topics, just click on the topic.

 

Additives                    Incubation/Fermentation

Casings                       Linking sausages

Curing Salts               pH Discussion

Emulsions                   Spices

Grinder Tips               Starter Cultures

Humidity Control        Storage

 

         

 

 

 

Additives Often Used in Sausage Making:

NOTE A MORE EXTENSIVE DISCUSSION OF THIS TOPIC CAN BE FOUND ON THE INTRODUCTION PAGE.

Ascorbates -  Sodium erythorbate (Sodium Iso-ascorbate) & Citric Acid: These chemicals reduce oxidation and subsequent off flavor and off-color that would result from oxidation . They speed the curing reaction by the rapid reduction of nitrates and nitrites to nitrous acid and ultimately nitric oxide that combines with myoglobin in the muscle tissues to fix the cured color. Generally, I try for about 0.01% for citric acid and 0.05% for erythorbate.

Cereal & Bread: These are principally starch and their purpose varies.  Generally they added to lower quality products for economical reasons, although they often improve binding quality, cooking yield and slicing characteristics. English sausage makers are fond of adding rusk, breadcrumbs or wheat gluten to their sausages; French and Cajun sausage makers often add rice.

Corn Syrup Solids:  The general use for corn syrup solids in sausage recipes is to enhance binding qualities of the meat, provide sweetening and assists in holding the color of the cured meat.  In dry-cured product, it aids the fermentation process by providing a carbohydrate source for lactic bacteria. Generally use 2% or less of the weight of the meat block.

 

Milk Powder, Dry: Non fat dried skim milk powder is used in a number of sausages. It used generally as a binder and helps cooked sausage retain moisture. It assists in forming irreversible gels (upon heating) that hold water and fat and helps to enhance the flavor of the product. When making cooked sausages, I generally hold it to less that 4%. Commercially the calcium reduced form of skim milk powder is used as calcium is said to interfere with protein solubility and emulsion formation.


MSG -Monosodium Glutamate: Monosodium Glutamate is a salt of glutamic acid. In Sausage making it is used as a flavor enhancer.  It is one of twenty two amino acids which create protein molecules in all plants and animal bodies. Therefore glutamate is naturally contained in almost all food products such as meat, fish, vegetables, milk, etc. Food products which naturally contain lots of free glutamate (e.g. tomatoes, cheese, mushrooms, etc.) are used in many food recipes because of their flavor enhancing properties. In sausage making, I try to keep MSG at approximately 1¼ grams to 454 grams (1 pound) of meat. Scientific examinations have proven that the application of MSG in food products does not have a negative effect on the human body. Although many people claim to be allergic to MSG, a board of scientists and medical doctors appointed by the U.S. Food and Drug Administration (FDA) has examined all existing reports on supposedly allergic reactions caused by glutamate. They have declared that there is no connection between glutamate content in food products and the appearance of symptoms such as numbness of neck and back (Chinese restaurant syndrome).

Phosphates: The phosphates I use (called AmesPhos) are a combination of: Sodium Tri-polyphosphate, Sodium Pyro-phosphate and Sodium Hexa-metaphosphate, generally at the rate of 1/3 to 1/2 of one percent (0.3 to 0.5%) of the finished product weight. The following paragraph is a direct quote for Joe Ames' website on the purpose and use of phosphates in sausage making.  I use this product regularly, and recommend to all sausage makers.

"Phosphates are used in a wide range of processed meat, poultry and seafood in which they perform several functions.  Phosphates improve the retention of natural fluids in the animal muscle that would otherwise be lost in the aging, cooking or freezing process.  They also act as protein solubilizers to aid in binding processed meats.  Their presence results in improved texture, flavor and color."

If you want to learn more please see his page. Joe Ames' Web-site or Phosphates

Soy protein: Soy protein isolate is used as binder as well as an emulsifier.  The levels of soy products that you use in sausage should be controlled so or they will impart a “beany” flavor to the  meat products. I like to use about 1.5-2% in my formulations; however, some sausage makers use up to 3.5%. Textured soy protein used in sausages, meat patties and meat loaves.  Soy protein concentrate available as coarse granules or grits is used in emulsion type sausages. 

Sugars: A number of different sugars can added to meat products like sucrose, dextrose, lactose, corn syrup solids, maple syrup, honey etc.  Often they are added for flavoring and also has some preservative action.  Sugars, called reducing sugars, improve the shelf life of the product.  Dextrose (glucose) is and essential in fermented sausages as a substrate for growth of fermenting bacteria.

