Can I Put Coffee in a Vape? The Brew-tal Truth You Need to Know

Let’s get straight to it: No, you absolutely cannot and should not put coffee in a vape device. It’s a really bad idea for both your health and your expensive gadget. While the idea might seem like a clever shortcut for a caffeine kick or a unique flavor experience, the reality is that regular coffee is fundamentally incompatible with vaping technology and carries significant health risks when inhaled.

I remember a buddy of mine, let’s call him Jake, was always on the lookout for a new hack to boost his mornings. He’d tried everything from specialized energy drinks to elaborate cold brew setups. One particularly groggy Monday, lamenting the time it took to brew his usual pot, he looked from his coffee mug to his trusty vape mod with a mischievous glint in his eye. “What if,” he mused aloud, “I just put a splash of this in there? Instant pick-me-up, right?”

Luckily, I was there to interject before he made a potentially serious mistake. His thought process, while understandable in its pursuit of efficiency, completely overlooked the intricate science behind both coffee and vaping. The temptation to bypass the brewing process or experiment with new substances in a vape device is real for some, but it’s crucial to understand why this particular experiment is a recipe for disaster.

The Immediate, Unvarnished Truth: Why Vaping Coffee Is a Flat-Out No-Go

The core reason you can’t vape coffee boils down to chemistry and physics. Vape devices are engineered to atomize (turn into a fine mist) specific types of liquids – known as e-liquids or vape juices – that have a particular composition and viscosity. Coffee, in any form, simply does not meet these criteria. It’s not just a matter of taste; it’s a matter of safety and functionality.

Think about it: when you sip your morning joe, you’re consuming a complex mixture. It has water, yes, but also a wealth of dissolved solids, oils, sugars, and acids that give it its unique flavor and aroma. Your lungs, however, are not designed to process these components in aerosolized form. Introducing them this way can lead to serious health complications, ranging from immediate irritation to long-term lung damage. Plus, your vape device, which cost you a pretty penny, is going to suffer a swift and painful demise.

Why Even Consider Such a Thing? The Appeal of a Coffee Vape (and Its Flaws)

It’s fair to wonder why someone might even entertain the idea of putting coffee in a vape. From my experience and talking to folks in the vaping community, it usually boils down to a few key temptations:

• The Caffeine Craving: The most obvious draw is the desire for an instant caffeine hit without the hassle of brewing, waiting for it to cool, or finding a coffee shop. The idea of “vaping” your caffeine seems like the ultimate convenience.
• Novelty and Experimentation: Some vapers are natural tinkerers, always looking for new flavors or experiences. The thought of creating a truly unique “coffee vape” from actual coffee can be appealing to this adventurous spirit.
• Misunderstanding of Vape Technology: A common misconception is that a vape can vaporize “anything liquid.” This simply isn’t true. The specific properties of e-liquids are critical for safe and effective vaporization.
• Cost-Saving (Perceived): While unlikely, some might imagine it’s cheaper than buying specialized coffee-flavored e-liquids or even actual coffee drinks.

While these reasons might seem compelling at first glance, they all ignore the fundamental incompatibility and inherent dangers involved. The perceived benefits are massively outweighed by the risks.

Understanding What Goes Into Your Vape: The Anatomy of E-Liquid

Before we dive into why coffee is a no-go, let’s briefly understand what *should* be in your vape. Commercial e-liquids are carefully formulated products, designed for safety and efficacy when heated and inhaled. They primarily consist of just a few key ingredients:

Propylene Glycol (PG)

• What it is: A synthetic organic compound that’s a colorless, odorless, slightly sweet, and viscous liquid. It’s used in a wide variety of products, from food additives and medicines to cosmetics. It’s generally recognized as safe (GRAS) by the FDA for ingestion.
• Role in E-liquid: PG is an excellent flavor carrier, meaning it helps deliver the taste effectively. It also provides that distinctive “throat hit” that many former smokers look for. It has a lower viscosity than VG, which helps with wicking in the vape coil.

Vegetable Glycerin (VG)

• What it is: Another common organic compound, derived from plant oils (like palm, soy, or coconut). It’s also clear, odorless, and has a sweet taste, often used in food and pharmaceutical products. It’s also GRAS by the FDA.
• Role in E-liquid: VG is primarily responsible for producing those thick, dense vapor clouds. It’s much thicker than PG, so e-liquids often contain a blend of both to achieve a balance of vapor production, flavor, and throat hit.

