The Ultimate Guide to the Best Firewood for Your Fireplace

There’s nothing quite like the deep, radiant warmth and mesmerizing flicker of a real wood fire. It’s more than just a heat source; it’s an experience that brings comfort, ambiance, and a timeless focal point to any American home. But not all fires are created equal. The quality of your fire—how hot it burns, how long it lasts, and how safe it is—all starts with one crucial choice: the firewood you use.

Choosing the wrong wood can lead to a frustrating experience filled with excessive smoke, low heat output, and dangerous creosote buildup in your chimney. Choosing the right wood, however, transforms your fireplace into an efficient, beautiful, and satisfying heat source. This guide is designed to be your definitive resource, demystifying the world of firewood. We’ll explore everything from the science of seasoned wood to a detailed breakdown of the best (and worst) types of wood to burn, ensuring every fire you build is a perfect one.

The Foundation of a Great Fire: It’s All About Seasoning

Before we even mention a single tree species, we must cover the most critical concept in firewood: seasoning. Seasoning is simply the process of drying wood to reduce its moisture content. Freshly cut wood, or “green” wood, is over 50% water by weight. Burning green wood is a terrible idea for several reasons:

• Low Heat Output: The fire has to waste a huge amount of its energy boiling off the water inside the wood before it can produce usable heat for your room. This results in a smoldering, weak fire.
• Excessive Smoke: The inefficient, low-temperature burn of wet wood creates a massive amount of smoke. If you’ve ever had issues with fireplace smoke coming into your house, wet wood is a primary suspect.
• Dangerous Creosote Buildup: The smoke from wet wood is thick, black, and filled with unburned gases that condense on the cool walls of your chimney flue, forming a tar-like, highly flammable substance called creosote. This is the leading cause of chimney fires.

Properly seasoned firewood should have a moisture content of less than 20%. This is the golden rule. At this level, the wood ignites easily, burns hot and clean, and produces the maximum amount of heat with minimal smoke.

Hardwood vs. Softwood: The Main Event

All wood falls into two basic categories: hardwood and softwood. For a fireplace, this distinction is everything.

Hardwoods: The Kings of Firewood

Hardwoods come from deciduous trees (trees that lose their leaves in the fall), like oak, maple, and hickory. They are denser and heavier than softwoods.

• High Heat Output (BTU): Because they are so dense, hardwoods pack more potential energy per log. They produce a hotter, longer-lasting fire.
• Long-Lasting Coals: They burn down into a bed of hot, glowing coals that continue to radiate heat long after the flames have died down.
• Less Smoke & Creosote: When properly seasoned, they burn very cleanly with minimal smoke.

The bottom line: Hardwoods are the premium fuel for any fireplace or wood stove. While they can be more expensive and take longer to season, the superior performance is well worth it.

Softwoods: The Kindling Specialists

Softwoods come from coniferous trees (trees with needles and cones), like pine, fir, and spruce. They are less dense and contain more resin (sap).

• Easy to Ignite: Their low density and high resin content make them incredibly easy to light, which is why they are excellent for kindling to get a fire started.
• Fast, Flashy Burn: They burn very hot and fast with a big, bright flame, but they are consumed quickly.
• High Creosote Risk: The resin in softwoods produces more smoke and soot, leading to faster creosote buildup. They also have a tendency to “pop” and throw sparks due to trapped pockets of resin.

The bottom line: Use softwoods for kindling, but avoid using them as your main fuel source to keep your chimney cleaner and safer. The only exception might be in a wood stove, where a hotter fire can burn off some of the resins more cleanly. Even then, the difference in performance between a wood stove vs fireplace heating system is stark, with stoves handling different woods more efficiently.

Kiln-Dried vs. Air-Dried Firewood: Which Is Better?

When shopping for firewood, you’ll increasingly see “kiln-dried” wood offered as a premium option. Is it really worth the extra cost over traditionally air-dried wood? Here’s a thorough breakdown of both methods so you can make an informed choice.

