Glass Tile - Revision history

Marcin at 00:36, 6 May 2026

2026-05-06T00:36:37Z

← Older revision		Revision as of 00:36, 6 May 2026
Line 38:		Line 38:
	\| 12 \|\| Thermal process expertise becomes centralized \|\| Create standard operating procedures, firing recipes, QC traveler sheets, failure-mode guides, and train multiple operators through documented runs.		\| 12 \|\| Thermal process expertise becomes centralized \|\| Create standard operating procedures, firing recipes, QC traveler sheets, failure-mode guides, and train multiple operators through documented runs.
	\|}		\|}

			=Links=
			*[[Kiln]]

Marcin at 00:35, 6 May 2026

2026-05-06T00:35:17Z

← Older revision		Revision as of 00:35, 6 May 2026
Line 5:		Line 5:
	Energy cost of $12 for firing per 1000 sf in a batch kiln, 4x8 feet, with 32 layers.		Energy cost of $12 for firing per 1000 sf in a batch kiln, 4x8 feet, with 32 layers.

	And, doubles up as aluminum melter, which is only 660C while glass is 850C. Thus, this is multiuse for dehydration, pottery, glass, fired brick, [[Belite Concrete]] (if Cone 5-6) firebrick and refractory (if Cone 10), and aluminum.		And, doubles up as aluminum melter, which is only 660C while glass is 850C. Thus, this is multiuse for dehydration, charcoal production (air-deprived, from pellets or chips), pottery, glass, fired brick, [[Belite Concrete]] (if Cone 5-6) firebrick and refractory (if Cone 10), and aluminum.

	Costs $25k, for 1000 sf/day production volume.		Costs $25k, for 1000 sf/day production volume.

Marcin at 22:08, 5 May 2026

2026-05-05T22:08:48Z

← Older revision		Revision as of 22:08, 5 May 2026
Line 5:		Line 5:
	Energy cost of $12 for firing per 1000 sf in a batch kiln, 4x8 feet, with 32 layers.		Energy cost of $12 for firing per 1000 sf in a batch kiln, 4x8 feet, with 32 layers.

	And, doubles up as aluminum melter, which is only 660C while glass is 850C. Thus, this is multiuse for dehydration, pottery, glass, fired brick, ~~belite concrete~~ (if Cone 5-6) firebrick and refractory (if Cone 10), and aluminum.		And, doubles up as aluminum melter, which is only 660C while glass is 850C. Thus, this is multiuse for dehydration, pottery, glass, fired brick, [[Belite Concrete]] (if Cone 5-6) firebrick and refractory (if Cone 10), and aluminum.

	Costs $25k, for 1000 sf/day production volume.		Costs $25k, for 1000 sf/day production volume.

Marcin at 22:07, 5 May 2026

2026-05-05T22:07:27Z

← Older revision		Revision as of 22:07, 5 May 2026
Line 5:		Line 5:
	Energy cost of $12 for firing per 1000 sf in a batch kiln, 4x8 feet, with 32 layers.		Energy cost of $12 for firing per 1000 sf in a batch kiln, 4x8 feet, with 32 layers.

	And, doubles up as aluminum melter, which is only 660C while glass is 850C. Thus, this is multiuse for dehydration, pottery, glass, fired brick, firebrick and refractory (if Cone 10), and aluminum.		And, doubles up as aluminum melter, which is only 660C while glass is 850C. Thus, this is multiuse for dehydration, pottery, glass, fired brick, belite concrete (if Cone 5-6) firebrick and refractory (if Cone 10), and aluminum.

	Costs $25k, for 1000 sf/day production volume.		Costs $25k, for 1000 sf/day production volume.

Marcin at 21:59, 5 May 2026

2026-05-05T21:59:36Z

← Older revision		Revision as of 21:59, 5 May 2026
Line 5:		Line 5:
	Energy cost of $12 for firing per 1000 sf in a batch kiln, 4x8 feet, with 32 layers.		Energy cost of $12 for firing per 1000 sf in a batch kiln, 4x8 feet, with 32 layers.

	And, doubles up as aluminum melter, which is only 660C while glass is 850C. Thus, this is multiuse for dehydration, pottery, glass, and aluminum.		And, doubles up as aluminum melter, which is only 660C while glass is 850C. Thus, this is multiuse for dehydration, pottery, glass, fired brick, firebrick and refractory (if Cone 10), and aluminum.

	Costs $25k, for 1000 sf/day production volume.		Costs $25k, for 1000 sf/day production volume.

