DryWater vs LMNT: Heavy-Sodium Sweat Replenishment vs High-Potassium Daily Wellness

29 July, 2026 JON 0 Comments 1 category

The One Sentence That Explains Everything

LMNT exists to replace what you lose in a hard sweat session. DryWater exists to give your body what it needs every single day.

Those are fundamentally different jobs — and that distinction drives every ingredient decision, every serving size, every use case, and every recommendation in this guide.

If you finish this article and only remember one thing, remember this: choosing between LMNT and DryWater isn’t a quality competition. It’s a purpose alignment question. The wrong pick isn’t a bad product — it’s the right product for the wrong situation.

1. The Core Philosophy: Two Products Built for Two Different Bodies of Work {#philosophy}

Every formulation decision in an electrolyte product stems from one foundational question: What is the primary problem this drink is solving?

For LMNT, the founding answer was: “Athletes and high-intensity exercisers lose enormous amounts of sodium in sweat. Most electrolyte products don’t replace enough of it. We will fix that.”

For DryWater, the answer was: “Most people — even those who don’t exercise intensely — are chronically underhydrated at the cellular level, deficient in potassium, and not getting enough of the micronutrients that make hydration actually work at the metabolic level. We will fix that.”

These are not competing answers to the same question. They are answers to two entirely different questions.

The Problem LMNT Was Designed to Solve

The sweat profile of an endurance athlete or someone exercising intensely in heat looks like this:

Fluid loss: 0.5–2.5 liters per hour
Sodium loss: 460–1,840mg per liter of sweat — the dominant mineral lost
Potassium loss: 160–500mg per liter — significant but secondary
Sweat is salty — this is why your skin tastes like salt after a hard workout

The challenge isn’t just replacing water. It’s replacing the specific ionic load — especially sodium — that sweat strips out of your blood plasma and extracellular fluid. When you lose that much sodium and don’t replace it, plasma sodium concentration drops. Performance degrades. In extreme cases, hyponatremia (dangerously low blood sodium) becomes a real medical risk.

LMNT’s answer: build a high-sodium, appropriately-dosed electrolyte packet that finally puts enough sodium back in after hard sweating. Nothing more. Nothing less.

The Problem DryWater Was Designed to Solve

The daily electrolyte profile of the average American tells a completely different story:

Average sodium intake: ~3,400mg/day — nearly 50% above the recommended 2,300mg limit
Average potassium intake: ~2,200–2,500mg/day — less than 50% of the recommended 4,700mg
B vitamin deficiency: Subclinical deficiency in B6, B12, and folate is common, especially in plant-based dieters and people over 50
Magnesium: 48% of Americans consume less than the recommended amount

The problem DryWater addresses isn’t an acute sweat-related sodium deficit. It’s a chronic, daily electrolyte and micronutrient imbalance that affects energy, cell function, blood pressure, nerve signaling, and overall wellness — whether or not you ever break a sweat.

DryWater’s answer: deliver a potassium-leading electrolyte profile alongside a targeted vitamin panel that corrects what daily life depletes — not what a single workout depletes.

2. LMNT: The Heavy-Sodium Sweat Replenishment Formula Explained {#lmnt-formula}

What LMNT Is

LMNT (pronounced “element”) is an electrolyte drink mix created by Robb Wolf — a biochemist, former research biochemist at the National Institutes of Health, and author of The Paleo Solution — in partnership with Luis Villasenor, founder of Ketogains.com. The product launched in 2018.

LMNT was explicitly built for two audiences: people doing intense physical exercise and people following ketogenic or low-carbohydrate diets (who excrete more sodium than standard dieters due to reduced insulin levels that affect kidney sodium reabsorption).

The formula was deliberately provocative. At launch, LMNT’s 1,000mg sodium per packet was significantly higher than any mainstream electrolyte product on the market. The scientific justification Robb Wolf made repeatedly: typical electrolyte products were under-dosed on sodium because they were built for general consumer palatability, not for what high-intensity athletes and keto dieters actually lose and need.

LMNT’s Core Formula (Per Packet)

Electrolyte	Amount	Source
Sodium	1,000mg	Sodium chloride, sodium citrate
Potassium	200mg	Potassium chloride
Magnesium	60mg	Magnesium malate
Calories	0–10	—
Sugar	0g	—
Vitamins	None	Deliberately excluded
Carbohydrates	0–2g	—

Why LMNT’s Sodium Is So High — The Intentional Design Decision

The 1,000mg sodium figure is not accidental or excessive — it reflects a specific calculation about what a significant sweat session actually removes from the body.

Consider a 150-pound athlete doing a 90-minute high-intensity outdoor workout in warm weather:

Estimated sweat loss: ~1.5 liters
Sodium concentration in sweat: ~900mg/L (mid-range estimate)
Total sodium lost: ~1,350mg in that single session

One LMNT packet replaces ~74% of that sodium loss. Many other electrolyte products would replace less than 20%.

For the keto athlete, the mathematics are equally clear: low-carbohydrate diets suppress insulin, which signals the kidneys to excrete more sodium. Studies show keto dieters can lose an additional 1,000–3,000mg of sodium per day beyond normal excretion simply due to dietary change. LMNT was built to address this specific biochemical reality.

What LMNT Deliberately Does Not Include

LMNT has no vitamins. No B complex. No vitamin C. No vitamin D. No additional minerals beyond its three-electrolyte formula.

This was a deliberate product philosophy decision — not a cost-cutting measure. The LMNT team’s position: electrolyte replacement and micronutrient supplementation are separate jobs. Combining them obscures dosing, compromises formula integrity, and adds complexity for no proven benefit in the acute hydration context.

For intense sweat replenishment, the argument holds. The body’s immediate need after a hard workout is electrolyte restoration — the acute job. Vitamins support metabolism and recovery over hours and days — a different timeline.

3. DryWater: The High-Potassium, Vitamin-Boosted Daily Wellness Formula Explained {#drywater-formula}

What DryWater Is

DryWater is an electrolyte and wellness hydration powder positioned at the intersection of daily hydration, micronutrient support, and cellular-level wellness. Unlike LMNT’s laser focus on sweat replenishment for a specific athletic or dietary context, DryWater’s formulation philosophy is built around the concept of completing your daily baseline — the electrolytes and vitamins that most people chronically run short on through ordinary daily life.

The name itself signals the philosophy: “dry water” evokes pure, essential hydration stripped of unnecessary additives, delivering what water alone cannot — a full-spectrum micronutrient and electrolyte foundation.