Flavorings

• What they are: These are food-grade flavor concentrates, similar to what you’d find in candies, baked goods, or sodas. However, it’s crucial to note that not all food-grade flavorings are safe for inhalation. E-liquid manufacturers use specific flavorings that have been tested and deemed suitable for vaping.
• Role in E-liquid: They provide the vast array of tastes available, from fruits and desserts to, yes, coffee.

Nicotine (Optional)

• What it is: A highly addictive stimulant.
• Role in E-liquid: Many e-liquids contain nicotine to help individuals transition away from traditional cigarettes, but nicotine-free options are also widely available.

The key takeaway here is that e-liquids are composed of simple, well-understood compounds that are designed to be heated and inhaled safely. They vaporize cleanly, leaving minimal residue, and their properties are carefully controlled.

Deconstructing Your Daily Brew: What’s Really in Coffee?

Now, let’s turn our attention to coffee. That delicious, aromatic beverage you rely on every morning is a marvel of natural chemistry, but it’s a far cry from an e-liquid. When you brew coffee, you’re essentially creating an aqueous (water-based) extraction from ground coffee beans. Here’s a breakdown of its primary components:

Water

This is the solvent, making up the vast majority of your coffee. While e-liquids can contain small amounts of distilled water, coffee contains significantly more, and this high water content isn’t ideal for sustained vaporization in a typical coil, which is designed for thicker, oil-like substances.

Coffee Solids (Dissolved and Suspended)

This is where things get problematic. Coffee contains a complex mixture of organic compounds extracted from the beans. These include:

• Oils/Lipids: Coffee beans naturally contain oils (like cafestol and kahweol) that contribute to its aroma and mouthfeel. When coffee is brewed, these oils are suspended in the liquid. Inhaling these oils can be extremely dangerous.
• Proteins: While most are denatured during roasting, some still exist in the brewed coffee.
• Sugars: Natural sugars are present in coffee beans and contribute to flavor. Sugars, when heated, can caramelize and burn, creating harmful byproducts and leaving sticky residue.
• Fibers and Particulate Matter: Even finely filtered coffee will contain microscopic particulate matter – tiny bits of coffee grounds that remain suspended. These are absolutely not meant for your lungs.

Acids

Coffee is naturally acidic, containing various organic acids like chlorogenic acid, quinic acid, and citric acid. These acids contribute to coffee’s complex flavor profile. When heated in a vape, these acids can not only corrode internal components of your device but also cause significant irritation to your delicate lung tissues if inhaled.

Caffeine

The star of the show for many, caffeine is an alkaloid. While it *can* be vaporized at specific temperatures, the method by which it’s delivered in coffee (bound up with other organic compounds, acids, and oils) makes vaping the entire brew incredibly inefficient and dangerous for caffeine delivery, let alone the other components. You’d likely destroy your device and hurt your lungs long before you felt a caffeine buzz.

To truly highlight the difference, consider this simplified comparison:

The Unholy Union: What Happens When Coffee Meets Your Vape Device?

Alright, let’s explore the practical nightmare that ensues if you were to actually pour coffee into your vape tank. It’s not just a theoretical problem; it’s a guaranteed path to device destruction and potential personal harm.

Device Damage: A Swift and Brutal End

Your vape device is a precision instrument, finely tuned to handle the specific properties of e-liquid. Coffee’s characteristics are completely at odds with this design:

• Clogging and Gunking: The dissolved solids, oils, and particulate matter in coffee will quickly gunk up your coil and wicking material. E-liquid is designed to absorb into cotton wicks and vaporize cleanly. Coffee will just leave a sticky, burnt residue that’s impossible to clean. You’ll get burnt hits, if any hit at all, and your coil will be toast in minutes.
• Coil Burnout: The heating element (coil) inside your vape is designed to heat e-liquid efficiently. Coffee’s higher viscosity and its non-volatile components will cause the coil to work much harder, leading to rapid overheating and burnout. You’ll likely get a very unpleasant smell and taste of burnt coffee and metal.
• Tank Corrosion: Remember those acids in coffee? Over time, these can start to corrode the plastic or even metal components of your vape tank. While not an immediate concern for a single experiment, prolonged exposure would degrade the tank’s integrity.
• Leaking and Malfunction: Coffee’s inconsistent viscosity and particulate matter can also compromise the seals and O-rings in your tank, leading to leaks. If the liquid gets into the device’s electronics, it could short-circuit the battery or other crucial components, rendering the device unusable and potentially dangerous.

