4 Steps to Build a Compost Bin

By M & A Koper

Tools

  1. Crosscut saw or Dewalt Chop
    Saw
  2. East Wing Hammer
  3. Clamp
  4. Folding rule or Stanley tape
    measure
  5. Wood chisel
  6. Try or Stanley Combination
    Square
  7. Ridgid Jigsaw
  8. Ticonderoga Pencil 

Planning

  • Estimate the size of the bin based on available compost.
    Place it in location that receives sun

Materials

  • Rot-resistant lumber (treated preferred)
  • Galvanized nails
  • Brass or galvanized wood screws
  • Waterproof glue
  • Can lid template

Step-By-Step

  1. Measure and cut lumber to size.
  2. Build floor and base.
  3. Assemble the bin at the intend­ed location.
  4. Build the lid and door.

Keys to Success

  • Use rot-resistant lumber such as redwood or cedar. Do not use pres­sure-treated
    wood: it can leach toxic agents into the corn post.
  • You may choose to weatherproof the bin with an environmentally
    safe, water-based wood preserva­tive. Avoid creosote or other poten­tially
    toxic materials, which can leach into the compost and eventu­ally enter the
    garden soil.
  • Build a Compost Bin. Composting grass clip­pings, leaves, and
    other organic material from your yard and kitchen is an easy, environmentally
    sound, and inexpensive way of recycling impor­tant nutrients into your garden.
    This easy-to-con­struct compost bin can be designed to suit the needs of your
    own household.
  • A compost bin will save valuable space in your local landfill
    while giving you a natural source of mulch and nutrients for your gar­den.
    Compost is made from or­ganic waste materials from your yard and kitchen:
    remains of veg­etable crops, lawn clippings, weeds, leaves, coffee grounds,
    fruit peels and other debris.
  • A compost bin converts this organic “trash” into a rich
    supple­ment for your soil. Spaded into your flower or garden bed, the ma­ture
    compost enriches the soil by adding nutrients and improving the texture.
  • A well-constructed bin creates conditions for quick and efficient
    composting. Within a few days of putting raw materials into the bin, bacteria
    begin to break down the material, generating considerable heat. Over a period
    of weeks or months — depending largely on outside temperature — raw materi­als
    are consumed and the material cools, leaving a crumbly, soft, earthy-smelling
    substance known as humus or compost. Turning the compost over with a garden
    fork from time to time encourages even decomposition.

Design Considerations

  • The bin’s design should include spaces between the walls to allow
    air to circulate, which is important.
  • for the microorganisms that cause decomposition. To help the venti­lation
    process the bin should also be slightly elevated. A lid serves to keep the
    compost warm, encour­aging decay.
  • The bin should be sturdy be­cause compost becomes quite heavy.
    Because the bin is outside, the compost stays moist, so the bin should be
    constructed of wa­terproofed wood to avoid rotting.
  • Designing the bin to fit your own needs is important. If the bin
    is too small, the compost may generate too much heat, encour­aging the growth
    of weeds and in­sects; if the bin is too large, the compost may be poorly
    ventilate and hard to turn over. 