The verdict: Kiln-dried wins on convenience and consistency. If you’re buying wood a week before winter hits, kiln-dried is the smart choice. If you’re planning ahead and buying in spring for the following winter, properly air-dried hardwood is every bit as good — and significantly cheaper. For the best of both worlds, buy a small supply of kiln-dried for immediate use and a larger supply of green or semi-seasoned wood to finish drying over the summer.

The Best of the Best: A Deep Dive into Top-Tier Hardwoods

While most seasoned hardwoods will perform well, some are truly in a class of their own. Here’s a breakdown of the A-list firewoods widely available in the United States.

1. Oak (Red and White) – The Undisputed Champion

If firewood were royalty, Oak would be king. It’s the gold standard against which all other firewoods are measured. It’s dense, widely available, and provides a superior burn.

• Heat Output: Extremely high. Oak produces a very hot, slow-burning fire that lasts for hours, creating a fantastic bed of coals.
• Seasoning Time: This is its only drawback. Due to its density, oak needs to be seasoned for a very long time. Red oak takes at least one full year, while ultra-dense white oak can take up to two years to reach that sub-20% moisture level.
• Verdict: The absolute best firewood if you have the patience to season it properly or can buy it pre-seasoned from a reputable dealer. Perfect for overnight burns.

2. Hickory – The Hot & Flavorful Choice

A close relative of the pecan tree, Hickory is another top-tier firewood that rivals oak in density and heat output. It’s famous in the barbecue world for its flavorful smoke, and it brings that same quality to the fireplace.

• Heat Output: Excellent, one of the highest BTU ratings available. It burns extremely hot and long.
• Aroma: Many people love the strong, pleasant, almost sweet aroma it produces.
• Seasoning Time: Like oak, it is very dense and requires at least a year of seasoning.
• Verdict: A fantastic, premium firewood. If you can find it, it’s an excellent choice for anyone wanting maximum heat and a pleasant scent.

3. Hard Maple (Sugar Maple) – The Reliable Performer

Not to be confused with its softer relatives like silver maple, Hard Maple (or Sugar Maple) is a dense, high-quality firewood.

• Heat Output: High. It burns very steadily and hot, producing a long-lasting fire with beautiful coals.
• Ease of Use: It’s generally easier to split than oak or hickory.
• Aroma: It produces a very pleasant, sweet, and mild aroma.
• Verdict: A top-quality, reliable firewood that’s easier to handle than oak but provides a similarly excellent burning experience.

4. Ash (White Ash) – The People’s Choice

Ash is often beloved by firewood veterans for its fantastic all-around properties. Unfortunately, the Emerald Ash Borer insect has devastated Ash populations in many parts of the U.S., making it harder to find but also creating a supply from felled trees.

• Heat Output: High, providing a steady, long-lasting fire.
• Ease of Splitting: This is its claim to fame. Ash is famously straight-grained and easy to split, even with a simple maul.
• Seasoning Time: It has a naturally lower moisture content and seasons much faster than oak or maple, often ready in about six months.
• Verdict: An outstanding firewood in every category. If you can source it, its combination of high heat and easy processing is hard to beat.

5. Birch – The Quick & Aromatic Burner

Birch is easily recognizable by its beautiful, often papery bark. While not as dense as the top-tier hardwoods, it’s still an excellent choice, especially for the shoulder seasons of fall and spring.

• Heat Output: Medium-high. It produces a good amount of heat but burns faster than oak or maple.
• Ease of Use: It lights very easily (the bark itself is a fantastic natural fire starter) and produces a bright, cheerful flame.
• Aroma: It has a wonderfully pleasant scent while burning.
• Warning: The papery bark can produce some flakey ash, and it can contribute to creosote if not fully seasoned. Always ensure your chimney is well-maintained, using the best chimney brush for your liner and a chimney sweep vacuum for clean maintenance.
• Verdict: A great “ambiance” wood that’s easy to work with and provides good heat, even if it doesn’t last as long as the denser hardwoods.