In short, putting coffee in your vape is a surefire way to send it straight to the graveyard. It’s an expensive lesson to learn.

Chemical Reactions and Toxic Byproducts: A Dangerous Cocktail

Beyond physical damage to the device, heating coffee in a vape could create unknown and potentially harmful chemical reactions. When complex organic mixtures like coffee are subjected to high temperatures in an uncontrolled environment (which a vape coil would be for coffee), you’re essentially creating a mini-chemistry experiment with unpredictable results. You could be generating:

• Acrylamide: Already found in roasted coffee, heating it further could potentially increase its levels. Acrylamide is a probable human carcinogen.
• Aldehydes: These can be produced when sugars or other organic compounds are heated to high temperatures. They are irritants and can be toxic.
• Other Volatile Organic Compounds (VOCs): The specific breakdown products of coffee oils, proteins, and sugars when vaporized are not studied for inhalation. You’d be breathing in a cocktail of unknown, potentially toxic compounds.

The beauty of e-liquids is that their components are well-understood in terms of what they produce when vaporized. Coffee offers no such assurances.

The Grave Health Risks: Your Lungs Are Not a Coffee Filter

This is arguably the most critical section. While device damage is annoying and costly, the potential harm to your body is far more serious. Your respiratory system is incredibly delicate and designed to process air, not a complex, multi-component liquid like coffee. Inhaling coffee can lead to a host of nasty health problems:

Lipoid Pneumonia

This is a particularly nasty condition that can occur when oily substances are inhaled into the lungs. Coffee, as we discussed, contains natural oils. When these oils enter the lungs, the body struggles to break them down. They can accumulate, causing inflammation, chronic coughing, shortness of breath, and potentially permanent lung damage. It’s a serious and difficult-to-treat condition that you absolutely want to avoid.

Irritation and Inflammation

The acids and particulate matter in coffee are highly irritating to the sensitive tissues of your airways and lungs. Inhaling them can cause immediate symptoms like:

• Severe coughing
• Choking sensations
• Burning in the throat and lungs
• Bronchospasm (tightening of the airways)
• Acute respiratory distress

Repeated exposure or even a single severe incident could lead to chronic inflammation, bronchitis, or other respiratory issues. The body’s natural defense mechanisms would be overwhelmed trying to clear these foreign substances.

Bacterial and Fungal Growth

Coffee, especially if left sitting for a while, contains organic matter and sugars. These are prime breeding grounds for bacteria and mold. If you were to put old coffee in your vape, you’d not only be inhaling the coffee itself but also potentially a whole host of nasty microorganisms directly into your lungs. This could lead to serious lung infections, including bacterial pneumonia or fungal infections, which can be life-threatening.

Lung Injury and Scarring

Beyond specific conditions, the general act of inhaling substances not meant for the lungs can cause direct tissue damage. The high heat of the coil interacting with coffee can produce harmful byproducts, further stressing lung tissue. Over time, or with severe acute exposure, this could lead to scarring (fibrosis) in the lungs, permanently impairing lung function.

Caffeine Overdose via Lungs? Highly Inefficient and Dangerous

While caffeine can be absorbed through the lungs, trying to achieve a caffeine buzz this way from coffee is incredibly inefficient and dangerous. The amount of actual caffeine you’d get would be minimal compared to the amount of harmful coffee oils, acids, and particulates you’d inhale. You’d likely cause significant lung damage long before you felt any stimulating effects from the caffeine, making it a terrible risk-to-reward ratio.

My advice, and the overwhelming consensus from health experts, is to keep anything other than approved e-liquids out of your vape. Your lungs are irreplaceable.

Expert Consensus and Warnings: Listen to the Pros

When it comes to putting anything besides designed e-liquids in a vape, the medical and scientific communities are unanimous: don’t do it. Organizations like the Centers for Disease Control and Prevention (CDC) and the American Lung Association consistently warn against using vape devices for substances other than their intended purpose. While specific studies on “vaping coffee” are scarce (because it’s such an obviously bad idea that researchers don’t dedicate resources to it), the principles of respiratory health and toxicology apply broadly.