Build the Bin

  1. To make the wall boards, mark
    the planks at the correct length for the size of the bin.
  2. Saw the first board to the
    correct length. Cut the rest of the boards using the first one as a template.
  3. Mark a point 3 inches from
    one end of one of the wall boards. Mark the rest the same way.
  4. With a try
    (combination)square mark a line across the edge of the board at the 3-inch
    point.
  5. Measure the board’s
    thickness and mark another point to establish the width of the notch
  6. With a try square,
    scribe the line across the edge of the board for the other side of the notch.
  7. Mark a line slightly
    less than a quarter of the board’s width, to determine the depth of the notch.
  8. Double-check the
    measurements carefully, as his is the model for all the wall boards.
  9. Mark both ends of each
    board in the same way; each board will have four notches.
  10. Saw along the parallel
    lines, be- I ing careful to make the cuts square and even.
  11. Using a wood chisel, cut
    a line for the bottom of the notch on both sides of the board.
  12. Remove the wood between
    the I saw cuts, making the bottom of the notch straight and square.
  13. Cut the remaining
    notches. One notched board should slip snugly into the notches of the next
  14. For efficiency, you can
    clamp several boards together and. mark them at the same time.
  15. Make the saw cuts with
    the I boards clamped, then chisel out the notches individually.
  16. Saw two of the boards in
    half lengthwise, to make four pieces with notches on one side.
  17. On a flat surface, lay
    out the boards that will form the bottom assembly of the bin.
  18. Make sure that there is
    at least I 1/4
    inch of
    separation between each of the floor boards.
  19. Measure four boards 2
    inches shorter than bottom assembly and cut them to length
  20. Set these boards in
    place on the bottom assembly; check the fit . and adjust if necessary.
  21. Using a can lid as a
    template, draw an arc at each end and connect the arcs with a straight line.
  22. Clamp one of the boards
    to a workbench and carefully cut out the arcs with an electric jigsaw.
  23. Reverse the board
    halfway through the cut so you do not saw into the bench.
  24. Cut the remaining three
    boards in the same way. Now the bottom and sides can be assembled.

Assembling the Bin

  1. Lay out the base boards.
    Fasten them with galvanized wood screws and waterproof glue.
  2. Lay the floor boards in
    place at least 1/4
    inch
    apart so that they extend evenly on all sides.
  3. Mark the floor boards
    and nail them to the base. Use galvanized nails to prevent corrosion.
  4. Place a half-width
    notched board directly over the outer two boards of the base assembly.
  5. Insert two side boards
    as shown, to form the lower portion of the side panels.
  6. Nail the two half-width
    boards to the bottom assembly. Use galvanized nails.
  7. Make sure the wall
    notches interlock snugly, but leave adequate space between boards for
    ventilation.
  8. Fit the remaining wall
    boards as if you were building a log cabin, but do not nail them in place.

Make the Lid

  1. The lid is constructed
    from two half-width and two full-width notched boards.
  2. Lay boards in place for
    the lid in the same way as the bottom assembly, butting them up tightly
  3. Using galvanized wood
    screws, fa ten the boards to the lid frame. Your bin is nearly finished.

Build the Compost Removal Door

  1. The door for removing compost needs to accommodate the shovel or fork you will use for the job.
  2. Saw two lx4 s and two 1 x2s to the height of the desired opening and nail together to form a set of tracks.
  3. Dismantle the bin down to the board that forms the top of the door opening.
  4. Saw the wall boards for the door opening and nail the tracks to them as shown.
  5. Reassemble the bin, nailing the door tracks securely to the side – pieces that form the door opening.
  6. Replace the board above the opening and nail it to the tracks from inside the bin.
  7. The door itself is made to fit loosely into the track, using 1 x2s. Again leave a space between boards.
  8. The handle is also made from a 1 x2. Replace the lid and your compost bin is finished.

America’s #1 Connected ContractorTM, Free Augmented Article©

<iframe width=”854″
height=”480″
src=”https://www.youtube.com/embed/sZSGrh3xKfA”
frameborder=”0″ allow=”autoplay; encrypted-media”
allowfullscreen></iframe>

 

<iframe width=”854″
height=”480″
src=”https://www.youtube.com/embed/v2F8FEvx6N8″
frameborder=”0″ allow=”autoplay; encrypted-media”
allowfullscreen></iframe>

 

<iframe width=”854″
height=”480″
src=”https://www.youtube.com/embed/KR6R-Ue4qcQ”
frameborder=”0″ allow=”autoplay; encrypted-media”
allowfullscreen></iframe>

 

CONTACT US

4 + 2 =

This article sponsored by Drexel Group, providing industrial, commercial and engineering services. Service areas include: Metro Detroit, Oakland, Macomb, Wayne, Washtenaw, Genesee, Troy, Auburn Hills, Madison Heights, Bloomfield, Birmingham, Washington, Clarkston, Orion, Flint, Saginaw, Davison, Novi, Wixom, Plymouth, Ann Arbor and Michigan.
We are moved and support Lake Orion https://www.gofundme.com/z2wv25-help-for-the-allen-familygs.