DryWater’s Core Formula (Per Serving)

Nutrient	Amount	Source
Potassium	500–700mg	Potassium citrate, coconut water
Sodium	200–300mg	Sodium chloride, sodium citrate
Magnesium	60–80mg	Magnesium citrate or glycinate
Vitamin C	60–90mg (67–100% DV)	Ascorbic acid
Vitamin B3 (Niacin)	16–20mg (100% DV)	Niacinamide
Vitamin B6	1.7–2mg (100% DV)	Pyridoxine HCl
Vitamin B12	2.4–6mcg (100% DV)	Cyanocobalamin or methylcobalamin
Vitamin B5 (Pantothenic Acid)	5mg (100% DV)	Calcium d-pantothenate
Zinc	2–4mg (18–36% DV)	Zinc citrate
Sugar	0–3g	Stevia, monk fruit, or low-dose cane sugar
Calories	5–25	—

Why DryWater Leads with Potassium — The Intentional Design Decision

The decision to make potassium the primary electrolyte in DryWater reflects a very different set of priorities than LMNT’s sodium-first approach.

The case for potassium leadership in a daily wellness product:

1. Americans are potassium-deficient, not sodium-deficient.
The CDC reports that only 3% of Americans meet the recommended 4,700mg/day potassium intake. Meanwhile, 90% of Americans consume more sodium than recommended. A daily wellness product that adds more sodium to an already sodium-oversaturated diet makes little physiological sense for most users.

2. Potassium governs intracellular hydration.
While sodium manages extracellular fluid balance (blood plasma, interstitial fluid), potassium is the primary cation inside cells. True cellular hydration — the kind that affects every metabolic process — requires adequate intracellular potassium. Without it, cells are functionally underhydrated even if blood volume is normal.

3. Potassium offsets sodium’s blood pressure effects.
The sodium-potassium balance is one of the most studied relationships in cardiovascular medicine. Adequate potassium intake counteracts sodium’s blood-pressure-raising effects by promoting sodium excretion through the kidneys and relaxing blood vessel walls. A daily wellness product that improves this ratio has genuine cardiovascular benefit.

4. Potassium is harder to get from whole foods than sodium.
Sodium hides in almost every processed food. Potassium requires eating significant amounts of produce — bananas, avocados, sweet potatoes, leafy greens — that many Americans consistently under-consume.

Why DryWater Includes Vitamins — The Intentional Design Decision

The vitamin panel in DryWater represents a fundamentally different product philosophy than LMNT’s. DryWater’s position: hydration and micronutrient status are not independent variables. They interact.

Specifically:

B vitamins (B1, B2, B3, B5, B6, B12) are all directly involved in energy metabolism — the conversion of macronutrients into ATP. Without them, cellular energy production is impaired regardless of electrolyte status. Proper hydration fuels the transport of these vitamins to cells.
Vitamin C is a cofactor in collagen synthesis (joint and connective tissue health), functions as an antioxidant that reduces exercise-induced oxidative stress, and supports immune function — all relevant to the daily wellness consumer.
Zinc supports immune function, protein synthesis, and testosterone regulation. It is lost through sweat and inadequate in many diets.
Magnesium is a cofactor in over 300 enzymatic reactions and is involved in protein synthesis, muscle function, nerve function, and blood sugar regulation.

DryWater’s philosophy: a truly effective daily hydration product should complete your micronutrient baseline, not just your fluid volume. The vitamins and minerals work synergistically with the electrolytes — not as separate add-ons, but as an integrated wellness formula.

4. Side-by-Side Nutrition Comparison {#nutrition}

Per Serving Comparison: The Numbers That Tell the Story

Nutrient	LMNT (per packet)	DryWater (per serving)	Difference
Sodium	1,000mg	200–300mg	LMNT: 3.3–5× more
Potassium	200mg	500–700mg	DryWater: 2.5–3.5× more
Magnesium	60mg	60–80mg	Roughly equal
Calcium	0mg	0–20mg	Minimal
Vitamin C	0mg	60–90mg	DryWater only
Vitamin B3	0mg	16–20mg	DryWater only
Vitamin B6	0mg	1.7–2mg	DryWater only
Vitamin B12	0mg	2.4–6mcg	DryWater only
Vitamin B5	0mg	5mg	DryWater only
Zinc	0mg	2–4mg	DryWater only
Sugar	0g	0–3g	Comparable
Calories	0–10	5–25	Comparable
Sweetener	Stevia	Stevia / monk fruit	Similar
Artificial ingredients	None	None	Matched

The Ratio That Defines Each Product

The sodium-to-potassium ratio is the single most revealing number in this comparison:

Product	Na:K Ratio	What It Signals
LMNT	5:1 (1,000mg Na : 200mg K)	Optimized for acute sweat sodium replacement
DryWater	~0.4:1 (250mg Na : 625mg K)	Optimized for correcting daily dietary imbalance
Typical American diet	~2:1 (too much Na, too little K)	The problem DryWater is designed to correct
Ideal dietary target (per WHO/AHA)	~1:2 (Na lower, K higher)	DryWater moves you toward this; LMNT moves away from it

This ratio difference is not a flaw in either product — it’s each product doing exactly what it was designed to do. LMNT’s 5:1 ratio makes perfect sense when you’ve just lost a gram of sodium in sweat. DryWater’s 0.4:1 ratio makes perfect sense when you’re trying to correct a lifetime of potassium underrepresentation in your daily diet.

5. Sodium: Why LMNT Goes Heavy and What That Actually Does {#sodium-deep-dive}

The Physiology of LMNT’s 1,000mg Sodium

Sodium is the primary extracellular electrolyte — it governs the fluid volume surrounding your cells, your blood plasma concentration, and the electrical gradients that drive nerve and muscle function. When you sweat heavily, you’re not just losing water — you’re losing the sodium that holds fluid in the right compartments.

What happens when you lose sodium without replacing it:

Plasma osmolality drops — the concentration of dissolved particles in your blood decreases. Your body responds by shifting fluid out of blood vessels and into surrounding tissues (edema).
Thirst signal weakens — as plasma osmolality drops, the thirst stimulus paradoxically decreases. You stop feeling thirsty even though you’re still depleted.
Performance degrades — even a 2% reduction in plasma sodium concentration measurably impairs cognitive and physical performance.
Hyponatremia risk emerges — in extended endurance events, drinking large volumes of plain water without sodium replacement can dilute plasma sodium to dangerous levels (below 135 mEq/L), causing confusion, nausea, seizures, and in extreme cases, death.

LMNT’s 1,000mg addresses all of these by restoring the sodium load that intense exercise removes. The formula is calibrated to be consumed during or immediately after hard exercise — a context where 1,000mg of sodium is physiologically appropriate and well-utilized.

Why 1,000mg of Sodium Is Appropriate for LMNT’s Intended User — But Not for Everyone

For a 150-pound recreational runner finishing a 10-mile run in summer heat:

Estimated sweat loss: ~1.2 liters
Sodium lost: ~900–1,100mg
LMNT replaces: 1,000mg → near-complete restoration ✅

For a sedentary person sitting at a desk on a cool day:

Sweat loss: negligible
Sodium lost: trace amounts
LMNT replaces: 1,000mg → adds to an already high dietary sodium load ⚠️

The same formula that is precisely right for the hard-exercising athlete is potentially counterproductive for the non-exercising general wellness consumer. This is the central reason why LMNT and DryWater are not interchangeable — their formulas are calibrated for different physiological states.

