What Dissolves Vape Oil: A Comprehensive Guide to Cleaning Up the Mess

Picture this: you’re just chillin’, maybe refilling your vape tank, and then – *splat!* – a rogue drop, or maybe even a puddle, of that sticky, viscous vape oil hits your favorite jeans, the pristine countertop, or even worse, your trusty laptop keyboard. Sound familiar? We’ve all been there, or at least know someone who has. That moment of dread washes over you as you realize water just ain’t gonna cut it for this particular kind of mess. It smears, it spreads, and it leaves an oily residue that feels like it’s mocking your feeble attempts at cleanliness. You need something with a bit more oomph, a substance that actually *dissolves* the oil, not just pushes it around.

So,

what dissolves vape oil? Put simply, vape oil, being a lipid-based, non-polar substance, dissolves most effectively in other non-polar solvents. The most common and accessible options include isopropyl alcohol (rubbing alcohol), ethanol (grain alcohol or denatured alcohol), acetone (nail polish remover), and certain household degreasers that contain surfactants designed to emulsify oils.

As someone who’s had their fair share of encounters with various oils and grime over the years – from tinkering with car engines to, yes, cleaning up the occasional vape oil mishap – I can tell you that understanding the chemistry behind why something dissolves is half the battle. It’s not just about grabbing the nearest cleaning spray; it’s about knowing your enemy, or in this case, your sticky foe, and arming yourself with the right weapon. Let’s dive deep into the world of solvents and make sure your next vape oil spill becomes a mere hiccup, not a lasting stain or sticky nightmare.

Understanding Vape Oil: The Chemistry of the Sticky Stuff

Before we can effectively tackle a vape oil spill, it’s super helpful to understand what we’re actually dealing with. Vape oil, often referred to as e-liquid or e-juice, isn’t a single, uniform substance. Instead, it’s typically a concoction of several components, each contributing to its unique properties, including its notorious stickiness and resistance to water.

• Propylene Glycol (PG): This is a common base in many e-liquids. It’s a clear, colorless liquid with a slightly sweet taste and is known for creating the “throat hit” sensation.
• Vegetable Glycerin (VG): Another primary base, VG is thicker and sweeter than PG, and it’s responsible for producing those dense vapor clouds.
• Cannabinoids (like THC or CBD) or Nicotine: These are the active ingredients that give vape oil its intended effects. They are generally lipid-soluble.
• Flavorings: A vast array of food-grade flavorings are added to give e-liquids their diverse tastes. These can be complex chemical compounds.
• Terpenes: Especially in cannabis-derived vape oils, terpenes are aromatic compounds that give plants their distinct smells and can contribute to the “entourage effect.”

The key takeaway here is that most of these components, particularly the cannabinoids, nicotine, and many flavorings, are lipids or lipid-soluble compounds. Lipids are fats or fat-like substances, and their defining characteristic is their hydrophobic nature. That’s a fancy way of saying they don’t mix with water. Think about oil and vinegar in salad dressing – no matter how much you shake it, they separate. Water is a “polar” solvent, meaning it has a slight electrical charge distribution, while vape oil components are predominantly “non-polar,” lacking that charge distribution. This brings us to a fundamental principle in chemistry:

“Like dissolves like.”

This adage is your guiding star when cleaning up vape oil. To dissolve a non-polar substance like vape oil, you need another non-polar solvent. Water, being polar, is largely ineffective because it can’t interact with and break down the non-polar bonds in the oil. It just beads up or smears it around. This is why you need to reach for something stronger, something that can truly integrate with and carry away the oily components.

Primary Solvents That Tackle Vape Oil

Alright, now that we understand the chemistry, let’s talk about the heavy hitters – the solvents that actually work wonders on vape oil. Each has its pros and cons, and knowing them will help you pick the right tool for your specific mess.

Isopropyl Alcohol (Rubbing Alcohol)

This is probably your go-to, and for good reason. Isopropyl alcohol, often found in your medicine cabinet as rubbing alcohol, is a fantastic general-purpose solvent for vape oil. It’s a non-polar solvent with a slight polar component due to its hydroxyl group, giving it a good balance to interact with both the PG/VG bases and the other lipid-soluble components.