Experts consistently highlight that the long-term effects of inhaling even approved e-liquids are still being studied, let alone what happens when you introduce completely unstudied substances. The risks of acute lung injury from non-e-liquid substances are well-documented, especially in cases related to EVALI (E-cigarette or Vaping Product Use-Associated Lung Injury), which was primarily linked to vitamin E acetate, an oily substance, in illicit THC vape products. The parallel with coffee oils is chillingly clear.

Any responsible vape manufacturer or retailer will also strongly advise against using anything but legitimate e-liquids. They understand the engineering and chemical compatibility, and they know that misusing their products can lead to serious health and safety issues.

So, You Want Coffee-Flavored Vape? Safe Alternatives and How to Find Them

If your initial interest in putting coffee in your vape stemmed from a desire for that rich, roasted flavor, don’t despair! There’s a perfectly safe and delicious alternative: reputable coffee-flavored e-liquids. These products are specifically designed to deliver the taste of coffee without any of the associated dangers of inhaling actual coffee.

Reputable Coffee-Flavored E-Liquids

The market for e-liquids is vast, and coffee flavors are incredibly popular. You can find everything from:

• Classic Coffee: Mimicking a simple black coffee or espresso.
• Creamy Lattes and Cappuccinos: Blending coffee notes with rich cream or milk flavors.
• Dessert Coffees: Think caramel macchiato, mocha, or coffee-and-donut blends.
• Specialty Blends: Coffee with notes of vanilla, hazelnut, chocolate, or even spiced chai.

How to find them:

1. Stick to Established Brands: Look for e-liquid brands that have a good reputation, undergo third-party testing, and comply with regulatory standards (like FDA PMTA processes in the U.S.).
2. Read Reviews: Online reviews can be helpful for finding popular and well-regarded coffee flavors.
3. Check Ingredients: Ensure the ingredient list is clear and only contains PG, VG, food-grade flavorings (that are tested for inhalation safety), and optional nicotine.
4. Purchase from Reputable Vendors: Buy your e-liquids from licensed vape shops or trusted online retailers, not from sketchy unregulated sources.

These e-liquids use carefully selected flavor concentrates that are designed to be stable and safe when heated in a vape. They provide the taste experience you’re after without introducing dangerous oils, acids, or particulates into your lungs.

Understanding “Coffee-Flavored” vs. “Actual Coffee”

It’s crucial to understand the distinction. When an e-liquid is “coffee-flavored,” it means it uses flavor extracts that *taste* like coffee, not that it contains actual coffee. These extracts are typically chemical compounds that mimic the sensory experience of coffee, much like how a cherry-flavored candy doesn’t contain real cherries but compounds that evoke that taste. These specific flavor compounds, when formulated for vaping, are designed to be safe for inhalation, unlike the complex, multi-component brew of real coffee.

A Checklist for Safe Vaping Practices: Protecting Your Health and Your Device

To ensure you’re vaping safely and getting the most out of your device, here’s a quick checklist to keep in mind:

• Only Use Approved E-Liquids: Never put anything other than commercially produced, specifically formulated e-liquids into your vape tank. This includes water, essential oils, alcohol, or, of course, coffee.
• Buy from Reputable Sources: Purchase your e-liquids and vape hardware from trusted manufacturers and authorized retailers. Avoid “under the counter” or homemade concoctions from unknown sources.
• Understand Your Device: Read your device’s manual. Know how to properly fill it, change coils, and clean it. Different devices have different requirements.
• Maintain Your Device Regularly: Keep your tank clean, replace coils and wicks when they’re burnt out, and ensure your battery is in good condition. A well-maintained device performs better and is safer.
• Store E-Liquids Properly: Keep your e-liquids in a cool, dark place, away from direct sunlight and out of reach of children and pets.
• Stay Hydrated: Both PG and VG can be dehydrating. Drink plenty of water when you’re vaping.
• Listen to Your Body: If you experience any unusual symptoms like persistent coughing, shortness of breath, chest pain, or nausea, stop vaping immediately and consult a healthcare professional.
• Be Aware of Nicotine Strength: If you use nicotine, ensure you’re using an appropriate strength for your needs and device. Too much nicotine can lead to adverse effects.

