Reverse Osmosis Systems, Water Testing, Healthy Water, Filtered Water
We specialize in Alkaline Water
Hello I am Ruben. You look like you have amazing water!
Ah, thank you very much. So, that's exactly what we do. We actually provide healthier alkaline drinking water right from your sink with our reverse osmosis under sink water filtration system.
What's what's this part here?
So, this part here is actually what creates all the magic in our alkaline water. So this is our filter that has calcium, potassium, magnesium. Once the water goes through the reverse osmosis process, it goes through this filter which then infuses those essential minerals back into the water, raising the pH level up and creating the alkalinity in it. That's what makes your alkaline water, makes it healthier for you, easier to hydrate. So what are all these little So you have a couple of membranes that are membranes that filter out dissolved solids, all the impurities of your water and then you also have two carbon filters that first strip out the chemicals from the water and then we like to say polish the water so it gives it a good taste.
Hello I am Ruben. You look like you have amazing water!
Ah, thank you very much. So, that's exactly what we do. We actually provide healthier alkaline drinking water right from your sink with our reverse osmosis under sink water filtration system.
What's what's this part here?
So, this part here is actually what creates all the magic in our alkaline water. So this is our filter that has calcium, potassium, magnesium. Once the water goes through the reverse osmosis process, it goes through this filter which then infuses those essential minerals back into the water, raising the pH level up and creating the alkalinity in it. That's what makes your alkaline water, makes it healthier for you, easier to hydrate. So what are all these little So you have a couple of membranes that are membranes that filter out dissolved solids, all the impurities of your water and then you also have two carbon filters that first strip out the chemicals from the water and then we like to say polish the water so it gives it a good taste.
So what's the big barrel thing?
This is what contains the water. So as you are filtering water, it gets into the reservoir so that you have it easily from the spigot anytime you want it. So this is your reservoir for the water.Does it go like come out of your sink or Absolutely. Yeah. So, it basically goes underneath your sink. We will install a spigot right next to your faucet and so you have like a little tap for your alkaline drink water right there.
We're doing free installation plus $100 off for anybody that comes and visit us at the farmers market. We also do free in home water testing. So if you guys want to take a look at what is actually in your water, we will test it.
We will show you. And it's actually very revealing. Makes you think twice about putting that stuff in your body again.
So what what type of things are in our water that we don't want?
Water, you know, is from where it's gathered. It goes from the atmosphere, goes into aquafers, goes into the lakes, gets passed through the, you know, filtration systems. anything in the atmosphere, whether it's a smog, bird droppings, debris, I mean, it just gets all this stuff picked up. It eventually gets filtered out once it gets to your municipal water source, but it never gets it to a point where all the dissolved solids are out of it, such as chemicals, metals, and things of that nature. So, our filtration system actually removes that to a to it's called total dissolved solids and water.
For pure drinking water that you get like at a store when you buy it from a bottle source or a water store, it's about 50 parts per million total dissolved solids. That's pure water. The municipal cities usually allow 150 to 300 total dissolved solids per million. So it's a much higher concentration of those things that you don't want to put into your body.
So you come over to my house and you you do a whole whole water treatment. You test the water.
You say, "Oh, look at what you got in there." Yeah. Yeah. Stuff like that.
Takes about 10 - 15 minutes. We will go ahead and take water samples. We'll take clean water samples. You can see the difference. We will show you visually exactly what's in your water. We have the charts that kind of gives us the reading depending on your chlorine levels, depending on your total dissolved solids, and then you can make a decision. It allows you to really see, this is what I'm drinking. This is what I'm cooking with. This is what I'm bathing with.
Right? All those things.So, it's really telling.
So what's a question people ask that typically, like new people would would want to know about the water that maybe a unique something unique to the to water and what it does to you?
I'll tell you it's probably not so much the uniqueness it's people are already conditioned to get water either from the store when they buy the cases of water they go to the water store where you can fill your five gallon jugs or you know sparklets type of thing. They get it delivered to their house. People are already used to spending to that. And what people don't recognize is one of these systems you're going to spend about what you do on a monthly basis to get that straight from your tap. You no longer have to have the inconvenience of going to the store, buying it at the water shop, or having it delivered. So it's really cost effective when you think about having the healthiest alkaline water available to you anytime you want it.
Why do we need alkaline water?