Whey-Protein Isolate: Provides a smooth texture to the product by binds and entrapping water thus providing body, texture and improves "sliceability", especially in loaves like mortadella. Whey forms stable, fat/oil emulsions that provide structure to the sausage. It also enhances non-enzymatic browning (Maillard Reaction).

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Casings Natural: Natural casings are made from the intestines or "innards" of a variety of animals.  In the U.S. they are generally made from the internal organs of hogs, beef, or sheep. In other countries casings from other animals like horses, donkeys, goats, geese and ducks are available. Depending upon the casing and how it is used it may often be considered edible; others are not. Casings generally come from the supplier packed in salt or a a preserving brine. The can be kept under refrigeration almost indefinitely. Any odor that they have will be gone once they are properly prepared. All natural casings must be rinsed and soaked in several changes of fresh water before they can be used. Some require additional preparation. The casings are generally measure by their diameter in millimeters--an inch equals 25.4 millimeters (mm). Below I've listed some of the more commonly used casings.

Sheep Casings: Sheep casings are generally used for making hot dogs, and breakfast links. Most commonly breakfast links and pork sausages are stuffed into 22-24 mm casings while hot dogs, garlic franks, cheese franks, etc are generally stuffed in 24-26 mm casings.

Hog Casings:  Hog casings are the most commonly used casings by home sausage makers.  The three most commonly used are 32-35 mm casings which are used for making Italian sausage, bratwurst, chorizo, etc. Next more commonly used are the 35-38 mm casings which are used for linquica, Polish Sausage, Smoked sausages, hot links, etc. Finally, for some of the larger smoked sausage or ring sausages like Russian, Ukranian and Serbian sausage often use casings that are 38-42 mm in diameter.  Some Italian and other European sausages may be stuffed in bladders or hog middles. Hog middles do take some special preparation due to their very strong, objectionable odor. It may take anywhere from 3 to 6 weeks in advance to prepare them, depending upon the technique used. Generally they are softened in a salted brine for about a week. Next they are rinsed and soaked in a mixture of water and strong vinegar (often citrus juices) for an additional week, then rinsed. After this they are inverted and as much of the fat that adheres to the intestinal wall is carefully removed so as to not tear the casing wall and soaked in a salt brine for an additional week. Finely they are re-inverted to their original form and store in a salt brine until ready for use; then they are freshened in fresh, pure water before stuffing. Care must be taken when stuffing casing thus prepared because they are very fragile and must be carefully tied along their circumference after stuffing. Below are some photos of the preparation steps for hog middles

              

 Salted hog middle casings as they arrive from the supply house.             Inverted casings after being stripped of internal fat.

                  

        Re-inverted hog middles to their original state.                         Stuffed hog middle; note the string tied around the circumference.

Beef Casings: The three most commonly used beef casings in the US are: (1) Beef Rounds, about 40-42 mm in diameter, which are used to make ring sausages and ring bologna; blood sausages like morcella and biroldo, Knockwurst, mettwursts, potato sausage, etc. (2) Beef Middles, 58-64 mm, which are used  summer sausage, cotechino, and various types of Italian salami, venison salami, German salami, etc. and (3) Beef Bungs, that generally range from 90 to 140 mm, are used for cooked salami, Toscano salami, Lebanon bologna, coppa or any other sausage where a large 3-1/2 to 5-1/2 inch diameter casing is desired

Casings, Artificial: There are a wide variety of artificial casings available on the web for the adventurous to seek out. I have listed below several types that I use most frequently. In selecting a casing you have to consider if you want it to be edible (yes, some artificial casings are edible). The edible casings are very thin and will not support the weight of the sausage in the smoker.

Collagen casings are made from collagen extracted from animal skins and hides. There are special collagen casings for use in the smoker, some are even dyed! Some of the large collagen casings, however, due to their thickness and production technique are not edible. Remember not to use collagen casings if you are processing your sausage by poaching in water or steaming. Collagen casings can also be used to cure salami.

Fibrous or Cellulose casings can come protein-lined for salami drying or "regular". They need to be soaked in warm water for about 30 minutes before use. They are permeable to smoke and water, and for that reason, should not be used for poaching sausages in water. They are made from cotton or wood fiber.

Plastic casings are water-proof and are mainly used for boiling or poaching sausage loafs and rolls in water.

Fabric casings are made out of textile fibers and are coated with a plastic and a very popular with some European sausage makers. If you look at my recipe for Thuringer Summer Sausage, you can see an example of this kind of casing.
 

