Home-Made Ways to Beat the Flu (aka Covid 19)- The big pharma doesn’t WANT you to know about safe, natural alternatives that ALWAYS work better than any pharmaceutical, yet are easy to obtain

While both Ivermectin and Hydroxychloroquine have acquired a lot of publicity in the past year as relatively safe and low cost ways to address the symptoms of “Covid-19,” there are also NON-pharmaceutical choices that work MUCH BETTER, yet are completely safe, easy to obtain and cost very little. 

The reason most people don’t know about non-pharmaceutical therapies is because big pharma doesn’t WANT you to know about safe, natural alternatives that ALWAYS work better (in harmony with Nature) than any pharmaceutical, yet are easy to obtain – if you know what to look for.

Since Pharma-media have a total stranglehold on the media, you almost NEVER read or see videos talking about the amazing germicidal properties of a simple, yet highly germicidal molecule like Chlorine Dioxide even though it has been in use by most water treatment facilities around the world since the early 1970s because chlorine dioxide gas (C2O) works MUCH better and is much safer than chlorine gas (CL 2).

Here’s my step by step procedure for making CDS water using the air blowing method:


You need 4 things:

A) 22.4% or 24% Sodium Chlorite solution,
B) 50% Citric Acid solution,
C) Distilled water, and
D) a CDS production “rig” consisting of a mixer bottle, 3 or 4 lengths of 1/4 inch tubing, and 1 or more quart-size HDPE plastic water bottles with screw-on plastic caps.

A) A 22.4% sodium chlorite solution can be purchased ready-made from internet vendors and can be used to make CDS water, however, I prefer to make my own Sodium Chlorite Master Solution at home (See “Ingredients for making CDS water” at the end of this article).

I make my own 24% Sodium Chlorite solution by adding only 6 ounces of distilled water to exactly 120 grams of Sodium Chlorite flakes. This will yield a little over 8 fluid ozs. of 24% Sodium Chlorite Master Solution which I keep in a brown glass, Boston Round 8 oz. bottle in a kitchen cabinet (The formulations found on the internet for making different concentrations of sodium chlorite is based on weight in ounces, and not volume in fluid ounces as I am describing here. My 12oz. Dry Ingredients Combo Kit (more info below) formulation will yield about 12 oz. in weight. This is my Master Solution bottle which I will label “24% Sodium Chlorite” and store in my kitchen cabinet. Originally, I filled up a 1 or 2 oz. amber glass dropper bottle and counted out drops to make the CDS Water, but I no longer count out drops. I now use a 1/2 oz paper cup to measure out 1/2 oz., or 1 oz. or 1.5 oz. of each Master Solution and pour into the Mixer bottle.

B) I make the 50% Citric Acid solution by adding equal amounts of citric acid powder and distilled water. For example, if I want to make a 12 oz. (by weight) master solution of 50% Citric Acid, I’ll mix 6 ozs. (170 g.) of citric acid crystals with 6 ozs. (170 ml) of distilled water and store in a brown Boston Round glass bottle marked “50% Citric Acid Master Solution”.

C) I purchase Arrowhead or Sparkletts distilled water from the supermarket here in southern California because I know with certainty that the water is 100% distilled and free of minerals (I tested it many years ago with a TDS meter). If you buy a well known national brand of distilled water, it will likely be 100% distilled, but if you buy a local market, unknown brand of water marked “distilled”, it may not be distilled at all ( I tested that too). Stick with a national water company brand or get a TDS meter to check whether your local brand of distilled water is truly distilled or not.

I fill my two “A” and “B” 32 oz. plastic bottles with distilled water up to within one or 2 inches of the top. I want to leave a little head room for the chlorine dioxide gas to expand into the first bottle of water. You can start making your CDS Water right away or you can refrigerate the two quart bottles for 2 hours before making CDS Water, because cold water will absorb much more chlorine dioxide gas than room temperature water.

(After I finish making my CDS Water, I will pour the MMS from the Mixer bottle into a larger glass bottle, fill it to the top with water and store it in the frig. This is labeled “MMS Water” which I use as a sterilizing agent, adding one ounce to a basin of water in which I’m soaking newly purchased vegetables or fruits (after I had washed them 3 times with hot water). You can also add an entire bottle or two of MMS Water to bath water and soak in it for 20 – 30 minutes. The sterilizing action of the MMS Water will rid the skin of infective conditions including acne, psoriasis, boils, toenail fungus, etc. Laying in the tub, I put the back of my head into the bath water covering my ears (for 10 – 15 minutes) so the MMS goes into the ears and works on ear wax or any infection one might have in the ears.)