• Why it works: IPA’s non-polar nature allows it to readily dissolve the fatty/oily components of vape juice. It also evaporates relatively quickly and cleanly, leaving minimal residue behind if used properly.
• Common concentrations: You’ll typically find it in 70% or 91-99% concentrations. For cleaning vape oil, a higher concentration (90%+ an even better job because there’s less water in the solution to hinder its solvent power. The 70% solution is still effective, just slightly less so.
• Uses: Great for cleaning hands, hard surfaces like glass, metal, countertops, and even many plastics (though always patch test!). It’s also often recommended for cleaning the exterior of vape devices.
• Safety notes: It’s flammable, so keep it away from open flames or sparks. Use in a well-ventilated area. While generally safe for skin in moderation, prolonged exposure can cause dryness, so wash your hands after use.

Ethanol (Grain Alcohol / Denatured Alcohol)

Ethanol, the alcohol found in alcoholic beverages, is another highly effective solvent for vape oil. Pure or high-proof ethanol (like Everclear, if you can find it at 95% alcohol by volume) works much like isopropyl alcohol. Denatured alcohol is ethanol that has had additives to make it undrinkable, usually for industrial or cleaning purposes, and is also very effective.

• Why it works: Similar to IPA, ethanol is a powerful non-polar solvent that breaks down vape oil components effectively.
• Availability and safety: High-proof spirits like Everclear are available in liquor stores in some states, while denatured alcohol can be found in hardware stores. Like IPA, ethanol is highly flammable and should be used with plenty of ventilation. Be cautious with denatured alcohol, as the denaturing agents can sometimes be toxic.
• Uses: Excellent for hard surfaces, glass, and metal. Can be used on some fabrics with a patch test.

Acetone (Nail Polish Remover)

Acetone is a powerhouse solvent, known for its ability to dissolve a wide range of organic compounds, including vape oil. It’s the active ingredient in most nail polish removers, but be warned: it’s incredibly strong and has significant compatibility issues with many materials.

• Why it works: Acetone is a very effective polar-aprotic solvent, meaning it’s polar but doesn’t have a hydrogen atom that can be donated for hydrogen bonding. This unique property makes it excellent at dissolving many organic compounds, including the stubborn sticky stuff in vape oil.
• Material compatibility concerns: This is where you need to be *extremely* careful. Acetone will readily dissolve or damage many plastics, painted surfaces, synthetic fabrics (like rayon or acetate), and even some finished wood. It can strip finishes and cause permanent damage.
• Uses: Best reserved for non-porous, durable surfaces like glass, bare metal, ceramic, or specific types of hard plastic known to be acetone-resistant (always, always test first). It’s a last resort for truly stubborn, dried-on messes.
• Extreme safety notes: Acetone is highly flammable and evaporates very quickly, creating potentially ignitable vapors. Always use it in a very well-ventilated area, away from any heat sources or sparks. Wear gloves and eye protection. Do not get it on your skin for prolonged periods, as it’s a strong degreaser and can cause severe dryness and irritation.

Household Degreasers and Dish Soaps

Sometimes the solution is a bit more humble. Common household dish soaps and dedicated degreasers can be surprisingly effective, especially for initial cleanups or on fabrics.

• How they work: These products contain surfactants (surface-active agents). Surfactants have a unique molecular structure with both a hydrophilic (water-loving) head and a hydrophobic (oil-loving) tail. The hydrophobic tails attach to the oil molecules, surrounding them and breaking them up into tiny droplets, a process called emulsification. These emulsified oil droplets can then be rinsed away with water.
• Examples: Good old Dawn dish soap is a classic for a reason – it’s designed to cut through grease. Commercial kitchen degreasers are also formulated for similar tasks.
• Uses: Excellent for initial pre-treatment on fabrics, cleaning kitchen surfaces, dishes, or anything that can be safely washed with soap and water. They are less aggressive than solvents but often effective for general cleanup.
• Less aggressive but often effective: While they don’t “dissolve” in the same chemical sense as alcohol or acetone, they break the oil down into tiny, manageable pieces that can be washed away, which achieves the same practical outcome for cleaning.

Specialized Cleaning Products

You might also encounter specialized cleaning products like Goo Gone or other citrus-based cleaners. These often rely on d-Limonene, a natural solvent derived from citrus peels.