Sometimes the casing type is suggested in my formulation; other times, you'll have to experiment with what you prefer. (For an enlarged view, click on the photo.)

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Curing Salts:

NOTE A MORE EXTENSIVE DISCUSSION OF THIS TOPIC CAN BE FOUND ON THE INTRODUCTION PAGE.

Check the formulation carefully and be sure you use the correct cure; do not substitute! (Cure#1 and #2 are formulated in such a way so that 1 level US teaspoon will cure 5 pounds of meat.) For the best results, always weigh out the amount of cure!

Cure #1 contains 6.25% Sodium nitrite; 93.75% Salt (for fresh and cooked sausages)
 
Cure #2 contains 6.25% Sodium nitrite; 4% Sodium nitrate and 89.75% Salt (for dry-cured sausages)
Tender Quick contains 0.5% Sodium nitrite, 0.5% Sodium nitrate, Salt, Sugar, and Propylene glycol (for brined meats)
Saltpeter is 100% Potassium nitrate (not recommended...to difficult to measure in the small quantities needed)

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Emulsion Notes:

NOTE A MORE EXTENSIVE DISCUSSION OF THIS TOPIC CAN BE FOUND ON THE INTRODUCTION PAGE.

 Emulsions are sausages where the meat is ground so finely that it encapsulates the fat to form a smooth paste such as is found in hot dogs, bologna, liverwurst, mortadella, etc.

Lean muscle fiber has a high myosin content. Myosin is the tem used to represent all salt soluble, water soluble and heat-coagulable proteins in the fibers. Emulsions are formed by solubilizing the meat protein and suspending the fat globules in the protein solution that contains both soluble proteins and collagen from the fiber's connective tissues.

A food-processor in the home sausage kitchen can do a fairly good job of forming an emulsion if a few precautions are taken. The result will not be exactly like the one produced by commercial cutters and emulsifiers, but a decent home product can be made. Using a large bowl processor, remember to work in small batches, about 1 1/2 lbs to 2 pounds of paste maximum.  During the emulsification process, considerable heat is generated. This will cause the emulsion to "break" by causing the proteins to coagulate preventing them to "grab-hold" of the fat globules. Ice or ice-cold water is added periodically to absorb the generated heat and ensure that the emulsion holds. Experiment with your equipment, but I find that if I process the lean meats first and then add the fats to form the emulsion, I get better results.

 

Paste Temperature:  I use a Cuisenart food processor.  Generally I divide the spices meat into one and a half pound batches and process each batch for 2 minutes, pulsing often to ensure even emulsification.  I also add ice cold liquid (mostly water) a little at a time to keep the temperature below 60oF (15oC). Try to keep total liquid to less that 10%.
Cooking Temperature:  Hint: Place the product in 120oF (49oC) poaching liquid and gradually raise the temperature to 175oF (79oC). Gelatin can form from meat collagen during the cooking process and I found that if the poaching liquid temperature raises too rapidly or gets above 180oF (82oC), the gelatin often breaks from the emulsion and creates pockets and pools of gelatin (and or fat) dispersed in the emulsion.

 

Casings: I've had the best luck with moisture-proof plastic, fibrous or coated casings for emulsion sausages that are poached. I've used natural casings also; but, they often wrinkle after cooking and showering.  I've found that dipping the sausage in boiling water a few seconds, shrinks the casing and remove most of the wrinkles.

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Grinder Tips: When grinding fats, make sure that it has been cut in small enough sizes to fit the grinder throat then partially freeze the fat. Also,  place the grinder tube and worm, knife and plate in freezer prior to grinding the fats.  This will chill the grinder tube, cutting knife and grinder plate, minimizing smearing of the fat.

If you get dings on the grinder knife or it becomes dull, you can sharpen it by putting a piece of 400 grit wet-dry sandpaper on a thick glass plate and "sanding" the blade by running it back and forth over the paper.

After washing the steel plates and knives, warm them gently in the oven to dry them out. Spray with a food grade lubricant over each item and wrap in brown paper cut from a bag for storage.

 

 

This grinder works fine for people that only make small batches of sausage, or you are working on a test batch to perfect the seasoning blend. It's an all-purpose grinder that is easy to set up and clean . It comes with plates and a sausage stuffing tube. This grinder has made many a batch of sausages; it is the Model 113 made by Moulinex. It is a great grinder for the beginning sausage maker and its relatively inexpensive. There are a number of similar brands available on the market. With these lower powered grinders, its important to have the meats to be ground almost at the freezing point so that you get a nice clean cut.....otherwise the grinder plate clogs up with sinew and the meat comes out like mush!