D) The CDS Production Rig includes 3 or 4 lengths of 1/4 inch silicone tubing (which you can buy from a store that sells aquarium supplies or from the internet), one, two, or three quart (liter) size HDPE plastic water bottles with screw-on plastic caps, a glass Mixer bottle with a screw-on plastic lid. I use amber glass supplement/vitamin bottles for my Mixer bottles. They come in many different sizes, but the 7 oz. size is convenient (see photo above). I wanted a bottle size that will fit inside a large size coffee cup or better yet, a deep ceramic or glass bowl which I will half fill with boiling hot water to serve as a hot water bath in which I’ll half immerse the Mixer bottle while making my CDS Water (more on this later).

Drilling holes in the plastic lid

You are going to drill two holes in the lid of the Mixer bottle and in the plastic caps of your water bottles. If your water bottle cap has an inner peripheral ring of plastic that seals the bottle from spillage, then keep your two holes in the center portion of the cap and not drill through the inner peripheral plastic ring. “1/4 inch” tubing usually refers to the outer diameter of the tubing, so a 1/4 inch drill bit will allow the tubing to easily fit into the hole. If you want to make the hole a little bit tighter, especially if you are using 1/4 inch silicone tubing, you can use a 15/64 drill bit and still push the tubing into the hole with a little bit of effort. I use a bead of Goop all around the tubing where it meets the hole to fasten it tightly to the inside and outside of the cap so it won’t easily pull out. The first length of tubing that fits into the Mixer bottle cap is the 24 inch long “blower” tube. The second length of tubing has to be long enough to go from the Mixer bottle into the bottom of your first water bottle. I made mine 22 inches long, but you can make yours a little longer if you want. I made my third length of tubing 18 inches long because I only have to travel from bottle “A” to bottle “B” which are both standing right next to each other. If you want to make three bottles of water at the same time, then drill a second water bottle cap with two holes and add a 4th length of tubing cut 18 inches long. I now use a double drilled hole bottle cap in my last bottle of water, even though I only have one tube going into the cap, to keep the water inside the bottle (if filled almost to the top) from splashing out.

Mixing the two solutions

When I first started doing this, I used to measure out 10, 20, or 30 drops at a time, but I now just fill a 1/2 oz paper cup of 24% Sodium Chlorite solution and a 1/2 oz. paper cup of 50% Citric Acid into the Mixer bottle for a medium strength solution up to, say 250 ppm. If I want to make a really strong CDS solution of 500 + ppm, I’ll measure out a full 1.5 oz. of each solution into the Mixer bottle (the reaction will start immediately to liberate chlorine dioxide gas so cap the Mixer bottle quickly as soon as you pour in the second solution to avoid breathing the chlorine dioxide gas). I then screw on the Mixer bottle plastic lid with the two lengths of tubing and place the mixer bottle into a coffee mug or deep bowl that is half filled with boiling hot water. I then elevate the coffee mug and Mixer bottle combo with a stand (or box) so that it stands higher than the two water bottles, otherwise the water from the water bottle could back flow into the Mixer bottle (when not blowing through the blower tube) if you place the Mixer bottle at the same height as the water bottles (the hot water from the water bath will cause the chlorine dioxide gas in the Mixer bottle to produce at a much faster rate than if left at room temperature).

After waiting a minute or two for the chlorine dioxide gas to build up in the Mixer bottle, I’ll blow on the blower tube and force the gas to percolate through the water bottles (or I’ll attach an aquarium air pump). If I blow by mouth, I keep my tongue on the blower tube while inhaling or preparing to blow into the tube so the chlorine dioxide gas won’t come back into my mouth (you want to avoid breathing the gas, which can be unpleasant). It doesn’t take long before you start seeing the water turn a greenish-yellow color. The longer you blow the chlorine dioxide gas into the water bottles, the deeper the hue becomes (you can also use a small aquarium air pump to do the blowing for you if you want to make a highly concentrated solution of CDS. Let the pump run for 30 minutes, but keep the bath water surrounding the Mixer bottle boiling hot so the gas will keep coming off readily).

After my first water bottle “A” has a nice deep yellow-green color (see photos below), I’ll reverse the position of the two water bottles, so that now bottle “B” will get the first gas coming off the Mixer bottle and bottle “A” will get the secondary gas coming from bottle “B”. When the color of bottle “B” is the same as bottle “A”, I’m done. I can usually tell from the intensity of the green/yellow color when the bottle has reached about 500ppm or more, but to be sure, I’ll test the ppm concentration of the chlorine dioxide gas by using the InstaTest Analytic High Range Chlorine Dioxide test strips (#3002) made by LaMotte.