More Excellent Hardwoods Worth Knowing

Beyond the classic top five, several other hardwood species deserve recognition. Depending on your region, these may actually be the easiest and most affordable firewood options available to you — and several of them rival oak in outright heat output.

Black Locust — The Hidden Gem

Black locust is criminally underrated in the firewood world. It is one of the densest, hardest hardwoods that grows in North America, with a BTU rating that rivals or even surpasses white oak at roughly 26–27 million BTUs per cord. It produces a very long, slow-burning fire with minimal smoke, virtually no spark, and very little ash. Its one significant downside is that it’s extremely difficult to split, especially when dry — if possible, split it immediately after cutting while the wood is still fresh. If you live in the eastern U.S. where black locust grows prolifically (often considered an invasive species), you may find it available cheaply or even for free from tree services.

Beech — The Elegant, Even Burner

European and American beech is a superb firewood with excellent heat output (around 27 million BTUs per cord), very low spark production, and a pleasantly mild aroma. It splits reasonably well and seasons in roughly 12 months. Beech produces an even, steady flame rather than the dramatic high-heat bursts of hickory, making it ideal for a controlled, comfortable living room fire. If you want a wood that creates a beautiful, steady flame without excessive crackling or sparking — perfect for an open fireplace in a living room — beech is an ideal choice.

Black Walnut — Premium Firewood with a Bonus

Black walnut is a dense, high-BTU hardwood (around 22 million BTUs per cord) that produces a clean burn with a pleasantly distinctive aroma. Its main appeal in the firewood world is often as a byproduct of harvesting walnut for its premium cabinet-making lumber — the offcuts and rejected pieces make excellent firewood at comparatively low cost. It splits reasonably well and seasons in about a year. Note that walnut trees should never be burned in wood stoves used for cooking, as walnut shells and hulls contain juglone, a compound that is mildly toxic to some plants — though its impact when burned for heat in a fireplace is considered negligible.

Elm — Usable but Challenging

Elm is worth mentioning because dying and dead elms (killed by Dutch elm disease) are frequently available. Elm produces decent heat output — roughly 20 million BTUs per cord — but it’s notoriously difficult to split due to its interlocking, cross-grained fiber structure. A hydraulic log splitter is virtually essential for processing elm efficiently. If you have access to free or cheap elm, the heat output justifies the processing challenge, but it shouldn’t be your first choice if easier options are available.

Fruitwoods for the Fireplace: Cherry, Apple & Beyond

Fruitwoods occupy a special, beloved niche in the firewood world. While they typically don’t match the raw BTU output of the hardwood heavyweights, they make up for it with exceptional aroma, a beautiful flame character, and a pleasant ambiance that is unmatched. If you have an apple orchard, a cherry tree, or a backyard plum that needed to come down, you’re sitting on some of the finest fireplace wood available.

Apple Wood — The Sweetest Burning Wood

Apple is consistently rated as one of the most pleasant-smelling woods you can burn. It produces a gentle, sweet, fruity aroma that fills a room without being overpowering. Apple burns with a beautiful, steady flame and produces relatively modest amounts of smoke when well-seasoned. Its heat output is moderate — around 26 million BTUs per cord for dense, mature apple wood — which puts it in surprisingly respectable company. Apple is also popular in the smoker/BBQ world for pork, poultry, and fish. If you can source it, burning a log or two of apple alongside denser oak makes for a truly special evening fire.

Cherry Wood — The Aromatic Classic

Cherry is another beloved fruitwood with a distinctive, slightly sweet and subtly spicy aroma. Like apple, it burns very cleanly when properly seasoned and produces a gorgeous deep-amber flame. Its heat output is moderate (around 20 million BTUs per cord), and it seasons relatively quickly — usually 6–9 months. Cherry’s one quirk is that fresh, unseasoned cherry can produce a slightly acrid smoke — always make sure it’s fully dry before burning.