 

This grinder is a # 22 size plate and I have a variety of plate sizes and has a reversing switch. It is supplied  with only two grinding plates, however.  Extra grinding plates are available on-line from many suppliers or in at the Hobart store in your community. This particular model was made for Cabella's by the Italian firm, Tre-Spade. If you hunt and have meat to be ground or you make a lot of sausage, then your should consider a grinder of this size. The next size up would be a #32, generally with a 1+ horsepower motor and the meat "flies" through that one!  There are a number of good grinders for sale...don't buy the first you see! Do your homework

 

 

 

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Ham Press -

An inexpensive mold can be made out of scrap lumber and two threaded carriage bolt with wing nuts.  you can put something like the one show in the photo (right). 

To mold the ham to the shape that I wanted, I used two plastic ham "cans"; using two allows for more strength when pressure is applied. Arrange the meat, skin side down and place pieces so that the loaf is level and even. cover with a tight fitting lid (cut out with a band saw or jig-saw) over the meat and apply pressure according to the directions given in the formulation.

If you're of the inclination to have something more substantial, the press can be made out of plastic blocks and stainless steel bolts.

 

 

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Humidity Control: If you are not lucky enough to live in an area where the humidity is easily controlled, then you might want to consider a humidifier and humidistat. A humidifier is a device that can add moisture to the air and for sausage making purposes a baby nursery "cool-air" humidifier will work fine. A humidistat is a device that senses the humidity in the environment. The device should have a control to set humidity in a range between at least 40% to 80%.  These devices available in a number of price ranges from several vendors.

A sausage making buddy has a great solution to both humidity and temperature control by modifying a home-refrigerator by altering the temperature and humidity controls. You can read and see his elegant solution by clicking here:  Creating An Ideal Environment For Dry Curing Sausage. The paper is a .doc text file and will open in your text editor.

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Incubator for Fermenting Dry Cure Sausages:

You can make an inexpensive incubator for dry curing salami by modifying an inoperative freezer. I purchased an old Sears Coldspot from the dumps for $20 and removed the freezing unit, thermostat, interior racks and baskets.

On the interior I installed a porcelain light socket. The dimmer switch on the control panel regulates a 100W light bulb which can be adjusted to produce temperatures from 53oF to 110oF. I'm worried that some moisture dripping from the incubating meats might break the light bulb, so I plan on either shielding the bulb with a coffee can open on both ends or replacing the light bulb with a ceramic reptile terrarium heater that screws into the light socket.

Controlling the Temperature of Incubation

Temperature can be controlled by a simple dimmer switch. I had an old electrical box [Square D] and I wired it with a couple of dimmer switches, mounted to the exterior of the unit with an outlet to provide power in and power out. On the power out outlet I plugged in a Vicks, 18 hour nursery humidifier. This provides about 95% humidity. One of the dimmer switches controls the heat lamp; the other is an extra--in the event I want to mount a fan. All that is needed is an accurate thermometer. I suggest a mercury-filled thermometer rather than an alcohol-filled one for better accuracy.
 

 

 

Controlling the Temperature in a Salami Incubator - A More Elegant Approach

Constructing a P.I.D. Intelligent Temperature Controller

 

P.I.D. controller - Non-technical operational definition:

A PID controller is an electronic device that can be used to regulate the temperature of an incubator. The device senses temperature input from a thermocouple and regulates temperature output (heater in this case) to maintain the user's pre-set temperature. The PID controller uses a built-in automatic logic algorithm to learn the parameters set up by you to regulate the system. For example, if you desire the temperature inside your incubator to be maintained at 88oF, set up the controller to recognize when that temperature is reached, press a single button and the built-in artificial intelligence circuit is activated to automatically calculate and set all parameters for the temperature set by you. It will maintain that temperature within 0.2% accuracy.

Photo of PID Controller

P = Proportional Band. The constantly calculated "P" value controls the output of the temperature device (heater). When the "P" value increases, the temperature device will off; when the "P" value decreases, the temperature device is turned on. This will occur automatically to maintain the internal temperature you set in the incubator.

I = Integration Time. This constantly calculated value reduces error. When the "I" value decreases, response speed is faster but less stable; when the "I" value increases the response speed is slower but more stable. This is done automatically.

D = Differentiation Time. This value constantly controls the advance and compensates for the delay in order to maintain system stability.

With a little knowledge of electronics, you can construct such a control unit for your incubator. Many of the materials are available at any well stocked computer-supply store or eBay. You can build the controller for about $70.00 USD or less.