• How they work: d-Limonene is a powerful, naturally occurring non-polar solvent. It’s excellent at breaking down sticky residues, adhesives, and various oils.
• Benefits: Often less harsh on some surfaces than acetone and leaves a pleasant citrus scent.
• Uses: Good for sticker residue, crayon marks, and yes, sticky vape oil on many hard surfaces. Always patch test, as even these can affect certain plastics or finishes.

Choosing the Right Solvent for the Job: A Practical Guide

Now for the million-dollar question: Which solvent should you grab when the vape oil crisis strikes? The answer depends heavily on what surface has been contaminated. Let’s break it down.

Surface Type Matters

1. Skin and Hands:

   This is usually the easiest fix. Your skin is pretty resilient.
   

   Recommended: Soap and warm water, followed by isopropyl alcohol.
   

   Steps: First, wipe off any excess oil with a dry paper towel. Then, wash thoroughly with good old hand soap and warm water. If there’s still a sticky residue, a quick wipe with an isopropyl alcohol-dampened cotton ball or wipe will typically do the trick. Finish with a good hand lotion, as alcohol can dry out your skin.

   Caution: While small amounts of nicotine can be absorbed through the skin, quick cleanup minimizes exposure. Always wear gloves if you’re regularly handling vape liquids or cleaning up larger spills.

2. Fabrics and Carpets:

   This is where things can get a little tricky, as fabrics vary widely in their dye fastness and material composition.
   

   Recommended: Dish soap (like Dawn), isopropyl alcohol (patch test crucial).
   

   Steps:

   1. Blot, Don’t Rub: Immediately blot up as much excess vape oil as possible with a clean, dry cloth or paper towel. Rubbing will only spread the stain and push it deeper into the fibers.
   2. Pre-treat: Apply a small amount of dish soap directly to the stain. Gently work it in with your finger or a soft brush. Let it sit for 5-10 minutes. Alternatively, dampen a clean cloth with isopropyl alcohol and gently blot the stain, working from the outside in.
   3. Patch Test: Before applying any solvent directly, always test it on an inconspicuous area of the fabric (e.g., inside a seam, under a cushion) to ensure it doesn’t cause discoloration or damage.
   4. Launder/Blot Clean: For clothing, machine wash as usual after pre-treating, using the hottest water safe for the fabric. For carpets or upholstery, blot the area with a clean, damp cloth, working the soap or alcohol out. You might need to repeat with clean water to rinse thoroughly.
   5. Air Dry: Air dry the item to ensure the stain is completely gone before using a dryer, as heat can set stains.

   Caution: Acetone is a definite NO for most fabrics, especially synthetics, as it will likely dissolve them.

3. Hard Surfaces (Glass, Metal, Sealed Countertops):

   These are generally the most forgiving surfaces.
   

   Recommended: Isopropyl alcohol, ethanol, or a good household degreaser. Acetone can be used for tough spots on glass or bare metal, but with extreme caution.
   

   Steps:

   1. Wipe Excess: Use a paper towel or cloth to wipe up the bulk of the oil.
   2. Apply Solvent: Dampen a clean cloth with your chosen solvent (IPA or ethanol are usually best).
   3. Wipe Clean: Wipe the affected area thoroughly. For stubborn residue, let the solvent sit for a few seconds to break down the oil.
   4. Rinse/Wipe with Water: Follow up with a wipe of a clean, water-dampened cloth to remove any solvent residue, then dry.
4. Plastics and Painted Surfaces:

   This category demands the utmost caution, as many plastics and finishes are sensitive to strong solvents.
   

   Recommended: Mild soap and water, very diluted isopropyl alcohol (with *extreme* patch testing).
   

   Steps:

   1. Gentle First: Start with a solution of mild dish soap and warm water. Gently wipe the area.
   2. Patch Test IPA: If that doesn’t work, try a very small amount of isopropyl alcohol on a cotton swab in an inconspicuous spot. Observe for any dulling, softening, or discoloration. If it’s safe, proceed carefully.
   3. Wipe Quickly: If using IPA, apply to a cloth, wipe the area quickly, and immediately follow with a damp water cloth to remove any lingering solvent.

   Absolute NO: Acetone is almost guaranteed to damage plastics, cause clouding, or strip paint. Avoid it entirely here.

5. Vape Devices (External and Internal):

   Cleaning your actual device requires a delicate touch to avoid damage.
   

   Recommended (External): Isopropyl alcohol.
   