Pear & Plum

Both pear and plum wood share the fruitwood characteristics of pleasant aroma and beautiful flame but are rarely available in quantities large enough to be practical as a primary heat source. They’re best treated as “bonus” wood — throw a piece on an established fire to enjoy the scent. If you’re pruning or removing a fruit tree, dry the pieces and set them aside as a special-occasion addition to your firewood collection.

Complete Firewood BTU & Heat Output Guide

BTU — British Thermal Unit — is the standard measurement of a fuel’s energy content. One BTU is the amount of energy needed to raise the temperature of one pound of water by one degree Fahrenheit. When comparing firewood species, BTU per cord is the gold-standard measurement. Here is an expanded reference chart covering the most common firewood species in North America:

How Much Firewood Do You Need for Winter?

This is one of the most common questions new firewood buyers ask — and the honest answer is: it depends. Usage patterns, climate, home insulation, and whether your fireplace is a primary heat source or an occasional ambiance fire all factor into the equation. That said, here are some solid baseline estimates to help you plan:

One cord of dense hardwood like white oak or hickory provides roughly 200 gallons of heating oil equivalent in BTU content. Understanding this equivalency helps when comparing the cost of wood heat against other fuel sources — and right now, in most of the country, properly sourced firewood offers very competitive heating economics.

Splitting Firewood: Tools, Technique & Safety

Splitting your own firewood is a satisfying, cost-effective skill — and it dramatically accelerates the seasoning process by exposing the interior wood fibers to drying air. Here’s a practical overview of the tools and techniques involved.

Splitting Tool Options

Splitting Maul: The classic hand tool for splitting firewood. A splitting maul is a heavy (6–8 lb) wedge-headed axe designed to drive through log fibers rather than cut them. The wide, blunt head forces wood apart along the grain. This is the right tool for most home firewood processing and can handle anything up to about 14 inches in diameter.

Felling Axe vs. Splitting Maul: These are two very different tools with different purposes. A felling or hatchet axe has a thin, sharp blade for cutting across the grain — it will glance off or stick in a log rather than splitting it. Always use a splitting maul or wedge for processing firewood, not a felling axe.

Steel or Plastic Wedge + Sledgehammer: For very large rounds or extremely stubborn grain (like elm), a steel splitting wedge driven by a sledgehammer is the solution. Drive the wedge into existing cracks at the top of the log and it will lever the wood apart even when a maul can’t get through.

Manual Log Splitter (Kindling Cracker): Small manual kindling splitters are excellent for safely processing small pieces for kindling without swinging a full-size maul. They enclose the log so fingers stay safe — a great option for older family members or those less comfortable with heavy swinging tools.

Hydraulic Log Splitter: For anyone processing more than a cord or two per season, or dealing with large, gnarly rounds, a hydraulic log splitter is a dramatic time-saver. These machines (available for rent at most equipment rental shops) can process a cord of firewood in an afternoon that would take days to split by hand. They’re invaluable for tough species like elm, black locust, and large oak rounds.

Splitting Technique: The Basics

1. Set up a chopping block: Place your log on a stable, low chopping block (a large round section of a log works perfectly). Never split on the ground — it absorbs the force of your swing and the maul gets stuck.
2. Aim for existing cracks: Fresh-cut log ends almost always have radial cracks running from the center outward. These are natural splitting lines — aim your maul directly at them.
3. Work from the outside in: For large rounds, don’t start by trying to split directly down the center. Split slabs off the outside edge first, then work toward the center. This is dramatically easier and faster.
4. Use gravity, not just strength: Let the weight of the maul do the work. A controlled, accurate swing from height is more effective than a powerful but poorly aimed strike. Accuracy beats brute force every time.
5. Split immediately after felling: Fresh-cut green wood splits far more easily than dry, seasoned rounds. Split first, then season — you’ll save significant effort and dramatically speed up the drying process.