LMNT’s Sodium and the Ketogenic Connection

One of LMNT’s most important target audiences is people following ketogenic or very low-carbohydrate diets — a use case that Robb Wolf specifically designed around.

Here’s the mechanism: Insulin plays a role in sodium reabsorption in the kidneys. Higher insulin = kidneys retain more sodium. Lower insulin (as in keto) = kidneys excrete more sodium. This means keto dieters lose more sodium daily through urine simply because of their dietary pattern.

Research estimates that people transitioning to ketogenic diets need an additional 1,000–2,000mg of sodium per day beyond standard recommendations — particularly in the first 2–4 weeks when the “keto flu” (headaches, fatigue, brain fog) is largely a sodium and potassium deficiency masquerading as carb withdrawal.

LMNT’s 1,000mg sodium packet was specifically engineered to fill this gap. For this use case, LMNT has no peer — it addresses a nutritional deficit that is directly, mechanically caused by ketogenic eating.

6. Potassium: Why DryWater Leads with It and What It Changes {#potassium-deep-dive}

The Physiology of DryWater’s 500–700mg Potassium

Potassium is the primary intracellular electrolyte — the mineral that governs what happens inside your cells, as opposed to sodium’s governance of the extracellular space. This distinction matters enormously for understanding why DryWater’s formula serves daily wellness differently than LMNT’s.

What potassium actually does at the cellular level:

Maintains the resting membrane potential — cells maintain an electrical charge difference between inside and outside. This “resting potential” is what allows nerve signals to propagate and muscles to contract on demand. Potassium is the gatekeeper of this charge.
Drives the sodium-potassium pump (Na⁺/K⁺-ATPase) — one of the most energy-intensive processes in the human body. This pump cycles 3 sodium ions out and 2 potassium ions into cells with every rotation. It runs constantly, consuming roughly 20–40% of your body’s total ATP production. Without adequate potassium, this pump slows — and the consequences cascade through every cell.
Supports intracellular hydration — potassium concentration inside cells is what keeps cells properly inflated and functional. A cell deficient in potassium is a dehydrated cell at the subcellular level, regardless of how much water you’ve consumed.
Regulates blood pressure — potassium promotes sodium excretion through the kidneys and causes vasodilation (widening of blood vessels). The DASH diet — the most evidence-backed dietary intervention for hypertension — is built around increasing potassium.
Prevents cramping — muscle cramps involve impaired potassium-sodium gradient management in muscle cells. Post-exercise cramps that persist hours after a workout (rather than during it) are often more potassium-related than sodium-related.

The Chronic Potassium Deficit: Why This Matters for Daily Wellness

The population-level potassium deficiency in America is a genuine public health issue:

Only 3% of American adults meet the recommended 4,700mg/day potassium intake
The average American consumes approximately 2,200–2,500mg/day — less than 55% of recommendation
The gap is largest among people who eat heavily processed diets (which are high sodium but contribute almost no potassium)
Subclinical potassium deficiency — not severe enough to diagnose as hypokalemia but below optimal — causes subtle symptoms: mild fatigue, reduced exercise capacity, muscle weakness, salt sensitivity, and elevated blood pressure

DryWater’s 500–700mg potassium per serving meaningfully closes this gap when consumed daily. A person eating a typical Western diet and using DryWater once per day would be delivering 11–15% of recommended potassium intake — a real nutritional contribution for a product people are already consuming for hydration purposes.

Potassium and Recovery: The Hours After Exercise

While sodium replacement is critical immediately after intense exercise, potassium plays the more important role in the hours of recovery that follow.

Here’s why: during exercise, potassium leaves muscle cells in large quantities (this is part of how muscles signal fatigue). In the recovery period, the sodium-potassium pump works to restore intracellular potassium. This process is rate-limited by available potassium. Higher potassium availability → faster pump activity → faster restoration of muscle membrane potential → less post-exercise soreness and fatigue.

This is the physiological basis for DryWater’s utility in the recovery window — even for athletes who used a high-sodium product like LMNT during exercise.

7. The Vitamin Panel: What DryWater Has That LMNT Deliberately Skips {#vitamins}

The presence or absence of a vitamin panel is one of the starkest philosophical divides between these two products. Understanding why each product made its choice reveals as much about its design philosophy as the electrolyte numbers do.

DryWater’s Vitamin Panel — What It Provides and Why Each Matters

Vitamin C (60–90mg, 67–100% DV)

Vitamin C’s role in DryWater’s wellness formula is threefold:

Antioxidant protection: Exercise generates reactive oxygen species (free radicals) that damage muscle cells. Vitamin C is a primary water-soluble antioxidant that neutralizes these. For daily wellness users who exercise moderately, this provides meaningful recovery support.
Collagen synthesis: Vitamin C is an essential cofactor for the enzymes that produce collagen — the structural protein in tendons, ligaments, cartilage, and skin. Adequate vitamin C supports joint health and connective tissue integrity over time.
Immune function: Vitamin C concentrates in immune cells and is rapidly depleted during infection or significant stress. Daily supplementation at moderate levels helps maintain immune readiness.

For a product designed for daily use, these long-arc benefits are exactly the right things to include.

B Vitamins (B3, B5, B6, B12)

The B vitamin family operates at the center of energy metabolism — they are cofactors in the enzymatic reactions that convert carbohydrates, fats, and proteins into ATP (cellular energy currency). Without adequate B vitamins, these metabolic pathways run inefficiently.

B3 (Niacin): Required for NAD⁺ and NADP⁺ synthesis — coenzymes involved in hundreds of metabolic reactions including glycolysis, the TCA cycle, and fatty acid oxidation. More NAD⁺ = more efficient energy production.
B6 (Pyridoxine): Required for amino acid metabolism, neurotransmitter synthesis (serotonin, dopamine, GABA), and glycogen breakdown for energy. B6 deficiency is associated with fatigue, irritability, and impaired immune function.
B12 (Cobalamin): Essential for DNA synthesis, red blood cell formation, and myelin sheath maintenance (the insulating layer on nerve fibers). Deficiency causes fatigue, weakness, and neurological symptoms. B12 deficiency is especially common in vegetarians, vegans, and people over 50.
B5 (Pantothenic Acid): Required for coenzyme A synthesis, which is central to fatty acid metabolism and the TCA cycle. Also supports adrenal function and the production of steroid hormones.

For a daily wellness product consumed every morning, this B vitamin panel is a legitimate and well-targeted inclusion. The cumulative effect of daily B vitamin supplementation on energy metabolism, mood, and neurological function is well-documented.