I’ll remove the tubing from both water bottles, and pour my CDS Water into glass quart size bottles with plastic screw-on caps and store in the refrig. If you have kids or older people in the house, label each bottle as “CDS Water.” I then remove the Mixer bottle from the coffee cup and pour the leftover MMS mixture into a larger glass bottle marked “MMS Water,” fill it to the top with water, and keep it in the frig to be used as a sterilizer for veggies, fruit, or meats.

I then shake out the tubing of my CDS production rig to remove water and store in a large plastic zip lock bag.

Dry Ingredients for making CDS water

You can make your own Sodium Chlorite and Citric Acid solutions by mixing the dry ingredients yourself with warmed distilled water, and save about 50% off the cost of purchasing ready-made MMS solutions from vendors. Send an email for more information on obtaining pre-measured 12 oz. MMS combo kits of Sodium Chlorite flakes and Citric Acid powder (enough to supply one person for about 12 months, if drinking a total of 8 ozs of CDS water daily). You can also obtain a ready-made CDS Production Rig, along with a set of labeled 8 oz. or 16 oz Boston Round Master Solution bottles, and the LaMotte 3002 chlorine dioxide test strips if desired.

How to Make 500ppm CDS Water in 30-40 Minutes w/ 24% Sodium Chlorite Solution

I found that by increasing the concentration of my master Sodium Chlorite Solution to approximately 24% by adding only 6 ounces of warmed distilled water to the entire contents of my 12 oz. Sodium Chlorite combo kit bag – instead of the 9 ounces of water required to produce a 22.4% Sodium Chlorite solution – will allow a much higher concentration of chlorine dioxide gas to literally bubble out of the Mixer bottle when immersed in a water bath containing boiling hot water. This allows a higher concentration of chlorine dioxide gas to diffuse into my two quart size CDS Water bottles in a shorter span of time and at a higher concentration than if I used 22.4% Sodium Chlorite solution in the Mixer bottle.

To Make Two Quarts of 500ppm CDS Water
I now add 1.5 oz. of the 24% Sodium Chlorite solution and 1.5 oz. of 50% Citric Acid solution to the Mixer bottler if I want to produce two quarts of 500ppm CDS Water in 30 – 40 minutes.

To Make Four Quarts of 500+ppm CDS Water
If I want to produce 4 quarts of 500+ppm CDS water, then I’ll add 2 oz. of each solution to the Mixer bottle. The first two quarts will measure in the 600-650ppm range while the second two quarts will measure in the 400-450ppm range after 25-30 minutes of running time using an aquarium air pump. I change the water bath to fresh boiling hot water at 10 minute intervals to keep the water as hot as possible. I then mix all 4 quarts together to average out the ppm to about 550ppm and store in glass quart bottles in the frig.

If interested, send me an email or leave a voice mail at 949-544-1375 with your email address (spell it out slowly and distinctly) and I’ll send you more information. .

Some people feel making CDS Water is too complicated and ask if they can obtain CDS Water ready made. The answer is Yes, of course, and you can find vendors online that typically charge $28 for a 4 oz bottle of CDS of 3,000 ppm, while eBay prices range from $30 – $60 for a 4 oz. bottle, but I use another protocol to produce CDS Concentrate in a higher concentration of 3800 ppm made available as a Premium Gift for a donation which is 30-50% lower than what vendors are asking. You can learn more by reading this link:

CDS Water Concentrate Will Last Longer and Is Easier to Store (April 22, 2019)

With the CDS Production Rig shown here, you can produce 64 ozs. (2 quarts) of 500ppm CDS water for the cost of the distilled water, which works out to approximately $0.60 cents

The CDS water seen on the right is measured at slightly over 500ppm using InstaTest Analytic High Range Chlorine Dioxide test strips (#3002) made by LaMotte. I produced these two quarts in about 45 minutes using a small aquarium pump to push the gas through the water. I mixed 1 oz. of 24% Sodium Chlorite solution and 1 oz., of 50% Citric Acid solution in my Mixer bottle. I increased the concentration of the Sodium Chlorite Master Solution from the standard 22.r% solution, originally set by Jim Humble for people who were consuming drops of MMS in water, to a 24% Sodium Chlorite Master Solution intended exclusively for making higher ppm CDS water in a shorter span of time. By increasing the concentration of the sodium chlorite solution, you produce a higher concentration of chlorine dioxide gas which allows you to make a more concentrated batch of CDS water in less time. I normally ingest CDS water in the 50ppm range. which is more than strong enough. If you put 500ppm into your mouth, you will feel the astringent effect of the oxidation immediately and you won’t be able to hold it for more than a second or two. The oxidizing action is too intense. While I produce 500ppm of CDS Water for refrigerator storage, I’ll dilute it down with distilled water to the 50ppm range for drinking or swishing in the mouth. If you can handle it stronger, then that’s fine, but most people find 50ppm to be plenty strong. It’s up to you to determine what you can handle.

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