Firewood Storage: The Complete Guide

Poor storage is the single biggest reason why people end up burning wet, smoky wood even when they bought or cut it months ago. Correct storage is not complicated, but it does require paying attention to a few key principles.

Location, Location, Location

Choose your storage location carefully. Ideal characteristics include: full or partial sun exposure during the day, good prevailing airflow (avoid corners completely sheltered from wind), and elevated ground that doesn’t pool water after rain. A south or southwest-facing location gets the most afternoon sun in North America, which is the most powerful natural drying force available.

How far from the house? Store your main firewood supply at least 5–10 feet from your home’s exterior. This reduces the risk of wood-boring insects and termites finding a pathway from your firewood into your home’s structure. Bring only a small two- to three-day supply inside in a dedicated indoor log holder — never store large quantities of wood against the house foundation or in an attached garage.

Stacking Methods

The single-row stack (also called a “cord stack”) is the gold standard for seasoning: one log wide, as long as your space allows, stacked in alternating layers with bark-side down on the bottom and bark-side up on the top row. This creates natural thatch that sheds rain while the interior of the stack dries. Avoid building stacks more than about 4–5 feet tall without cross-support — they become unstable and collapse. Use “end pillars” of perpendicular logs to anchor each end of a long row.

Covering Your Wood

A common mistake: covering the entire firewood pile with a tarp to “protect” it. A fully covered pile traps moisture inside and promotes mold and rot. Correct approach: cover only the top third of the pile to protect it from direct rain and snow, leaving the sides completely open for airflow. A dedicated firewood cover with elasticated edges works perfectly, or you can use a standard tarp weighted with bricks at the corners.

Firewood Racks and Holders

Elevating your firewood off the ground is non-negotiable. Ground contact promotes rot from the bottom up, provides easy access for insects, and prevents the bottom rows from ever truly drying. A steel firewood rack (like the one linked above) elevates the wood several inches, allows airflow underneath, and keeps the stack neat and organized. For indoor use, a smaller decorative log holder keeps a tidy, accessible supply by the fireplace without bringing dirt and insects inside your home.

How to Buy Firewood Like a Pro

If you’re buying firewood, you need to be a savvy customer.

• Know Your Measurements: Firewood is sold by the “cord.” A full cord is a tightly stacked pile measuring 4ft high × 4ft wide × 8ft long (128 cubic feet). A “face cord” or “rick” is 4ft high × 8ft long but only as wide as the logs are cut (e.g., 16 inches). Be sure you know what you are paying for.
• Ask Questions: Ask the seller what type of wood it is (ask for a hardwood mix) and when it was split. Be wary of anyone selling “seasoned” wood that was only split a month ago.
• Inspect the Wood: Look for signs of seasoning. Seasoned wood is often grayish in color, lighter in weight, and has cracks (checks) on the ends. When you knock two pieces together, it should make a sharp “clack” sound, not a dull “thud.”
• Bring Your Meter: The best way to avoid being ripped off is to bring your moisture meter and test a few pieces before you buy. Any reputable seller should have no problem with this.
• Ask about delivery and stacking: Many firewood vendors will deliver and dump a cord at the edge of your driveway. Getting them to stack it (often available for an extra fee) can save you significant labor, especially with dense hardwoods.
• Buy in volume for discounts: Most firewood sellers offer meaningful discounts for buying two or more cords at once. If you have the storage space, buying your winter supply in a single delivery is almost always cheaper per cord than buying half a cord at a time through the fall.

Fire-Starting Techniques: The Right Way to Build a Wood Fire

Even the best-seasoned hardwood in the world won’t perform well if you don’t build and light your fire correctly. Here are the two most effective fire-building techniques used by fireplace professionals.

The Traditional Bottom-Up Method

This is the method most people know: place a firestarter or crumpled newspaper at the base, add a tipi or crisscross arrangement of kindling on top, then lay the larger logs above. It works, but requires more attention and management during the first 10–15 minutes as you build up the fire.