Zinc (2–4mg, 18–36% DV)

Zinc is an underappreciated mineral in hydration products. Its relevance to DryWater’s formula:

Immune function: Zinc is required for the development and function of immune cells. Deficiency impairs both innate and adaptive immunity.
Protein synthesis and muscle repair: Zinc is a cofactor in over 300 enzymes, many of which regulate protein synthesis. Adequate zinc supports muscle tissue repair after exercise.
Testosterone regulation: Zinc plays a role in the production of testosterone — relevant to male users concerned with performance and body composition.
Sweat loss: Zinc is measurably lost in sweat, making its inclusion in a hydration product physiologically sensible.

Why LMNT Excludes Vitamins — And Why That’s the Right Call for Its Purpose

LMNT’s vitamin-free formula is not an oversight — it’s a principled design choice for the sweat replenishment context.

The logic:

During intense exercise, the body’s immediate needs are electrolytes — sodium, potassium, magnesium — to maintain plasma osmolality, nerve conduction, and muscle function. Vitamins do not address these acute needs.
Adding vitamins to an intense workout formula introduces variables that can confuse dosing. Niacin at higher doses causes flushing. B vitamins are individually tracked by many athletes. Adding a fixed vitamin panel prevents customization.
B vitamins are best absorbed with food — not in an isolated water-dissolved electrolyte formula consumed during exercise, when GI absorption is redirected away from the digestive system toward working muscles.
LMNT’s target user is typically someone with a thoughtful dietary approach (keto, paleo) who manages their micronutrient intake separately. Embedding vitamins into their electrolyte supplement creates redundancy with their existing supplement stack.

For its intended use case — replacing what sweat takes — LMNT’s clean, vitamin-free formula is precisely appropriate.

8. Sugar, Sweeteners & What Each Product Uses {#sweeteners}

LMNT’s Sweetener Approach

LMNT uses stevia (rebaudioside A) — a plant-derived, non-caloric sweetener extracted from the Stevia rebaudiana plant — as its primary sweetener across all flavored varieties.

Why stevia for LMNT:

Zero glycemic impact — does not raise blood glucose or insulin, which is critical for the keto/low-carb audience that LMNT specifically targets
Does not interfere with ketosis
Zero calories — important for athletes in weight-class sports or those tracking macros precisely
Plant-derived — aligns with the clean-label philosophy of the LMNT brand

LMNT’s Raw Unflavored variety contains no sweetener at all — just sodium, potassium, and magnesium salts dissolved in water. This is ideal for athletes who want to mix LMNT into other beverages or who are particularly sensitive to any sweetener, natural or artificial.

DryWater’s Sweetener Approach

DryWater uses a combination of stevia and monk fruit extract — both plant-derived, zero-calorie, non-glycemic sweeteners — to achieve a sweeter, more palatable daily flavor profile.

Why stevia + monk fruit for DryWater:

Stevia and monk fruit have complementary sweetness profiles — stevia has a slightly bitter aftertaste that monk fruit helps neutralize, resulting in a cleaner, rounder sweetness
Both are natural-origin sweeteners with no artificial processing
The combination allows DryWater to achieve the level of sweetness appropriate for a daily wellness drink that competes with flavored beverages
Neither raises blood glucose — appropriate for diabetics, pre-diabetics, and general wellness consumers alike

The sweetener philosophy difference:

LMNT’s stevia-only approach prioritizes purity and minimal intervention — appropriate for a high-intensity formula where flavor is secondary to function
DryWater’s stevia + monk fruit combination prioritizes daily drinkability — because a product used every single day needs to taste good enough to build a habit around

Neither product uses sucralose, acesulfame potassium, aspartame, or other artificial sweeteners. Both maintain clean-label sweetener profiles.

9. Ingredient Quality: What Goes Into Each Packet {#ingredients}

LMNT Ingredient Sources

Ingredient	Form Used	Why This Form
Sodium	Sodium chloride + sodium citrate	Dual-source for both rapid ionization (chloride) and buffering/pH balance (citrate)
Potassium	Potassium chloride	Fast-ionizing, simple, efficient
Magnesium	Magnesium malate	Malate form has high bioavailability and is gentle on digestion; malate is also a TCA cycle intermediate that supports energy production
Sweetener	Stevia (rebaudioside A)	Highest-purity steviol glycoside extract
Flavoring	Natural flavors	No artificial flavors

LMNT notable quality calls:

Magnesium malate is a superior choice over magnesium oxide (poorly absorbed) or magnesium sulfate (laxative effect). The malate form has genuine bioavailability advantages and the malate component itself participates in energy metabolism.
Dual sodium sources (chloride + citrate) is a nuanced formulation choice — sodium citrate improves taste and acts as a pH buffer, while sodium chloride provides the dominant ionic form the body uses for plasma osmolality.
No fillers, no maltodextrin, no unnecessary additives — LMNT’s packets contain remarkably few ingredients, which is a genuine quality signal.

DryWater Ingredient Sources

Ingredient	Form Used	Why This Form
Potassium	Potassium citrate	Citrate form is highly bioavailable and alkaline-forming (supports pH balance)
Sodium	Sodium chloride + sodium citrate	Dual-source, same rationale as LMNT
Magnesium	Magnesium citrate or glycinate	Both are high-bioavailability forms; glycinate is particularly gentle and well-absorbed
Vitamin C	Ascorbic acid	Most stable and well-researched form
B3	Niacinamide	Non-flushing form of niacin — no uncomfortable skin flushing
B6	Pyridoxine HCl	Standard well-absorbed form
B12	Methylcobalamin	Active form that doesn’t require liver conversion (unlike cyanocobalamin); better for those with MTHFR gene variants
B5	Calcium d-pantothenate	Stable, highly bioavailable pantothenic acid salt
Zinc	Zinc citrate	High bioavailability; citrate form is gentler than zinc sulfate
Sweetener	Stevia + monk fruit	Complementary natural sweeteners

DryWater notable quality calls:

Methylcobalamin B12 over cyanocobalamin is a meaningful upgrade — methylcobalamin is the active form that cells use directly, while cyanocobalamin must be converted in the liver. For people with MTHFR gene variants (approximately 40–60% of the population), this conversion is impaired.
Niacinamide over nicotinic acid — niacinamide (the amide form of niacin) doesn’t cause the niacin flush that some people experience from nicotinic acid, making it appropriate for daily use without discomfort.
Potassium citrate produces a mildly alkaline urine pH, which has specific benefits for urinary tract health and kidney stone prevention (by reducing calcium oxalate crystal formation).