So, alkaline water has a higher pH level. It's not as acidic as regular water. When you have a high alkaline content water, it actually hydrates you better. It is able to satisfy that thirst that your body needs gets into all the organs and is much healthier for you overall.
For unique, Heathy Water contact us at (760) 925-5055 or www.redifyandandyman.com
🗓️ Every Second Saturday of the Month
🕖 10:00 AM – 2:00 PM
LOCATION: Old Town San Clemente, 111 W. Avenida Palizada, San Clemente, CA 92672
So what's the big barrel thing?
This is what contains the water. So as you are filtering water, it gets into the reservoir so that you have it easily from the spigot anytime you want it. So this is your reservoir for the water.Does it go like come out of your sink or Absolutely. Yeah. So, it basically goes underneath your sink. We will install a spigot right next to your faucet and so you have like a little tap for your alkaline drink water right there.
We're doing free installation plus $100 off for anybody that comes and visit us at the farmers market. We also do free in home water testing. So if you guys want to take a look at what is actually in your water, we will test it.
We will show you. And it's actually very revealing. Makes you think twice about putting that stuff in your body again.
So what what type of things are in our water that we don't want?
Water, you know, is from where it's gathered. It goes from the atmosphere, goes into aquafers, goes into the lakes, gets passed through the, you know, filtration systems. anything in the atmosphere, whether it's a smog, bird droppings, debris, I mean, it just gets all this stuff picked up. It eventually gets filtered out once it gets to your municipal water source, but it never gets it to a point where all the dissolved solids are out of it, such as chemicals, metals, and things of that nature. So, our filtration system actually removes that to a to it's called total dissolved solids and water.
For pure drinking water that you get like at a store when you buy it from a bottle source or a water store, it's about 50 parts per million total dissolved solids. That's pure water. The municipal cities usually allow 150 to 300 total dissolved solids per million. So it's a much higher concentration of those things that you don't want to put into your body.
So you come over to my house and you you do a whole whole water treatment. You test the water.
You say, "Oh, look at what you got in there." Yeah. Yeah. Stuff like that.
Takes about 10 - 15 minutes. We will go ahead and take water samples. We'll take clean water samples. You can see the difference. We will show you visually exactly what's in your water. We have the charts that kind of gives us the reading depending on your chlorine levels, depending on your total dissolved solids, and then you can make a decision. It allows you to really see, this is what I'm drinking. This is what I'm cooking with. This is what I'm bathing with.
Right? All those things.So, it's really telling.
So what's a question people ask that typically, like new people would would want to know about the water that maybe a unique something unique to the to water and what it does to you?
I'll tell you it's probably not so much the uniqueness it's people are already conditioned to get water either from the store when they buy the cases of water they go to the water store where you can fill your five gallon jugs or you know sparklets type of thing. They get it delivered to their house. People are already used to spending to that. And what people don't recognize is one of these systems you're going to spend about what you do on a monthly basis to get that straight from your tap. You no longer have to have the inconvenience of going to the store, buying it at the water shop, or having it delivered. So it's really cost effective when you think about having the healthiest alkaline water available to you anytime you want it.
Why do we need alkaline water?
So, alkaline water has a higher pH level. It's not as acidic as regular water. When you have a high alkaline content water, it actually hydrates you better. It is able to satisfy that thirst that your body needs gets into all the organs and is much healthier for you overall.
For unique, Heathy Water contact us at (760) 925-5055 or www.redifyandandyman.com
🗓️ Every Second Saturday of the Month
🕖 10:00 AM – 2:00 PM
LOCATION: Old Town San Clemente, 111 W. Avenida Palizada, San Clemente, CA 92672
Alkaline Water (Filtration Systems)
Overview
Alkaline water refers to drinking water that has been processed to raise its pH level above that of standard tap water. Commercial filtration systems achieve this by combining purification methods such as reverse osmosis (RO) and multi-stage cartridge filtration with mineral enhancement. These systems aim to remove harmful contaminants while reintroducing beneficial minerals such as calcium, magnesium, and potassium, which increase alkalinity.
Filtration Methods
Reverse Osmosis (RO)
Process: Water is forced through a semipermeable membrane that removes dissolved solids, heavy metals, salts, and other microscopic contaminants.