Materials Needed:

  1. Universal digital PID Temperature Controller or search eBay for PID Controller)
  2. Solid State Relay (25Amp, 24-280 VAC; 3-32VDC) - Search eBay for "Solid State Relay"
  3. Thermocouple – Type K [Search eBay]
  4. Grounded wire, 3-prong plug, and 3-prong receptacle [Hardware or big-box store]
  5. Project Box – aluminum or plastic
  6. Supply of #8 or #10 white, green and black wire
  7. Solder and/or wire connectors
  8. Wiring diagram (see below)

Setting the PID Controller

PID Controller Face PID Controller Full View

1 -- AL, Relay J1 Indicator light.
2 -- Select next parameter / value increment.
3 -- Selection previous parameter / value decrement.
4 -- Digit select / Auto tuning.
5 -- Setting / Confirm.
6 -- Output, controlled output indicator light. (AT) Output blinks during the auto-tuning process.
7 -- Display screen

Interior View of PID box

 

 

PID Wiring Diagram

 

Temperature and Alarm Parameter Setting:

A) To enter temperature and alarm parameter setting mode press (SET), then enter code "0001", press (SET) again.

Table 1 Temperature Setting and Alarm Related Parameters:

Symbol Description Range Default
SV Target Temperature With testing range 80.0
AH1 Relay Closed With testing range 80.0
AL1 Relay Opened With testing range 90.0
End Exit

B) During Normal Operation mode, pressing (^) or (v), the display would show SV. Press (^) or (v) again increase or decrease SV by 1 degree.

a) Set AH1=AL1, relay is disabled.
b) Set AH1>AL1: Normally used for upper limit alarm trigger.
c) Set AH1<AL1: Normally used for lower limit alarm trigger. .

P, I and D Parameter Setting:

P, I and D parameters control the accuracy and respond time of the temperature controller.

1. Press (SET) to enter setting mode.
2. Press (>), (v) and/or (^) to enter and select parameters.
3. Press (SET) to confirm entry or selection.

a) To enter initialization parameter setting mode press (SET), then enter code "0089", press (SET) again.

b) To enter PID parameter setting mode press (SET), and then enter code "0036", press (SET) again.

Table 2 PID and Relevant Parameters: Auto-tuning is recommended for users who are not familiar PID control theory. P, I and d values should only be adjusted by professionals.

Symbol Description Range Default
P Proportional Band 0.1 ~ 99.9 (%) 5    
I Integration Time 2 ~ 1999 (Sec) 100    
D Differentiation Time 0 ~ 399 (Sec) 20   
SF Integration Range 1 ~ 999 (Deg) 40   
Bb On/Off Control Range 1 ~ 999 (Deg) 40   
Ot Control Period 2 ~ 199 (Sec) 2   
Filt Digital Filtering Strength 0 ~ 3 0   
End Exit

 

 

 

 

 

 

 

 

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Lactic Acid Starter: 

NOTE A MORE EXTENSIVE DISCUSSION OF THIS TOPIC CAN BE FOUND ON THE INTRODUCTION PAGE.

Starter cultures accelerate the formation of lactic acid and drop the pH (to about pH=5.3) of salami, which can  inhibit the growth of spoilage bacteria and pathogens. The rapid decline of pH not only gives the salami a unique lactic acid flavor, but also increases the firmness of texture and mouth feeling due to the acidic denaturation of meat proteins. The lactic acid bacteria (LAB) in starter cultures have been shown to inhibit Staphylococcus, gram-negative bacteria, and E. coli, by 97.8% after 48 hours of fermentation. Further studies of LAB starters (which often contain one or more species) of Pediococcus cerevisiae, Lactobacillus platarum and Staphylococcus carnosus, have shown a very wide spectrum of inhibition activity on Staphylococcus epidermidis, Lysteria monocytogenes  Klebsiella oxytoca, Shigella dysenteriae and germination of the spores of Bacillus subtilis  and Bacillus cereus, and Pseudomonas fluorescens.

I've added extensive coverage to the starter cultures produced by Chr. Hansen, Inc., producers of freeze dried starter cultures on my main web pages [Introduction section - Starter Cultures]

I suggest that don't put your trust in indigenous bacteria that contaminate ground meats instead  purchase a lactic acid bacteria starter culture from a supplier, such as Butcher and Packer Company. Use those suggestions in lieu of those given with any formulation or recipe. When you choose a starter, check with the vendor or the manufacture's guidelines as to the required time and temperature  for optimum fermentation.  Dissolve freeze-dried culture in a couple of tablespoons of de-chlorinated water; add a small pinch of glucose (dextrose) and set aside for 2 or 3 minutes before use. 