10. Who LMNT Is Built For — The Ideal LMNT User {#lmnt-user}

The LMNT User Profile

LMNT is precisely right for you if you match one or more of these descriptions:

The High-Intensity Athlete
You sweat heavily and consistently. Your workouts last 60+ minutes. You train in heat or humidity. You finish sessions with visible salt rings on your clothing. You experience performance drops, headaches, or cramping that don’t resolve with water alone. You need sodium replacement at a dose that matches what your body actually lost — and LMNT’s 1,000mg is the product built for that job.

The Ketogenic or Low-Carbohydrate Dieter
You’re eating below 50g of carbohydrates per day. Your insulin levels are suppressed by dietary design. Your kidneys are excreting more sodium than they would on a standard diet. You may be experiencing “keto flu” symptoms — headache, fatigue, brain fog, muscle cramps — that are frequently misattributed to carb withdrawal but are actually electrolyte imbalances driven by low insulin and high sodium excretion. LMNT was designed specifically for you.

The Endurance Athlete
You run marathons, complete triathlons, cycle century rides, or participate in any sustained endurance activity where replacing a significant fraction of a liter or more of sweat is necessary for performance and safety. LMNT’s sodium load is specifically appropriate for this context — and the risk of hyponatremia from under-replacing sodium during endurance events is well-documented.

The Hot Climate Worker or Outdoor Professional
Construction workers, landscapers, outdoor athletes in hot climates, and military personnel in field conditions all face significant sweat-related sodium losses through occupational activity. LMNT’s formula addresses these losses directly.

The Intermittent Fasting Practitioner
Extended fasting windows reduce sodium intake and can trigger electrolyte imbalance. LMNT’s zero-sugar, zero-calorie formula can be consumed during a fasting window without breaking the fast while restoring sodium balance.

When LMNT Is NOT the Right Choice

Daily hydration for a sedentary or lightly active person
People with hypertension or sodium sensitivity (1,000mg per packet compounds an already high dietary sodium load)
Someone whose primary hydration need is cellular potassium restoration rather than plasma sodium replacement
Anyone looking for micronutrient support alongside their electrolytes
People seeking a general wellness hydration product to use multiple times per day

11. Who DryWater Is Built For — The Ideal DryWater User {#drywater-user}

The DryWater User Profile

DryWater is precisely right for you if you match one or more of these descriptions:

The Daily Wellness Seeker
You prioritize long-term health, not just performance. You drink water consistently but want it to do more nutritional work. You’re aware that your diet is probably potassium-deficient. You want your daily hydration habit to simultaneously support your electrolyte balance, your micronutrient intake, and your energy metabolism — without adding significantly to your sodium load.

The Moderate Exerciser
You go to the gym 3–5 times per week for 45–60 minute sessions. You sweat, but not at the extreme rates of an endurance athlete. Your post-workout need is less about massive sodium replacement and more about balanced electrolyte restoration and recovery support. DryWater’s formula hits the right calibration for this activity level.

The Health-Conscious Office Professional
You spend most of your day at a desk. You’re not losing significant sodium through sweat, but you’re chronically low on potassium from a diet heavy in processed foods. You want something that tastes better than plain water and actively improves your nutritional baseline every time you drink it. DryWater was made for this daily consumption pattern.

The Person Concerned About Blood Pressure
You’re trying to reduce sodium and increase potassium — the dietary pattern that most strongly supports healthy blood pressure management. DryWater’s low-sodium, high-potassium formula directly supports this goal. LMNT would work against it.

The Plant-Based Dieter
Vegetarians and vegans are at elevated risk for B12 deficiency, zinc deficiency, and sometimes magnesium deficiency. DryWater’s vitamin panel addresses these gaps specifically. The methylcobalamin B12 form is particularly valuable here.

The Recovery-Focused Athlete
You may use a high-sodium product like LMNT during intense workouts but want a separate daily formula that supports the longer recovery arc — potassium restoration, B vitamin-driven energy metabolism repair, vitamin C for oxidative stress reduction, and zinc for protein synthesis and immune function.

Parents and Families
DryWater’s lower sodium, natural sweeteners, vitamin panel, and clean ingredient list make it appropriate for family use — including children who need hydration support without the extremely high sodium load of products like LMNT.

When DryWater Is NOT the Right Choice

Replacing sodium lost in a 2-hour intense workout session (the sodium dose is too low for this purpose)
Supporting ketogenic dieters who need high sodium replacement due to elevated renal excretion
During endurance events where hyponatremia risk is real and sodium replacement is critical
Any scenario where 1,000mg of sodium is the appropriate acute dose

12. Use Case Scenarios: Matching Product to Moment {#usecases}

These scenarios illustrate exactly how the heavy-sodium vs high-potassium distinction plays out in real life:

Scenario 1: The Morning Routine — Daily Hydration on Waking

The situation: You wake up after 7–8 hours of sleep. You’re mildly dehydrated (overnight fluid loss through respiration is typically 300–400mL). You haven’t exercised yet. You want to start the day with hydration that sets a nutritional foundation.

What your body needs: Rehydration with moderate electrolytes. Potassium to restore overnight cellular balance. B vitamins to activate morning energy metabolism. Not 1,000mg of sodium — you haven’t lost it, and adding it before you eat breakfast on top of a typical sodium-heavy diet creates unnecessary load.

Right choice: DryWater ✅
Wrong choice: LMNT ❌

Scenario 2: Pre-Run Hydration (45-Minute Easy Run)

The situation: You’re heading out for a 45-minute easy jog. Moderate pace, moderate conditions. You’ll sweat, but nothing extreme.

What your body needs: Pre-loaded electrolytes to support the run. Moderate sodium and potassium. Nothing that will upset your stomach.

Right choice: DryWater ✅ (balances your electrolytes without front-loading excessive sodium)
LMNT: Acceptable but more sodium than you’ll need ⚠️

Scenario 3: Mid-Race Hydration (Marathon, 4+ Hours, Hot Weather)

The situation: Mile 18 of a marathon. You’re hot, soaked in sweat, and your race nutrition plan includes electrolyte support. You’ve been running for 3+ hours. You’ve lost 2+ liters of sweat containing 2,000+ mg of sodium.

What your body needs: Urgent sodium replacement to maintain plasma osmolality. Enough sodium to prevent performance decline and hyponatremia risk. Speed of absorption matters.

Right choice: LMNT ✅ (1,000mg sodium is appropriate for this level of loss)
Wrong choice: DryWater ❌ (insufficient sodium for acute endurance replenishment)

Scenario 4: Post-Intense-Workout Recovery (Weight Training, 60–90 Minutes)

The situation: You’ve finished a hard strength training session. Heavy compound lifts, significant exertion. You’re sweaty, your muscles are taxed, your heart rate is coming down.

Immediate window (0–30 minutes post-workout): Sodium and potassium replacement. LMNT serves the acute need well.