   Recommended (Internal): Often not user-serviceable beyond simple wiping; check your device’s manual.
   

   Steps for External Cleaning:

   1. Disconnect Power: Always turn off your device and remove the battery if possible.
   2. IPA-Dampened Cloth: Use a cotton swab or a clean cloth lightly dampened with isopropyl alcohol (90% or higher is great).
   3. Wipe Components: Gently wipe down the exterior, mouthpiece, and any visible residue around connections. For tiny crevices, a slightly dampened cotton swab can be a lifesaver.
   4. Dry Thoroughly: Ensure all components are completely dry before reassembling or powering on your device.

   Caution for Internal Cleaning: Unless specifically instructed by the manufacturer, avoid disassembling internal components or using liquids directly on circuit boards or delicate parts. Most devices are not designed for extensive user-cleaning of internal e-liquid pathways, and attempting to do so can void warranties or damage the device. For coils and tanks, rinsing with hot water and allowing to air dry is often sufficient, or replacing components if they’re gunked up.

Safety First: Essential Precautions for Handling Solvents

While effective, many of these solvents come with risks. Your safety is paramount. Always, always keep these precautions in mind:

• Ventilation is Key: Solvents like IPA, ethanol, and especially acetone produce vapors that can be harmful to inhale and are often flammable. Work in a well-ventilated area, ideally outdoors or with windows open and a fan running.
• Gloves and Eye Protection: Protect your hands with chemical-resistant gloves (nitrile gloves are usually good for IPA/ethanol, but check compatibility for acetone). Safety glasses or goggles are a must to prevent accidental splashes to your eyes.
• No Open Flames or Sparks: All the alcohol-based solvents and acetone are highly flammable. Keep them away from lit cigarettes, pilot lights, heaters, electrical sparks, or any other ignition sources.
• Patch Testing: We can’t stress this enough. Always test any solvent on an inconspicuous area of the material you’re cleaning first. A small spot behind a couch cushion, an inner seam of clothing, or an underside of a countertop can save you from irreversible damage.
• Proper Disposal: Don’t just pour used solvents down the drain. Check local regulations for proper disposal of hazardous waste. Small amounts on a paper towel can often be safely put in the trash once dried out, but larger quantities might require special handling.
• Read Product Labels: Every cleaning product and solvent will have its own specific safety instructions and warnings. Take a moment to read them before you start.
• Keep Away from Children and Pets: Store all cleaning supplies and solvents securely out of reach.

Table: Solvent Compatibility and Effectiveness

To help you quickly decide, here’s a handy table summarizing the effectiveness and safety of common solvents against vape oil for various surfaces:

Common Mistakes to Avoid When Cleaning Vape Oil

Knowing what *not* to do is just as important as knowing what *to* do. Steering clear of these common pitfalls will save you headaches and potential damage.

• Rubbing Instead of Blotting: This is probably the number one mistake people make with any oil-based stain. Rubbing pushes the oil deeper into fibers or spreads it over a larger area, making it harder to remove. Always blot.
• Using Water Alone: As we discussed, water and oil don’t mix. Using just water will only smear the vape oil around, making a bigger, stickier mess.
• Skipping Patch Tests: This is a cardinal sin of cleaning. Different materials react differently to solvents. What’s fine for glass could melt your plastic, or strip the dye from your carpet. Always, always test in an inconspicuous area first.
• Not Ventilating Properly: The fumes from strong solvents aren’t just unpleasant; they can be dangerous to your health and are often flammable. Get some fresh air flowing!
• Mixing Incompatible Solvents: Never, ever mix cleaning products unless explicitly instructed to do so by the manufacturer. Certain combinations can create toxic fumes or dangerous chemical reactions. Stick to one solvent at a time.
• Ignoring Safety Gear: “It’s just a quick wipe!” you might think. But a splash of acetone in your eye or prolonged skin contact with strong solvents can have serious consequences. Don’t skip the gloves and eye protection.
• Applying Too Much Solvent: Over-saturating an area with solvent can spread the stain, damage delicate materials, or leave a residue. Apply just enough to dampen a cloth, or directly to the spot in small, controlled amounts.
• Waiting Too Long: Fresh spills are always easier to clean than dried, set-in ones. Act quickly to prevent the oil from bonding more firmly to the surface.