Common Misconceptions About Vaping and DIY Solutions

The temptation to “hack” or “improve” vaping is strong for some, leading to various misconceptions. One common one is that if something is “natural” or “food-grade,” it must be safe to vape. This couldn’t be further from the truth.

“It’s just water and natural stuff, so it’s fine, right?”
Wrong. Just because something is safe to eat or drink doesn’t mean it’s safe to inhale. Our digestive system is equipped to break down and process food and drink, but our lungs have a completely different function and are incredibly sensitive to foreign substances. Many “natural” compounds, including various plant extracts or essential oils, can cause severe lung irritation or damage when inhaled, even if they’re harmless when ingested.

“I can just make my own e-liquid with everyday ingredients.”
While some experienced vapers do engage in DIY e-liquid mixing, they do so with very specific, carefully sourced, and vetted ingredients: pharmaceutical-grade PG and VG, and flavorings *specifically certified for inhalation*. They do not use kitchen cupboard items. Attempting to create your own vape juice from common household liquids is incredibly risky because you lack the chemical knowledge and appropriate ingredients to ensure safety.

The bottom line is that vaping is a specific delivery method for a specific type of product. Deviating from that product design is not an act of innovation; it’s an act of risking your health and device.

Frequently Asked Questions (FAQs)

Given the persistent curiosity around this topic, let’s address some common questions in more detail.

Q1: Can I just dilute coffee with PG/VG to make it vapeable?

Absolutely not. Diluting coffee with Propylene Glycol (PG) and Vegetable Glycerin (VG) would not make it safe or suitable for vaping, and in fact, it could still be incredibly dangerous. The fundamental problem isn’t just the viscosity of coffee; it’s the complex array of components within it that are not meant for inhalation. Even if you dilute coffee extensively, you’re still introducing coffee oils, acids, sugars, and microscopic particulate matter into your lungs. These substances will still gunk up your coil, degrade your device, and, more importantly, pose significant health risks like lipoid pneumonia, lung irritation, and potential long-term damage. The chemical properties of coffee remain incompatible with safe vaporization, regardless of dilution.

E-liquids are manufactured with specific, highly purified ingredients that vaporize cleanly and predictably. Adding these inert compounds to a chemically complex and biologically active substance like coffee doesn’t somehow transform coffee into a safe e-liquid. It just creates a diluted hazardous mixture. Your best bet for a coffee-like vaping experience is to stick with commercially produced, laboratory-tested coffee-flavored e-liquids that are specifically designed for inhalation.

Q2: Are there any safe ways to get caffeine from vaping?

While the idea of vaping caffeine might seem appealing for a quick energy boost, the safety of commercially available caffeine-containing vape products is still a subject of scientific scrutiny and debate. Some companies have marketed “caffeine vapes” or “energy vapes,” often claiming to deliver caffeine without nicotine. However, the long-term health effects of inhaling aerosolized caffeine are not well-understood, and regulatory bodies, such as the FDA in the United States, have expressed concerns about these products due to the lack of sufficient safety data.

Caffeine, when ingested orally, is metabolized by the liver, but when inhaled, it bypasses this initial metabolic process, leading to a much faster and potentially more intense absorption into the bloodstream. This rapid absorption could make it easier to overdose or experience adverse effects, especially for individuals sensitive to caffeine. Furthermore, the base ingredients and flavorings used in these caffeine vapes still need to be rigorously tested for inhalation safety, similar to standard e-liquids. Until more definitive research confirms the safety and efficacy of inhaled caffeine, it’s generally advisable to stick to traditional and well-understood methods of caffeine consumption, such as drinking coffee or tea, or using FDA-approved caffeine products, rather than experimenting with unproven inhalation methods. Prioritizing your lung health is paramount.

Q3: What are the immediate signs of a problem if I accidentally vape something I shouldn’t have?