Recovery window (1–6 hours post-workout): This is when DryWater’s potassium and vitamin formula shines. The sodium-potassium pump is working to restore intracellular potassium to depleted muscle cells. B vitamins are being recruited for protein synthesis and cellular repair. Vitamin C is reducing oxidative stress. Zinc is supporting muscle protein synthesis.

Best practice: LMNT immediately after, DryWater in the afternoon/evening recovery phase.

Scenario 5: Keto Diet — Week 1, Experiencing “Keto Flu”

The situation: You started a ketogenic diet 5 days ago. Your insulin is lower than it’s been in years. Your kidneys are excreting sodium aggressively. You have a headache, brain fog, and low energy that everyone calls “keto flu.”

What your body needs: Significant sodium replacement — 1,000–2,000mg of additional sodium per day beyond what you’d normally consume. This is a sodium-driven deficit, not a potassium or vitamin deficit.

Right choice: LMNT ✅ (built precisely for this mechanism)
DryWater: Insufficient sodium for this acute keto-induced electrolyte need ❌

Scenario 6: At the Office, 2pm Energy Slump

The situation: It’s mid-afternoon. You haven’t exercised. You’re sitting at a desk. You’ve had two coffees. You’re mildly fatigued, slightly mentally foggy. You’ve been drinking plain water but it doesn’t seem to help.

What’s actually happening: Mild afternoon blood sugar dip plus cellular dehydration (potassium low from a lunch of processed food). B vitamin levels in circulation are declining from a morning that consumed them for metabolism. Possibly mild magnesium deficiency affecting energy signaling.

What your body needs: Potassium for cellular hydration. B vitamins for energy metabolism. Magnesium for neuromuscular function. Not 1,000mg of sodium that your body has no mechanism to use right now.

Right choice: DryWater ✅
LMNT: Counterproductive for this use case ❌

Scenario 7: Hot Day, Physical Outdoor Labor (Landscaping, Construction, 6 Hours)

The situation: You’re doing heavy outdoor work in summer heat for 6 hours. You’re sweating continuously. By midday, you’ve lost 3+ liters of sweat.

What your body needs: Substantial sodium replacement spread across the day. Potassium support. Fluid replacement is the priority.

Right choice: LMNT ✅ (possibly 2 packets across the day’s work)
DryWater: Better than nothing but sodium dose insufficient for this level of sweat loss ⚠️

Scenario 8: Hangover Recovery

The situation: The morning after a night of drinking. Alcohol suppresses ADH (antidiuretic hormone), causing excessive urination that depletes both sodium and potassium. You’re also likely depleted in B vitamins, as alcohol depletes B1, B6, and B12 specifically.

What your body needs: Electrolyte restoration (both sodium AND potassium), B vitamin replenishment, vitamin C for antioxidant support against acetaldehyde toxicity.

Right choice: DryWater ✅ (addresses the full spectrum of alcohol-induced depletion)
LMNT: Helps sodium but misses B vitamins, vitamin C, and doesn’t prioritize the potassium depletion aspect ⚠️

13. The Daily Wellness Question: Why High Sodium Isn’t Ideal Every Day {#daily-wellness}

This section addresses one of the most important questions for people considering LMNT as a daily habit: “Can I use LMNT every day as my go-to electrolyte drink, even on non-training days?”

The answer requires understanding what daily 1,000mg sodium supplementation looks like in the context of the average American diet.

The Sodium Math for an Average American Day

Source	Sodium
Typical American diet (food)	~3,400mg
+ LMNT (1 packet)	+1,000mg
Total daily sodium	~4,400mg
FDA recommended maximum	2,300mg
Excess over recommendation	+2,100mg (91% over limit)

For someone who is not losing 1,000mg+ in sweat on a given day, this represents a meaningful and unnecessary sodium excess. The body does have mechanisms for excreting excess sodium (primarily through the kidneys), but this comes at a cost:

Blood pressure: Excess sodium causes water retention that increases blood volume and arterial pressure. Long-term elevated sodium intake is one of the most consistent dietary risk factors for hypertension.
Calcium excretion: High sodium intake increases urinary calcium excretion, which over time can reduce bone mineral density.
Kidney workload: The kidneys work harder to excrete excess sodium, which may be concerning for people with any degree of renal impairment.

The honest LMNT guidance: LMNT is best used on days and in contexts where you’re actually losing substantial sodium — intense exercise, hot weather physical activity, ketogenic dietary phases, or extended fasting. Using it daily as a general wellness supplement without the physiological context that justifies 1,000mg of sodium can create a net sodium excess.

DryWater’s 200–300mg sodium is far more appropriate for daily use, precisely because it doesn’t create this excess.

14. The Intense Sweat Question: Why High Potassium Alone Isn’t Enough {#intense-sweat}

This section addresses the mirror question: “Can I use DryWater during a hard marathon training run or heavy outdoor labor day?”

The answer is equally important — and equally nuanced.

The Sodium Math for a Heavy Sweat Session

Scenario	Sodium Lost
60-minute moderate jog (summer heat)	~800–1,000mg
90-minute intense training session	~1,200–1,500mg
4-hour marathon (hot conditions)	~2,000–3,000mg
Full day of heavy outdoor labor	~3,000–5,000mg

DryWater provides 200–300mg of sodium per serving. Even consuming 2 servings of DryWater during a hard training session delivers 400–600mg of sodium — replacing 40–75% of what a 60-minute moderate session removes, and far less than what longer or harder sessions demand.

The risk of under-replacing sodium during intense activity:

Hyponatremia: In endurance contexts specifically, drinking high volumes of fluid with insufficient sodium can dilute plasma sodium to dangerous levels. DryWater’s low sodium + high fluid intake during a 4-hour effort creates this risk.
Performance degradation: Even before hyponatremia, declining plasma sodium concentration impairs the ability to sustain high-intensity effort.
Cramping: While cramping is multi-factorial, low plasma sodium is a contributing factor in exercise-associated muscle cramping.

The honest DryWater guidance: For the majority of DryWater’s target users — daily wellness seekers, moderate exercisers, health-conscious professionals — its formula is perfectly calibrated. For genuinely intense, extended sweat scenarios, the sodium dose is insufficient. This is not a product flaw; it reflects DryWater’s design philosophy targeting daily wellness rather than extreme athletic replenishment.

15. Can You Use Both? The Strategic Stack {#stack}

The answer is yes — and for people who both train intensely and care about daily wellness, using both products strategically is arguably the optimal approach.

The Strategic Two-Product Stack

Morning (daily wellness foundation):
DryWater — potassium restoration from overnight, B vitamin activation of morning metabolism, vitamin C antioxidant baseline, magnesium for enzyme activation. Low sodium appropriate for a non-sweating context.

During intense training or competition:
LMNT — 1,000mg sodium replacement appropriate for the sweat loss context. Clean, simple, fast-ionizing. No vitamin confusion during exercise when GI absorption is redirected.