1. Open the damper fully before lighting anything. A closed or partially-open damper is the number-one cause of smoke-filled rooms.
2. Warm the flue: hold a lit piece of newspaper or a long-handled lighter near the open damper for 30–60 seconds before lighting the main fire. This creates an upward draft in a cold chimney and prevents the initial smoke from drifting into the room.
3. Place two fire starter cubes or crumpled newspaper at the center-front of the firebox grate.
4. Build a loose “log cabin” or tipi of small kindling pieces (pencil-diameter) over the starter material, then add slightly larger split kindling on top.
5. Place two medium-sized split hardwood logs in a V-shape behind the kindling pile, touching but not crushing the kindling.
6. Light the starters, then leave the fireplace screen slightly open for the first few minutes to allow maximum airflow. Once the kindling is actively burning, add your main logs and close the screen.

The Top-Down Fire Method (The Pro Approach)

The top-down method is increasingly favored by fireplace enthusiasts and professionals because it burns cleaner with dramatically less smoke, requires almost zero tending once lit, and produces a more consistent, long-lasting fire. It works by burning from the top of the fuel stack downward, producing heat that pre-heats the logs below before they ignite — a much more efficient sequence than burning from the bottom up through cold logs.

1. Place your two largest logs parallel to each other on the fireplace grate, a few inches apart.
2. Place a second layer of medium logs on top of the first, at a 90-degree angle (like building a log cabin).
3. Add a third layer of smaller split pieces on top, again at 90 degrees.
4. Place a final layer of small kindling sticks on top of the stack.
5. Place two fire starter cubes or crumpled newspaper at the very top of the structure and light them. The fire will work its way downward through the progressively larger logs.
6. Close the fireplace screen and watch the magic happen. The top-down fire typically requires zero adjustment after lighting and burns steadily for hours.

How to Get More Heat from Your Fireplace

Many people are surprised by how little heat actually enters a room from a traditional open masonry fireplace. The honest truth is that an open masonry fireplace is relatively inefficient — much of the heat goes straight up the chimney. Here are practical ways to maximize what your fireplace delivers:

Creosote: Understanding, Preventing & Removing It

Creosote is the silent threat in every wood-burning fireplace. It’s the dark, combustible byproduct of incomplete wood combustion that deposits on the interior walls of your chimney flue over time. At its mildest, it’s a dusty black powder that brushes away easily. At its worst — Stage 3 creosote — it’s a thick, tar-like glaze that is virtually impossible to remove and presents a serious fire hazard.

The Three Stages of Creosote

Stage 1 (Flaky Deposits): Light, sooty, flaky deposits that brush away easily with a standard chimney brush. Regular annual cleaning prevents Stage 1 from progressing further. This is the only stage that is easy to deal with at home.

Stage 2 (Tar-Like Buildup): Shiny, tar-like deposits that have hardened and cling to the flue walls. This stage requires more aggressive mechanical cleaning tools and should be handled by a certified chimney professional.

Stage 3 (Glazed Creosote): This is the most dangerous form — a thick, hardened, glossy coating that is extremely difficult to remove and highly flammable. Stage 3 creosote requires professional chemical treatment followed by mechanical removal. In severe cases, the only safe solution may be flue relining. If a chimney fire ignites Stage 3 creosote, it burns at temperatures that can crack or collapse the flue structure.

How to Prevent Creosote

• Burn only properly seasoned or kiln-dried hardwood — this is the single most effective prevention measure
• Never smolder a fire — always burn hot, active fires rather than letting a fire die down to a low, smoky smolder
• Avoid burning softwoods as a primary fuel source
• Ensure your damper is fully open during every fire
• Have your chimney professionally cleaned and inspected at least once per year, more frequently if you burn daily
• Use creosote-reducing chimney logs (like “Creosote Sweeping Log”) as a supplement to — not a replacement for — professional cleaning

Firewood Pests & Insects: What You Need to Know

Firewood is a known highway for insects into your home — and in some cases, a vector for spreading invasive tree pests between regions. Understanding the risks helps you manage them effectively.