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Linking Breakfast Sausage:       A number of people emailed me to ask how to link breakfast sausages as shown in the recipes' photos. In stuffing the casing, don't overfill or the casing will burst when you try to pinch and form the links. Don't thread the link like sewing, instead push a portion of the link through the previous loop to form a new loop. Words are difficult to follow in this case so I'll try with pictures.

 

 

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The Meaning of pH

Acids in water separate into ions (Atoms with electron imbalances are called ions), and the positive ion is hydrogen (H+). When hydrochloric acid (HCl) mixes with water, it separates into positive hydrogen (H+) and negative chlorine (Cl-). Hydrogen (H+) combines with water (H2O) to make hydronium (H3O+). Bases in water also separate into ions, and the negative ion is hydroxide (OH-). When the base sodium hydroxide (NaOH) mixes with water, it separates into positive sodium (Na+) and negative hydroxide (OH-).

The pH-value indicates the degree of acidity in the meat. Acids all produce Hydrogen ions (H+). Acids like Hydrochloric acid (HCl) produce lots of Hydrogen ions. Chemists write "hydrogen ion concentration" as [H+]. The pH of a solution is expressed mathematically as the negative logarithm of the hydrogen ion [H+] concentration.

When producing meat products, the pH-value should lie between 4 to 7; pH- values from 0 to 7 denotes an acidic nature (the smaller the number the more acidic the solution). The neutral point is 7; pH values from 7 to 14 signify alkalinity (the larger the number the more alkaline the solution).

 When Hydrogen Chloride gas dissolves in water it form Hydrochloric acid and the molecules of Hydrogen Chloride dissociate into Hydrogen ions and Chloride ions.

HCl(aq)

 

=

 

H+

 

+

 

Cl-

 

Water also dissociates to produce ions, this time it is Hydrogen ions and Hydroxyl ions.

H2O(l)

 

=

 

H+

 

+

 

OH-

 

Sodium Hydroxide also dissociates to produce ions when it is dissolved in water, this time it is Sodium ions and Hydroxyl ions.

NaOH(aq)

 

=

 

Na+

 

+

 

OH-

In each case we can measure or calculate the concentration of Hydrogen ions present.

                In HCl(aq) Hydrochloric acid [H+] = 0.01

                In H2O(l) water [H+] = 0.0000001

                In NaOH(aq) Sodium Hydroxide solution [H+] = 0.00000000000001

As you can see, these numbers are small and difficult to read and write. By counting  the decimal places each of the above can be written as:

          HCl (aq)         pH 2

          H2O (l)           pH 7

          NaOH (aq)   pH 14

Though a pH value has no unit, it is not an arbitrary scale; the number arises from a definition based on the activity of hydrogen ions in the solution. The formula for calculating pH is:

Log10 denotes the base-10 logarithm, and pH therefore defines a logarithmic scale of acidity. A lower pH value  (for example pH 3) indicates increasing strength of acidity, and a higher pH value (for example pH 11) indicates increasing strength of alkalinity

For a more scholarly discussion of pH see:

How to Determine pH    or    The Wikipedia Definition

 

Meat with a low pH-value (pH-value below 5.8) has a poor water binding capacity. This means high cooking losses, inconsistent weight and a dry, straw-like consistency. For this reason water-bonding chemicals, like sodium polyphosphates, are generally added to the formulation. It's use is optional, however. Other additives contribute to good curing features, such as accelerators like ascorbate or erythorbate, that are used for good color development and color stability. These accelerators act as reducing agents and/or lower the pH to provide the environment required to enhance the rate of conversion of nitrite to nitric oxide, which reacts with myoglobin plus heat to yield nitrosylhemochrome (pink). The reduction of microorganism growth by the addition of nitrite results in a longer shelf-life and a longer storability of the meat and meat products.

Some common pH values founding sausage making and meat production are:

6.4               Injection brines

5.8 to 6.2     Pork muscle      

5.5 to 5.8     Beef muscle       

  4.8 to 5.5     Dry-cure sausage

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Spices:

Spices come from the bark, root, flower buds, seeds, berry, or the fruit of tropical plants and trees. Herbs are leaves of shrubs and can be used fresh or dried. Seasonings are generally dehydrated vegetables include onion powder or flakes, garlic powder or granules, sweet peppers, chili peppers, mints, and freeze-dried chives, onions and shallots whereas seasoning blends are mixtures of spices and herbs.