Effect: Produces highly purified water, but also strips away most natural minerals, leaving the water slightly acidic. Mineral Cartridges (Alkaline Enhancement) After RO purification, water often passes through alkaline cartridges containing mineral media such as calcium carbonate, magnesium oxide, and potassium beads.
Purpose: These minerals dissolve slowly back into the purified water, increasing its pH and restoring electrolyte content.This stage converts acidic RO water into alkaline mineralized water.
Activated Carbon Filtration
Carbon Block or Granular Carbon Filters: Remove chlorine, volatile organic compounds (VOCs), pesticides, and other chemical byproducts.
Additional Effect: Improves taste and odor, creating cleaner-tasting drinking water.
Sediment and Micro-Filtration
Removes physical impurities such as sand, silt, rust, and in some systems, microorganisms.
Fine-pore filters can reduce cysts, bacteria, and protozoa, improving safety from biological contaminants.
Contaminants Removed
Chemical pollutants: Chlorine, chloramine, pesticides, herbicides, industrial chemicals.
Heavy metals: Lead, mercury, arsenic, chromium.
Biological agents: Bacteria, protozoa, and cysts in advanced systems.
Particulates: Rust, sand, dust, and other solids.
Health Considerations
Potential Benefits of Alkaline Water
Proponents suggest several health effects
:
Improved Hydration: Smaller molecular clusters (claimed by some systems) may be absorbed more efficiently.
Mineral Intake: Added calcium, magnesium, and potassium support bone, muscle, and cardiovascular health.
pH Balance: May help neutralize excess dietary acid from processed foods and meat.
Antioxidant Properties: Some studies suggest alkaline water may reduce oxidative stress markers.
Digestive Comfort: Anecdotal evidence points to reduced acid reflux or heartburn in some individuals.
Scientific Debate
Many health claims remain under research. The body naturally regulates blood pH tightly, so the systemic impact of alkaline water may be limited.
The most widely accepted benefit is its mineral content and improved taste, which may encourage increased water consumption.
Conclusion
Alkaline water from filtration systems is produced by combining reverse osmosis purification with mineral-enhancing cartridges and carbon/sediment filters. These systems remove harmful chemicals, metals, and microorganisms, then reintroduce beneficial minerals to raise the pH. Alkaline water is generally regarded as safe, palatable, and potentially beneficial when used as part of a balanced diet and hydration strategy.
Water Filtration and Human Health
Overview
Water filtration refers to the physical, chemical, or biological processes used to remove impurities and contaminants from drinking water. Effective filtration systems improve both the safety and quality of water supplies by reducing pathogens, harmful chemicals, and undesirable tastes or odors. Access to safe drinking water is considered one of the most significant public health achievements, preventing widespread disease and improving overall human well-being.
Sources of Drinking Water
Tap Water (Reservoirs & Municipal Supply):
Typically treated with chlorine, chloramine, and other chemicals to disinfect and control microbial growth. While effective at reducing pathogens, these treatments can leave residual compounds (e.g., disinfection byproducts) that affect taste and may pose health risks with long-term exposure.
Well Water:
Sourced from underground aquifers. Quality depends on local geology and land use. Potential issues include high mineral content (hardness), nitrates from agricultural runoff, and microbial contamination from septic systems.
Filtration Methods
Sediment Filtration
Removes sand, rust, and particulate matter.
First line of defense in multi-stage systems.
Activated Carbon Filtration
Adsorbs chlorine, chloramine, pesticides, herbicides, and volatile organic compounds (VOCs).
Improves taste and odor.
Reverse Osmosis (RO)
Forces water through a semipermeable membrane.
Removes dissolved salts, heavy metals (lead, arsenic, mercury), and microscopic contaminants.
Ultraviolet (UV) Disinfection
Inactivates bacteria, viruses, and protozoa by damaging DNA.Provides a chemical-free barrier against pathogens.
Ion Exchange / Mineral Balancing
Reduces hardness (calcium and magnesium scaling).Some systems reintroduce beneficial minerals for taste and health.
Benefits to Humanity
Reduced Disease Burden:
Filtration prevents waterborne illnesses such as cholera, giardiasis, cryptosporidiosis, and dysentery.
Chemical Safety:
Decreases exposure to lead, nitrates, and disinfection byproducts associated with developmental and carcinogenic risks.