Common Firewood Insects

Wood-Boring Beetles: Many species of beetles lay eggs in or under the bark of recently felled trees. The larvae bore through the wood as they develop, and can emerge from stored firewood indoors. While most wood-boring beetles are harmless to your home structure, a sudden emergence of beetles indoors is unpleasant. The solution: store wood outdoors until you need it, and only bring in what you’ll burn within 24–48 hours.

Termites: This is the real concern. Storing firewood directly against your home’s foundation or siding creates a direct bridge for termites to access your home’s structure. Always maintain that 5–10 foot separation from the house and keep wood elevated off the ground.

Emerald Ash Borer (EAB) and Other Invasive Species: Transporting firewood from one region to another is one of the primary ways invasive wood pests spread. The EAB has devastated ash populations across the eastern U.S. in large part due to infested firewood being moved by campers and travelers. Many states have strict regulations about moving firewood across county or state lines. Always buy firewood locally and don’t transport it more than a few miles. Look for the “Buy It Where You Burn It” principle when planning camping trips.

Fireplace Safety Checklist: Before You Light Your First Fire

Before you light a fire, especially at the start of a new season, run through this safety checklist to ensure your fireplace and chimney are ready for use.

• Schedule a professional chimney inspection and cleaning (CSIA-certified sweep) before the first fire of the season
• Test your smoke detectors and carbon monoxide detectors — replace batteries if needed
• Ensure detectors are properly placed: smoke detectors on every level and inside each bedroom; CO detectors on every level, especially near sleeping areas
• Check that your fireplace damper opens and closes fully and smoothly
• Inspect the firebox for cracks, loose mortar, or damaged firebrick — damaged masonry must be repaired before use
• Check your chimney cap — a missing or damaged chimney cap allows rain, debris, and animals into the flue
• Clear a 3-foot radius around the fireplace of all flammable materials (rugs, furniture, curtains)
• Have a spark screen or glass door to prevent embers from escaping the firebox
• Keep a fire extinguisher rated for Class A fires within accessible reach
• Never leave an active fire completely unattended — especially with children or pets in the home
• Allow ashes to cool for at least 24 hours before disposal — place in a metal container with a lid, never in plastic or cardboard

The “Do Not Burn” List: Woods to Avoid at All Costs

Just as important as knowing what to burn is knowing what to never put in your fireplace. Burning the wrong materials can be incredibly dangerous, releasing toxic chemicals and creating serious fire hazards.

A Seasonal Firewood Guide: What to Do When

Managing your firewood supply is a year-round activity, not just a winter task. Here’s a month-by-month overview of the ideal firewood calendar:

Practical Firewood Guide: From Tree to Fire

Knowing the best wood is only half the battle. You also need to know how to source, process, and store it correctly.

How to Properly Season Your Own Firewood

1. Cut to Length: Cut logs to a length that fits comfortably in your fireplace, typically 16–18 inches.
2. Split Promptly: Split the logs as soon as possible after cutting. This exposes the interior wood to air and dramatically reduces drying time. Leaving logs “in the round” traps moisture.
3. Stack for Airflow: Stack the split wood in a single row with the split-side down, in a location that gets good sun and wind. Leave gaps between logs for air to circulate. Elevate the pile off the ground on a log rack or pallets.
4. Cover the Top (Only): Cover only the top third of the pile with a tarp or dedicated firewood cover. This protects it from rain and snow while leaving the sides open for air to escape. Covering the entire pile traps moisture and promotes mold.
5. Be Patient: Wait the required time (6 months for softwoods/Ash, 1–2 years for Oak/Hickory), and then use your moisture meter to confirm it’s ready.

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