1. Brick Rubble
   
Test tiles exploring second-life granite in ceramics, fired to midfire (cone 6, left) and stoneware (cone 9, right). Rows show granite at three mesh sizes (super fine, fine, coarse); columns test it in clay bodies (5% and 20%),  the material alone on the surface (applied with CMC), and in glaze (+30%).
                 

FIRST LIFE  

            ORIGINClifton Brickworks
Assumed Preston and Brunswick claypit sites

           MEASUREMENTSStandard brick assumed 
110(w) x 230(l) x 76(h)

           COLOURMultiple types, but consistent colour throughout individual bricks. Colours range from deep red and mid red to light orange
           TEXTUREMultiple types. Some are dense with coarse grog, and some are crumbly with no grog

          FINISH / FEATURESTop - Smooth, slightly grainy surface
Bottom - Unpolished, abrasive
Consistent colour, texture and finish in all offcuts


SECOND LIFE 

           COLLECTION LOCATION Warehouse adaptive reuse site
-37.79785412649077, 144.98661158830336

            DATE OF COLLECTION
April 2022

            SUBURBCollingwood

            COUNTRYWurundjeri Woi Wurrung

            LOCAL COUNCILCity of Yarra

MATERIAL INFORMATION

           COMPOSITION Silica (sand) – 50% to 60% by weight. Alumina (clay) – 20% to 30% by weight. Lime – 2 to 5% by weight. Iron oxide – ≤ 7% by weight.


POTENTIAL APPLICATIONS

           SUBSITUTE FOR
Redart
Grog
Use grog in clay body to reduce shrinkage rates and for colour or texture
           IN CLAY BODY

           IN GLAZE
Use powder in glaze as colourant. For a smooth surface at Cone 6, fluxing agent needs to be added to lower the melting temperature

PREPARATION

           CALCINATION
n/a

           CUSTOM PREPARATION
Brush or wipe off any organic matter 
           MINIUMUM REQURIED EQUIPMENT
Hammer

           RATING
(Scale of 1 to 5, with 5 being hardest)
2-4

           NOTES Harder samples: semi-dense, loud 
Softer samples: easily crushable, powdery when struck


SAFETY &
HANDLING

           HAZARDS
If in contact with ground: may have hazardous material in the ground. Check if asbestos was on site. Check if site was previously industrial zoning (and what kind of businesses may have operated in or near the location to determine potential waste and leaching)
           SUGGESTED PPE
Respirator


SOURCING

           SEARCHING FOR SUPPLY
Contact builders, construction and demolition companies. 
Check skip bins accessible from the street. 
Look for scaffolding and construction fencing along streets, and check the building permit for a phone number if noone is on site. 

If a larger company: contact sustainability team/person

           WHAT TO BRING WITH YOU
Bucket or container
Gloves
Steel capped boots
PPE specific to construction site 
(potentially high-vis vest and hard hat)

           QUESTIONS TO ASK
Is there any reuse plan for any brick currently on site? 
Are any bricks being cut on site? (Collect slurry if so)

           RECYCLABILITY AS-IS
Construction
  • Whole bricks can be reused (either on site or transported elsewhere).
  • Damaged bricks may be partially salvageable depending on the application (ie, cut in half)

Landscaping/Gardening
  • Build garden beds, walls, firepit
  • Pavers
  • Plant substrate

Civil/Infrastructure
  • Road base component

           COLLECTION RECOMMENDATIONS
Check if they are slicing bricks with minimal damage to turn them into face bricks for different applications (and don't take).
Take broken bricks and smaller debris. Separate out from mixed waste by hand where possible.