Improved Hydration & Nutrition:
Cleaner, better-tasting water encourages higher consumption; mineralized systems contribute essential electrolytes.
Global Health Equity:
In developing regions, household and community filtration systems are critical where centralized treatment is absent or unreliable.
Health Risks from Untreated or Poorly Treated Water
Pathogens: Bacteria (E. coli, Salmonella), viruses (Norovirus, Hepatitis A), and protozoa (Giardia, Cryptosporidium).
Chemical Contaminants: Arsenic, fluoride, nitrates, pesticides, and industrial pollutants.
Disinfection Byproducts (DBPs): Compounds like trihalomethanes (THMs) linked to long-term health risks.
Aesthetic Issues: Poor taste, odor, and turbidity discourage water intake, leading some populations to substitute with less healthy beverages.
Conclusion
Water filtration is a cornerstone of public health, transforming raw or chemically treated water into a safer, healthier resource. By reducing pathogens, chemicals, and pollutants, filtration systems protect communities from disease and improve quality of life. In regions where untreated or poorly treated water remains common, filtration technologies provide a pathway to health equity and sustainable human development.
Water Testing and Public Health
Overview
Water testing is the process of analyzing drinking water for biological, chemical, and physical contaminants to ensure safety and compliance with health standards. Regular testing is essential because many harmful substances are invisible, tasteless, and odorless. Testing identifies contaminants that may pose health risks, verifies the effectiveness of treatment or filtration systems, and provides confidence in water quality.
Reasons for Water Testing
Health Protection: Detects bacteria, heavy metals, nitrates, pesticides, and disinfection byproducts that may cause illness.
System Verification: Confirms the effectiveness of municipal treatment or household filtration systems.
Early Warning: Identifies contaminants before they reach levels that cause acute or chronic health effects.
Baseline Establishment: Establishes normal water chemistry to identify unusual or alarming changes.
Types of Testing Tools
Home Test Kits (DIY Strips & Digital Meters):
Detect pH, chlorine, hardness, nitrates, and sometimes lead.
Useful for routine checks and rapid assessments.
Laboratory Testing:
Comprehensive analysis by certified labs.
Identifies heavy metals, volatile organic compounds (VOCs), pesticides, and pathogens with high accuracy.
Recommended annually or when water quality changes (taste, odor, color).
Municipal Water Reports (Consumer Confidence Reports, CCRs):
Issued yearly by water suppliers.
Summarize testing results and compliance with EPA standards.
Specialized Testing:
Microbial Tests (coliform, E. coli, Giardia, Cryptosporidium).
Heavy Metal Panels (lead, arsenic, mercury, cadmium).
Pesticide/Herbicide Panels (common in agricultural regions).
Radon and Uranium Testing (in specific geological regions).
When to Test
Annually, even for treated municipal water.
Immediately if water has sudden changes in taste, color, or odor.
After plumbing repairs, flooding, or disruption to the local water system.
For private wells: at least once a year, with additional testing after contamination events.
Tap Water in San Clemente, California
San Clemente’s municipal water comes primarily from imported sources (Metropolitan Water District of Southern California) supplemented by local groundwater wells.
Expected Findings (Normal Parameters):
Chlorine/Chloramine: Present as disinfectants.
Moderate Hardness: From calcium and magnesium in groundwater.
Low Nitrate Levels: Typically within safe ranges but monitored due to agriculture in surrounding regions.
Disinfection Byproducts (DBPs): Present at trace levels, generally within regulatory limits.
Alarming if Found:
Lead or Copper: Should not be present above EPA action levels; often indicate corrosion in plumbing.
High Nitrate/Nitrite Levels: Risk of “blue baby syndrome” and other health issues.
Arsenic, Chromium-6, or Uranium: May occur naturally in some California groundwater but are hazardous above limits.
Microbial Contamination: Coliform or E. coli indicate treatment failure or contamination.
Excessive DBPs: Elevated trihalomethanes (THMs) linked to long-term health risks.
Conclusion
Testing drinking water provides essential protection for public health, offering early detection of contaminants and assurance of treatment effectiveness. In San Clemente, expected findings include disinfectants and natural hardness, while alarming results would include heavy metals, high nitrates, or microbial contamination. Home kits provide quick screening, but certified laboratory testing remains the most reliable method for comprehensive safety.
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