When formulating your own sausage recipes use the strong, pungent spices, herbs and seasonings such as chili peppers or rosemary in small amounts. Aim for more delicate seasoning which can be used in greater amounts without ruining the final product. Remember that the herbs or spices should enhance and not overpower the flavor of the meat.

The art of using herbs and spices in sausage making is learning how much to add and how to combine flavors.  More than one herb or spice can be used in a formulation. Start with a tested recipe then decide if more or less seasoning is needed to suit your taste. It is generally recommended to begin with about 1½% total weight of spice per weight of meat used (about 1/4 teaspoon of spice per pound of meat) when developing recipes. Stronger seasoning like chili should begin with ½ that amount; is easier to add more than to try to compensate for too much. As you gain experience in combining herbs and spices, taste will tell if others might be added to your formulation.

It is absolutely essential that you use fresh spices for consistent results.  If your ground spices are more than 6 months old, through them out and purchase new ones.  It is always better to purchase whole, un-ground spices and grind them yourself as needed...you'll be surprised by the difference! The most consistent results are obtained by accurate weighing of both the meats and the spices.  Keep your whole spices covered in air-tight tins to prevent the loss of volatile oils. Place the date of purchase on the tin! Whole spice should be renewed after two years.

For those of you that are considering making this a hobby, I recommend that you purchase a good coffee mill to dedicate as a spice grinder.  The quality your are looking for is a removable, stainless steel grinding cup.  Plastic and other material retain the spice oils and are difficult to clean. Also purchase TWO good electronic scales: One dedicated to measuring spices,  that will measure in 1/10 of a gram with a load limit of 454 gram (1 lb.); The other dedicated to meats should measure in grams up to 5 or 10 Kilograms (11 to 22 lbs).

 

Dry Spices - Weights are in grams

Amt

Ingredient

Grams

Notes

1 tsp.

Allspice berry

1.9

 

1 tsp.

Alpine herbs

2.0

 

1 tsp.

Amesphosphate

3.8

0.4% or2g/lb.

1 tsp.

Ancho Chili

2.5

 

1 tsp.

Anise seed, whole

2.1

 

1 Tbs.

Anise, star

2.0

 

1 cup

Apples, dried

85.0

 

1 cup

Apricot, dried

180.0

 

1 tsp.

Baking soda

4.5

 

1 tsp.

Basil

1.0

 

1 tsp.

Bay leaf, dried

 0.6

 

1 Tbs.

Binder, rice-gel

10.0

 

1 tsp.

Black beans, ferm.

3.6

 

1 tsp.

Bonne herbes

0.5

 

½ cup

Bread crumbs

35.0

 

1 tsp.

Caraway seed

2.1

 

1 tsp.

Cardamom seed

2.0

 

1 tsp.

Celery seed

2.5

 

½ cup

Cheese, Cheddar

75.0

High melt/BP

1 tsp.

Chipotle Chili Powder

2.5

Penzeys

1 Tbs.

Chives, dry

1.0

 

1 tsp.

Chives, dry

0.3

 

1 Tbs.

Cilantro, dry

1.3

 

1 tsp.

Cinnamon, ground

2.3

0.5%kg /meat

1 tsp.

Citric acid

4.5

2g/5#

1 tsp.

Clove, ground

2.1

10/1 g

1 tsp.

Coriander, ground

1.8

 

1 Tbs.

Corn Syrup Liquid

27.0

 

1 Tbs.

Corn Syrup Solids

25.0

2% max

1 Tbs.

Cranberries, dried

9.0

 

1 tsp.

Cumin seed, ground

2.1

 

1 tsp.

Cure #1

6.0

 

1 tsp.

Cure #2

6.0

 

1 cup

Cure, Tender Quick

201.6

 

1 Tbs.

Cure, Tender Quick

12.6

 

1 tsp.

Cure, Tender Quick

4.2

 

1 tsp.

Curry powder

2.5

 

1 tsp.

Egg White Solids

2.25

= ½ egg

½ 1 tsp.

Erythorbate

2.0

.25g/lb

1 tsp.

Fennel seed, whole

2.0

 

1 tsp.

Fenugreek, ground

3.7

 

1 tsp.

File Powder

2.0

 

1 tsp.

Five-spice

1.6

 

1 clove

Garlic

5.0

 

 ¼ cup

Garlic cloves

35.0

 

1 tsp.

Garlic Granules

4.3

 

1 tsp.

Garlic Powder

2.8

 

1 Tbs.

Gelatin

8.5

 

1 tsp.