Prevention is Key: Tips to Avoid Vape Oil Spills

The best way to clean up a vape oil spill? Not having one in the first place! A little vigilance can save you a lot of hassle.

• Store Upright: Always keep your e-liquid bottles standing upright and in a secure location where they won’t be easily knocked over.
• Secure Caps Tightly: After refilling, double-check that the cap on your e-liquid bottle is screwed on tightly. A loose cap is an invitation for disaster.
• Refill Carefully: Take your time when refilling your vape tank or pod. Work over a protective surface (like a paper towel or an old rag) to catch any drips.
• Regular Device Maintenance: Ensure your vape device itself is in good working order. Cracked tanks, worn-out O-rings, or loose connections can all lead to leaks. Replace components as needed.
• Carry Securely: If you carry your vape device or e-liquid bottles in a bag or pocket, make sure they’re in a leak-proof pouch or compartment.

Frequently Asked Questions (FAQs)

Q: Can I use just water to clean vape oil?

A: Unfortunately, no, using just water to clean vape oil is largely ineffective and often makes the situation worse. The core issue is a fundamental principle of chemistry: “like dissolves like.” Vape oil, being a lipid-based substance, is predominantly non-polar. Water, on the other hand, is a polar solvent. Because of their differing polarities, they don’t mix or dissolve each other.

When you try to clean vape oil with water, the water molecules simply can’t interact with and break down the oil molecules. Instead, the water will tend to bead up on the oil or, if agitated, spread the oil across a larger surface area, creating a bigger and stickier mess without actually removing the oil itself. To effectively clean vape oil, you need a non-polar solvent or a substance with strong surfactant properties that can emulsify the oil, allowing it to be rinsed away.

Q: Is vape oil dangerous to get on my skin?

A: While getting a small amount of vape oil on your skin isn’t typically acutely dangerous, it’s definitely not something you want to leave there. The primary concern, especially with nicotine-containing e-liquids, is transdermal absorption of nicotine. Nicotine can be absorbed through the skin, and while minor splashes usually don’t lead to significant systemic effects, prolonged or extensive skin contact, especially with high-nicotine concentrations, could potentially lead to symptoms of nicotine exposure, such as dizziness, nausea, or headache.

Beyond nicotine, vape oil components like propylene glycol (PG) and vegetable glycerin (VG) can act as humectants, meaning they draw moisture. While generally recognized as safe, prolonged skin contact with these can lead to dryness, irritation, or a sticky feeling. Therefore, the best practice is always to wash any vape oil off your skin promptly and thoroughly with soap and water. Wearing gloves when handling e-liquids or cleaning up spills is a smart preventive measure to minimize any potential exposure.

Q: What’s the best way to clean vape oil from clothes?

A: Cleaning vape oil from clothes requires a multi-step approach, but it’s usually achievable if you act quickly. The key is to lift the oil out of the fabric rather than spreading it or setting it in.

First and foremost, immediately blot up as much of the excess vape oil as you can with a clean, dry cloth or paper towel. Resist the urge to rub, as this will push the oil deeper into the fabric fibers. Once the excess is blotted, you’ll need a pre-treatment. A small dollop of a good quality dish soap (like Dawn) applied directly to the stain works wonders because of its grease-cutting surfactants. Gently work the soap into the stain with your finger or a soft brush, allowing it to penetrate the fibers for about 5-10 minutes. Alternatively, you can use isopropyl alcohol: dampen a clean cloth with IPA and gently blot the stain from the outside in, being sure to patch test in an inconspicuous area of the garment first to ensure no discoloration.

After pre-treating, launder the item as you normally would, using the hottest water setting that is safe for the fabric type. Adding a bit of extra detergent can also help. Once the wash cycle is complete, inspect the garment before putting it in the dryer. If the stain is still visible, repeat the pre-treatment and washing process. It’s crucial to air dry the item if any trace of the stain remains, as the heat from a dryer can permanently set oil stains, making them much harder, if not impossible, to remove later.

Q: Will acetone damage my vape device?

A: Yes, absolutely, acetone is highly likely to damage most vape devices. This is a critical point of caution, as acetone is an extremely aggressive solvent that reacts poorly with many materials commonly used in vape device construction. Most vape devices incorporate various types of plastics, rubber seals (O-rings), and painted or coated metal finishes.