Post-workout (1–4 hours later):
DryWater — potassium restoration for cellular recovery, B vitamins for muscle protein synthesis support, vitamin C for oxidative stress reduction, zinc for immune function and repair.

Rest day:
DryWater only — no need for LMNT’s high sodium load when you haven’t lost it in sweat.

This stack gives you:

The right sodium dose when you need it (LMNT during high sweat)
The right potassium dose for cellular health (DryWater daily)
The vitamin panel that daily wellness requires (DryWater)
The clean, acute formula that intense exercise requires (LMNT)
No unnecessary sodium excess on rest days

16. Price & Value Compared {#price}

Per-Serving Cost

Product	Package	Servings	Price	Cost per Serving
LMNT	30-pack	30	~$45	~$1.50
LMNT	12-pack variety	12	~$20	~$1.67
LMNT	Single serving	1	~$2.50	~$2.50
DryWater	30-serving tub	30	~$38–$45	~$1.27–$1.50
DryWater	20-serving pouch	20	~$28–$34	~$1.40–$1.70
DryWater	Single packet	1	~$2.00–$2.50	~$2.00–$2.50

Both products occupy the premium electrolyte powder tier — noticeably more expensive than Liquid I.V. or Nuun, but also more specialized. The per-serving cost is broadly comparable when purchased in bulk.

Value-Per-Serving Analysis

This is where the comparison becomes more nuanced:

LMNT value per serving:

1,000mg sodium (the highest dose of any mainstream electrolyte product)
200mg potassium
60mg magnesium (malate form — quality source)
Clean label, no fillers

For someone who needs 1,000mg of sodium per serving, LMNT delivers exceptional value. There is no comparable product at a lower price that provides this dose in a clean-label format.

DryWater value per serving:

500–700mg potassium (premium citrate or glycinate form)
200–300mg sodium
60–80mg magnesium
Full B vitamin panel (B3, B5, B6, B12)
Vitamin C, vitamin A, vitamin E, zinc

To replicate DryWater’s nutrient delivery separately — buying an electrolyte powder plus a B-complex supplement plus vitamin C — would cost $2.50–$4.00 per day for equivalent combined nutrient delivery. DryWater at $1.27–$1.70 per serving consolidates this into a single, convenient, palatable format.

Cost of Daily Use

Usage Pattern	LMNT Annual Cost	DryWater Annual Cost
Daily use (1 serving/day)	$548	$463–$548
5×/week use	$390	$329–$390
Workout days only (3×/week)	$234	$197–$234

For daily wellness use, DryWater offers marginally better value. For athletic use (3–5×/week, training days), costs are comparable.

17. Taste, Mixability & Format {#taste}

LMNT Flavor Lineup

LMNT offers flavored and unflavored options, designed primarily around functional taste rather than consumer sweetness preferences:

Flavor	Profile	Notes
Raw Unflavored	None — pure electrolytes	Zero sweetener; for mixing into other drinks or pure minimalists
Citrus Salt	Bright lemon-citrus	Light, refreshing, mildly tart
Raspberry Salt	Berry with salt finish	The salt is noticeable — intentional design
Watermelon Salt	Sweet-salty watermelon	Popular; the sweetness offsets the sodium’s taste
Orange Salt	Citrus-forward	Similar to sports drink territory
Mango Chili	Tropical + heat	Unusual profile; for adventurous palates
Grapefruit Salt	Tart, bitter-forward	Less sweet; pairs well with sparkling water
Chocolate Salt	Dessert-like; unexpected	Works well mixed into cold brew coffee or milk alternatives

Taste experience: LMNT’s flavors are designed to be functional — they are intentionally less sweet than most electrolyte products (because the target user is often keto or low-sugar). The salt is present and noticeable in most flavors, which is a feature for those who’ve trained their palate to appreciate it and a drawback for those who haven’t.

Mixability: Excellent. The packet dissolves completely in 16–32oz of water in 15–30 seconds with a quick shake. No grittiness, no settling, no residue.

Format: Single-serve packets only. No tubs or scoops. This is convenient for travel and gym bags but limits cost-effectiveness for daily home use compared to DryWater’s tub option.

DryWater Flavor Lineup

DryWater is formulated with a broader sweetness profile — appropriate for a daily wellness product that needs to build a daily habit. The flavors are designed to be genuinely enjoyable rather than just functional.

Flavor	Profile	Notes
Lemon Berry	Tart-sweet citrus blend	Bright, refreshing, easy-drinking
Tropical Punch	Mango, pineapple, citrus	Sweet, fruit-forward; popular with broader demographics
Watermelon	Fresh, light watermelon	Clean, slightly sweet; excellent cold
Peach Mango	Stone fruit + tropical	Round sweetness; approachable for daily use
Coconut Lime	Subtle tropical, tart	Less sweet; pairs with the coconut water ingredient base
Unflavored	None — pure formula	For mixing into smoothies or other beverages

Taste experience: DryWater’s flavors lean sweeter and fruitier than LMNT — which makes sense for a product consumed daily. The monk fruit + stevia combination produces a cleaner finish without the lingering bitterness that stevia alone can create. The salt forward quality of LMNT is absent in DryWater, reflecting the lower sodium content.

Mixability: Dissolves in 16–20oz of water in 15–30 seconds. Slightly more residue possible with the vitamin-mineral complex, but a quick stir or shake resolves it completely.

Format: Available in both single-serve packets (for portability) and multi-serving tubs (for cost-effective daily home use) — an advantage over LMNT’s packet-only format.

18. The Verdict: Which One Is Right for You {#verdict}

The answer flows directly from the core thesis of this article: these products are not competitors for the same use case. They are designed for different physiological needs, different user profiles, and different consumption contexts.

Choose LMNT If:

✅ You do intense, sustained exercise (60+ minutes, high sweat output)
✅ You follow a ketogenic or very low-carbohydrate diet
✅ You’re experiencing keto flu or electrolyte imbalance from low-carb eating
✅ You participate in endurance sports where hyponatremia is a real risk
✅ You work in hot conditions with high occupational sweat loss
✅ You practice extended intermittent fasting (want electrolytes without breaking a fast)
✅ You want the purest possible electrolyte formula with no extras
✅ You want maximum sodium replacement per packet

Choose DryWater If:

✅ You want a daily wellness hydration product — not just a workout supplement
✅ Your diet is low in potassium (most people’s diets are)
✅ You exercise moderately (under 60 minutes, moderate sweat)
✅ You want vitamins and electrolytes in one product
✅ You’re concerned about blood pressure or sodium intake
✅ You’re plant-based and need B12, zinc, and other minerals
✅ You want a natural sweetener combo (monk fruit + stevia) without any artificial sweeteners
✅ You’re buying for family use including children
✅ You want the better tub-format option for cost-effective daily use

Choose Both If:

✅ You train intensely AND prioritize daily wellness
✅ You want LMNT for workout days and DryWater for rest days and recovery
✅ You want the acute sodium replenishment of LMNT paired with DryWater’s cellular and micronutrient support

19. Frequently Asked Questions {#faq}

Q: Can I use LMNT as my everyday hydration, even on non-workout days?
A: Technically yes, but it’s not optimal for most people. LMNT’s 1,000mg sodium per packet adds significantly to the ~3,400mg sodium already present in the average American diet. On non-sweat days, this creates a meaningful sodium excess without a physiological mechanism to utilize it. DryWater’s 200–300mg sodium is far better calibrated for daily non-exercise use.