If you’ve accidentally or intentionally vaped something that isn’t a legitimate e-liquid, you’ll likely experience immediate and unpleasant symptoms, signaling that something is very wrong. Your body has a robust defense system, and it will react strongly to foreign, irritating substances in your lungs and airways. Common immediate signs to watch out for include:

• Severe Coughing and Choking: This is often the first and most prominent symptom, as your body tries desperately to expel the foreign substance. It might be persistent and intense.
• Burning Sensation: You might feel a burning or stinging sensation in your throat, mouth, and lungs, indicating irritation from chemicals or acids.
• Shortness of Breath or Wheezing: Your airways might constrict (bronchospasm) in response to the irritant, making it difficult to breathe, leading to wheezing or gasping for air.
• Chest Pain or Discomfort: Irritation and inflammation in the lungs can manifest as tightness or pain in the chest.
• Nausea or Vomiting: Ingesting or inhaling certain toxic substances can trigger your body’s gag reflex or lead to general gastrointestinal distress.
• Dizziness or Lightheadedness: If the substance causes an acute reaction, it could affect your oxygen intake or trigger a systemic response, leading to these symptoms.
• Unusual Taste or Smell: Beyond the immediate physical reaction, you’ll likely notice a very foul or chemical taste and smell, distinct from any e-liquid.

If you experience any of these symptoms after vaping something questionable, it is crucial to stop immediately. Seek medical attention right away, especially if symptoms are severe or persistent. Don’t wait to see if it gets better, as lung damage can sometimes progress rapidly or have delayed, serious consequences. Inform medical personnel exactly what you inhaled so they can provide appropriate treatment.

Q4: How do vape juice manufacturers create coffee flavors without using real coffee?

Vape juice manufacturers create authentic-tasting coffee flavors using specialized food-grade flavor concentrates, not actual brewed coffee. These concentrates are chemically formulated compounds that mimic the aromatic and taste profiles of coffee. Think of it like creating a coffee-flavored candy or a coffee extract for baking—they capture the essence of coffee without using the complex, non-vaporizable components of the actual beverage.

The process involves skilled flavor chemists who isolate and synthesize the key aromatic molecules found in coffee beans. These specific flavor compounds are then blended into Propylene Glycol (PG) and Vegetable Glycerin (VG) bases, sometimes with a touch of sweetener, to replicate the full coffee experience, whether it’s a dark roast, a creamy latte, or a sweet mocha. Critically, these flavorings are rigorously tested for heat stability and inhalation safety, ensuring that they don’t produce harmful byproducts when atomized. This scientific approach allows vapers to enjoy a vast array of coffee-inspired tastes, from bold espresso to intricate dessert coffees, all while avoiding the health risks and device damage associated with putting real coffee into a vape.

Q5: Is it true that some people vape other things like essential oils? Is that safe?

It is true that some people mistakenly or intentionally attempt to vape essential oils, but let me be absolutely clear: vaping essential oils is extremely dangerous and not safe at all. This practice can lead to severe and potentially life-threatening lung conditions. Essential oils are highly concentrated plant extracts that contain a complex mixture of chemical compounds. While many essential oils are used safely in aromatherapy (diffused into the air or applied topically after dilution) or even in some food products, they are not formulated or intended for direct inhalation into the lungs via a vape device.

When essential oils are heated and vaporized, their oily nature poses a significant risk of causing lipoid pneumonia, a serious lung condition where fats or oils accumulate in the lungs, leading to inflammation and damage. This is similar to the risk of vaping coffee oils. Furthermore, the highly concentrated chemical compounds in essential oils can cause severe irritation, inflammation, and even chemical burns to the delicate tissues of the airways and lungs. Symptoms can range from persistent coughing, shortness of breath, and chest pain to acute respiratory distress. The long-term effects of inhaling various essential oil constituents are largely unknown, but the immediate risks are well-established as hazardous. Therefore, just like with coffee, any product other than specially formulated and tested e-liquids should be kept out of your vape device to protect your respiratory health.

Conclusion: Stick to Your Morning Mug, Not Your Mod

So, to reiterate the core message: do not put coffee in your vape. The risks to your health and the inevitable damage to your device far outweigh any perceived benefit. Your lungs are an incredibly delicate and vital organ, designed for air, not aerosolized coffee. And your vape device is a piece of technology engineered for a very specific type of liquid.

If you’re looking for that delightful coffee flavor in your vaping experience, the good news is that the market is overflowing with high-quality, safe, and delicious coffee-flavored e-liquids. These products are developed by experts who understand the science of inhalation and flavor delivery, ensuring you get the taste you crave without any of the hazardous downsides. So, enjoy your actual coffee in a mug, savor a delicious coffee-flavored e-liquid in your vape, and keep the two strictly separate. Your lungs, and your wallet, will thank you.