Acetone can cause plastics to melt, become cloudy, brittle, or completely dissolve. It can degrade rubber seals, leading to leaks, and it will almost certainly strip paint, finishes, or protective coatings from metal components, leaving them discolored or exposed to corrosion. Using acetone on your device risks not only cosmetic damage but also functional failure, potentially making your device unusable or even unsafe. For cleaning your vape device, especially its exterior and any accessible components, isopropyl alcohol (rubbing alcohol) is the universally recommended and much safer choice. It’s effective at dissolving vape oil residue without the severe risk of material degradation that acetone poses. Always stick to the manufacturer’s cleaning recommendations where available.

Q: How do I get the smell of vape oil out of a room?

A: The lingering smell of vape oil in a room is often due to residual aerosolized particles or actual spills that haven’t been thoroughly cleaned. Addressing the odor effectively requires a multi-pronged approach to eliminate the source and absorb remaining smells.

First and foremost, meticulously clean any actual vape oil spills or sticky residues that might be present on surfaces like countertops, floors, furniture, or walls, using the appropriate solvents discussed in this guide. Once all visible and tactile residues are gone, focus on air quality. Open windows wide and use fans to create a strong cross-breeze, ventilating the room thoroughly for several hours, or even a full day if possible. This helps to air out any airborne particles and bring in fresh air. If you have an air purifier with a HEPA filter and an activated carbon filter, run it continuously; activated carbon is particularly effective at absorbing odors.

For soft furnishings and carpets, which can absorb odors, sprinkle a generous amount of baking soda over them. Let it sit for several hours, or even overnight, before vacuuming it up. Baking soda is a natural odor absorber. You can also place bowls of activated charcoal (available at pet stores or online) in discreet locations around the room; these silently absorb smells from the air over time. Fabric refreshers can temporarily mask odors, but they are most effective when used after the underlying sources of the smell have been cleaned and aired out. Consistency in ventilation and cleaning is key to truly eliminating the lingering vape oil smell.

Q: Are there any natural remedies that work for dissolving vape oil?

A: While the term “natural remedy” often brings to mind things like vinegar or lemon juice, for dissolving vape oil, the options are a bit more limited, and less potent than synthetic solvents. The primary principle remains “like dissolves like,” meaning you need non-polar substances.

One of the most effective “natural” solvents that fits this bill is d-Limonene, which is derived from citrus peels. This is the active ingredient in many commercial “citrus-based” degreasers like Goo Gone. These products are generally quite effective at breaking down sticky, oily residues, including vape oil. They are often less harsh on certain surfaces than acetone and leave a pleasant scent, but you should still patch test on delicate materials, as they can sometimes leave an oily residue themselves or affect some plastics.

Beyond citrus solvents, other common “natural” kitchen items like white vinegar or essential oils (like tea tree or orange oil) have some mild degreasing properties. However, their effectiveness on thick, viscous vape oil is significantly lower than that of alcohol-based solvents. Vinegar, being primarily water (a polar solvent) with some acetic acid, won’t truly dissolve the oil but might help with some lighter residues or act as a deodorizer after the oil has been removed by another means. Essential oils are technically non-polar and can somewhat interact with vape oil, but they are often too mild and can leave their own greasy residue or stain if used in concentrated amounts. For serious vape oil spills, strong conventional solvents like isopropyl alcohol are generally the most reliable and efficient choice, balancing effectiveness with relative safety on a wide range of surfaces.

Conclusion

Dealing with a vape oil spill can certainly be a sticky situation, but it’s far from insurmountable. By understanding the basic chemistry of why vape oil is so stubborn and arming yourself with the right knowledge and tools, you can tackle nearly any mess effectively and safely. Remember the golden rule: “like dissolves like,” meaning non-polar solvents are your best friends here. Isopropyl alcohol and ethanol are your reliable workhorses for most surfaces, while acetone demands extreme caution for specific materials, and dish soap shines for fabrics and preliminary cleanups.

Always prioritize safety – ventilation, gloves, and eye protection aren’t suggestions; they’re non-negotiables. And never, ever skip the patch test. A few seconds of testing can save you from a permanent stain or irreversible damage. While prevention is always the best cure, knowing how to react confidently and correctly when a spill inevitably happens will make you a cleaning pro in no time. So go forth, clean with confidence, and keep your spaces, and your devices, spick and span!