Q: Is DryWater sufficient for a hard marathon training run?
A: No — for genuinely intense endurance activity in heat, DryWater’s sodium content is too low to replace what you lose. This is not a flaw; it’s a product calibrated for a different purpose. For marathon or long-run hydration, LMNT or a purpose-built high-sodium endurance formula is more appropriate.

Q: Do the vitamins in DryWater actually absorb well in a drink?
A: The B vitamins (B3, B5, B6, B12) and vitamin C are all water-soluble and absorb efficiently from a liquid format. Zinc is absorbed well from zinc citrate. The fat-soluble vitamins (A, E) require the presence of dietary fat for optimal absorption — so drinking DryWater with a meal or with food containing fat improves uptake of these specific nutrients. Overall, the vitamin delivery in DryWater is solid — particularly the methylcobalamin B12, which is the active form requiring no hepatic conversion.

Q: Which is better for keto?
A: LMNT — by a significant margin and by deliberate design. The founders built LMNT specifically for ketogenic and low-carbohydrate dieters. The 1,000mg sodium directly addresses the renal sodium excretion increase driven by low insulin in ketosis. DryWater’s lower sodium is insufficient for the keto-specific sodium replacement need.

Q: Which is better for high blood pressure?
A: DryWater — again, by a significant margin. Its lower sodium (200–300mg vs 1,000mg) avoids adding to the dietary sodium load that elevates blood pressure, while its high potassium (500–700mg) actively supports blood pressure reduction through vasodilation and sodium excretion promotion. Anyone with hypertension should avoid LMNT for daily use.

Q: Are there any interactions between these products and medications?
A: Both products contain potassium, which can interact with potassium-sparing diuretics (like spironolactone), ACE inhibitors, and ARBs — all of which already raise potassium levels. LMNT’s high sodium is contraindicated with sodium-restricted diets prescribed for heart failure, kidney disease, or certain hypertension management protocols. Anyone on prescription medications should consult their physician or pharmacist before using either product regularly.

Q: Can I drink both in the same day?
A: Yes, and for athletes with high daily training loads, this may be the optimal strategy. Consuming LMNT during or after a hard workout and DryWater in the morning or evening provides sodium replacement when needed and wellness-oriented electrolyte support at rest. The combined sodium (1,200–1,300mg from both) is still within acceptable daily limits when paired with a hard workout that depleted much of that sodium.

Q: Which tastes better?
A: This is genuinely subjective, but DryWater’s fruit-forward, monk fruit + stevia sweetness profile tends to score higher in casual consumer preference tests. LMNT’s flavors are intentionally less sweet and more “salty” — which is appreciated by its target audience (athletes and keto dieters with adapted palates) but can be jarring for someone expecting a conventional sweet electrolyte drink. If you prefer sweeter, DryWater wins. If you prefer minimal sweetness and want to taste the salt working, LMNT wins.

Q: Does LMNT break a fast?
A: LMNT’s flavored packets contain trace calories (0–5 from the stevia carrier and flavoring). Whether this technically “breaks” an intermittent fast depends on your fasting protocol — most practitioners consider LMNT acceptable during a fasting window. LMNT Raw Unflavored has zero calories and is universally compatible with all fasting protocols.

Q: Is DryWater safe for children?
A: DryWater’s formula — with its moderate sodium, higher potassium, natural sweeteners, and vitamin panel — is significantly more appropriate for children than LMNT’s 1,000mg sodium dose. For children, always dilute appropriately and consult a pediatrician for specific guidance based on the child’s age, weight, and activity level.

Sources {#sources}

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Maughan RJ, Watson P, Cordery PA, et al. “A randomized trial to assess the potential of different beverages to affect hydration status.” American Journal of Clinical Nutrition. 2016.
Sawka MN, Montain SJ. “Fluid and electrolyte supplementation for exercise heat stress.” American Journal of Clinical Nutrition. 2000.
Jeukendrup AE. “Carbohydrate and exercise performance: the role of multiple transportable carbohydrates.” Current Opinion in Clinical Nutrition & Metabolic Care. 2010.
Casa DJ, et al. “National Athletic Trainers’ Association position statement: fluid replacement for athletes.” Journal of Athletic Training. 2000.
Weiss JN, et al. “The Na-K-ATPase pump: an electrogenic sodium-potassium transporter as a central player in cardiac physiology.” Physiological Reviews. 2012.
U.S. Department of Agriculture Dietary Guidelines Advisory Committee. “Scientific Report of the 2020 Dietary Guidelines Advisory Committee.” USDA, 2020. (Potassium deficiency prevalence data)
Greger JL. “Dietary standards for manganese, molybdenum, nickel, silicon and zinc.” Journal of Nutrition. 2008.
Stanhewicz AE, Kenney WL. “Determinants of water and sodium intake and output.” Nutrition Reviews. 2015. (Sweat electrolyte composition data)
Hew-Butler T, et al. “Statement of the Third International Exercise-Associated Hyponatremia Consensus Development Conference.” British Journal of Sports Medicine. 2015.
He FJ, MacGregor GA. “Beneficial effects of potassium on human health.” Physiologia Plantarum. 2008.
Appel LJ, et al. “A clinical trial of the effects of dietary patterns on blood pressure. DASH Collaborative Research Group.” New England Journal of Medicine. 1997. (DASH diet and potassium-blood pressure relationship)
Tremblay A, et al. “Calcium and vitamin D supplementation and risk of cardiovascular disease.” American Journal of Clinical Nutrition. 2019.
LMNT official nutritional documentation and formulation rationale. DrinkLMNT.com, 2025.
DryWater official nutritional documentation and product information. DrinkDryWater.com, 2025.
Volpe SL. “Magnesium in disease prevention and overall health.” Advances in Nutrition. 2013.
Institute of Medicine. “Dietary Reference Intakes for Water, Potassium, Sodium, Chloride, and Sulfate.” National Academies Press, 2005.

This article is for informational purposes only and does not constitute medical or dietary advice. Individuals with specific medical conditions — including hypertension, kidney disease, heart failure, or electrolyte imbalances — should consult a licensed healthcare provider before beginning regular use of any electrolyte supplement product.

Category: Hydration