Ginger, Powder

1.8

 

1 Tbs.

Guar Gum

4.0

 

1 tsp.

Venetian spice

3.0

 

1 Tbs.

Whey Isolate

4.5

 

1 tsp.

Tarragon, dry

3.0

 

1 tsp.

Thyme, leaf

1.4

 

1 tsp.

Turmeric, ground

3.0

 

 

Amt

Ingredient

Grams

Notes

1 pod

Habanera, fresh

30.0

 

1 tsp.

Juniper berries

1.5

 

1 tsp.

Juniper berries (10)

1.5

 

1 tsp.

Mace, ground

1.7

 

1 tsp.

Marjoram, ground

1.5

 

1 tsp.

Milano herbs

2.0

 

1 tsp.

Milano spice

2.0

 

1 Tbs.

Mole, Sauce

18.0

Faraone

1 tsp.

MSG

4.5

0.25%/g

1 tsp.

Mustard, powdered

2.3

 

1 tsp.

Mustard, seed

3.3

 

1 tsp.

Nutmeg, ground

2.2

0.5 g/kg

½ cup

Nuts, Hazelnuts

75.0

 

¼ cup

Nuts, Pine

30.0

 

½ cup

Nuts, Pistachio

60.0

 

 ½ cup

Nuts. Walnuts half

120.0

 

1 tsp.

Old Bay Seasoning

3.0

 

1 Tbs.

Onion Flakes

5.0

 

1 Tbs.

Onion Powder

8.0

 

1 Tbs.

Onion, Raw

14.0

 

½ Cup

Onion, Raw

75.0

 

1 tsp.

Oregano, leaf

1.5

 

1 tsp.

Paprika, ground

2.1

 

1 tsp.

Parmagiano

2.0

 

1 Tbs.

Parsley dry

1.5

 

1 tsp.

Paste, grachai

2.0

 

1 tsp.

Paste. Green-curry

2.2

 

1 tsp.

Paste, garlic-chili

6.4

 

1 tsp.

Paste, green-chili

5.2

 

1 tsp.

Paste, Tandori

2.2

 

1 tsp.

Pepper flakes red

2.3

 

1 tsp.

Pepper, black

2.1

 

1 tsp.

Pepper, cayenne

 1.8

 

1 each

Pepper, dandicut-dried

0.8

 

1 each

Pepper, jalapeńo

25.0

 

1 tsp.

Pepper, pequin

1.6

app. 24 pods

1 tsp.

Pepper, Szechwan

1.5

 

1 tsp.

Pepper, white

 2.4

 

1 tsp.

Phosphates, sausage

3.8

0.4% or 2g/lb.

1 tsp.

Quatre Espices

3.0

 

1 Tbs.

Raisins, whole

11.5

 

1 cup

Rice, cooked

160.0

 

1 tsp.

Rosemary leaf

1.2

 

1 tsp.

Sage, ground

0.7

 

1 Tbs.

Salt, Kosher

12.0

 

1 Tbs.

Salt, table

22.0

 

1 tsp.

Savory, summer

1.5

 

1 tsp.

Savory, winter

1.5

 

1/3 Cup

Skim Milk Powder

23.0

< 4% salami

1 tsp.

Soy powder

3.0

3% max

1 Tbs.

Sugar, brown

11.0

 

1 Tbs.

Sugar, dextrose

9.0

 

1 Tbs.

Sugar, granulated

13.0

 

 

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Storage

Dry cured sausages do not need to be refrigerated if keep in a cool, dry place.  Of course, if summer temperatures are very high, it's best to refrigerate them or keep them in a cooler so the fat does not render out. Some Italian cultures preserve their dry cured sausages under oil or lard. They may be kept for more than a year this way.

Smoked sausages that are then air-dried may also be kept for a short period out of the refrigerator...again use your judgment in relation to the air temperature. They maybe well packed and frozen, if you wish.

Cooked and Smoke-cooked sausages should always be kept under refrigeration.  Well packaged, they will keep for approximately 2 weeks under refrigeration or else they should be well packed and frozen.

Fresh sausages should be consumed within 3-5 days or else they should be well packed and frozen.

For the sausage hobbyist, I believe a worthwhile investment is the purchase of a vacuum sealer so that sausages can be vacuum packed and frozen. A system like the "Food Saver"  by Tilia is a example of one of several systems on the market.

 

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-To be continued-

 
 

 

Home | Introduction | Making Salami | Formulations | Resources | Production Photos | Tips

 

 

 

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