Marcin at 21:56, 5 May 2026

2026-05-05T21:56:54Z

← Older revision		Revision as of 21:56, 5 May 2026
Line 10:		Line 10:

	https://chatgpt.com/share/69fa5d07-f764-83e8-a479-d3487f3b749c		https://chatgpt.com/share/69fa5d07-f764-83e8-a479-d3487f3b749c

			{\| class="wikitable"
			! # !! Risk !! Required Mitigation
			\|-
			\| 1 \|\| Glass chemistry incompatibility \|\| Sort cullet by known source and glass type. Exclude borosilicate, ceramics, stones, leaded glass, and unknown tempered glass until tested. Run small compatibility tests before production.
			\|-
			\| 2 \|\| Labor intensity dominates economics \|\| Design jigs, racks, standardized tile molds, batch handling carts, and simple QC stations. Track labor hours per square foot from day one.
			\|-
			\| 3 \|\| Defect and yield problems \|\| Define acceptable defect classes. Track scrap rate by batch. Tune cullet size, firing curve, tray release, annealing schedule, and loading method.
			\|-
			\| 4 \|\| Thermal uniformity failure \|\| Use ventilated rack geometry, distributed heating zones, center-stack thermocouples, edge thermocouples, and slow ramp/soak validation runs.
			\|-
			\| 5 \|\| Product is not aesthetically desirable \|\| Develop standard visual styles using controlled cullet color, particle size, texture, and surface finish. Produce sample boards before scaling.
			\|-
			\| 6 \|\| Installation system is harder than expected \|\| Design the tile as part of a complete wall/glazing system, including substrate, sealant, grout, expansion gaps, flashing, and waterproofing.
			\|-
			\| 7 \|\| Kiln throughput assumptions are optimistic \|\| Validate cycle time experimentally at 5, 10, 20, and 30 tray levels. Size production assumptions from measured full-stack firing data.
			\|-
			\| 8 \|\| Shelf and tray systems fail \|\| Use kiln wash, compatible refractory shelves, replaceable tray modules, low-mass supports, and scheduled inspection for warping, cracking, and sticking.
			\|-
			\| 9 \|\| Electrical infrastructure bottleneck \|\| Design DC heater banks with proper fusing, disconnects, bus bars, contactors, interlocks, grounding, thermal sensors, and overtemperature shutdown.
			\|-
			\| 10 \|\| Internal market saturates \|\| Match production to actual OSE building demand. Diversify outputs into tile, greenhouse glazing, pavers, blocks, countertops, and architectural panels.
			\|-
			\| 11 \|\| Upstream sorting becomes the bottleneck \|\| Build a cullet preparation line with intake inspection, washing, crushing, magnet screening, ceramic removal, and source-based batch labeling.
			\|-
			\| 12 \|\| Thermal process expertise becomes centralized \|\| Create standard operating procedures, firing recipes, QC traveler sheets, failure-mode guides, and train multiple operators through documented runs.
			\|}

Marcin at 21:55, 5 May 2026

2026-05-05T21:55:49Z

← Older revision		Revision as of 21:55, 5 May 2026
Line 5:		Line 5:
	Energy cost of $12 for firing per 1000 sf in a batch kiln, 4x8 feet, with 32 layers.		Energy cost of $12 for firing per 1000 sf in a batch kiln, 4x8 feet, with 32 layers.

	And, doubles up as aluminum melter, which is only 660C while glass is 850C.		And, doubles up as aluminum melter, which is only 660C while glass is 850C. Thus, this is multiuse for dehydration, pottery, glass, and aluminum.

	Costs $25k, for 1000 sf/day production volume.		Costs $25k, for 1000 sf/day production volume.

	~~https://chatgpt.com/share/69fa5d07-f764-83e8-a479-d3487f3b749c~~

	https://chatgpt.com/share/69fa5d07-f764-83e8-a479-d3487f3b749c		https://chatgpt.com/share/69fa5d07-f764-83e8-a479-d3487f3b749c

Marcin at 21:55, 5 May 2026

2026-05-05T21:55:19Z

← Older revision		Revision as of 21:55, 5 May 2026
Line 6:		Line 6:

	And, doubles up as aluminum melter, which is only 660C while glass is 850C.		And, doubles up as aluminum melter, which is only 660C while glass is 850C.

			Costs $25k, for 1000 sf/day production volume.

			https://chatgpt.com/share/69fa5d07-f764-83e8-a479-d3487f3b749c

	https://chatgpt.com/share/69fa5d07-f764-83e8-a479-d3487f3b749c		https://chatgpt.com/share/69fa5d07-f764-83e8-a479-d3487f3b749c

Marcin at 21:46, 5 May 2026

2026-05-05T21:46:22Z

← Older revision		Revision as of 21:46, 5 May 2026
Line 2:		Line 2:

	2kWhr/sf energy required for tile. Energy payback of ~20 days from same area of solar panel.		2kWhr/sf energy required for tile. Energy payback of ~20 days from same area of solar panel.

			Energy cost of $12 for firing per 1000 sf in a batch kiln, 4x8 feet, with 32 layers.

			And, doubles up as aluminum melter, which is only 660C while glass is 850C.

			https://chatgpt.com/share/69fa5d07-f764-83e8-a479-d3487f3b749c

Marcin: Created page with "Great application for glass recycling - and diffuse glass tile is ideal for greenhouse applications. 2kWhr/sf energy required for tile. Energy payback of ~20 days from same area of solar panel."

2026-05-05T21:18:52Z

Created page with "Great application for glass recycling - and diffuse glass tile is ideal for greenhouse applications. 2kWhr/sf energy required for tile. Energy payback of ~20 days from same area of solar panel."

New page

Great application for glass recycling - and diffuse glass tile is ideal for greenhouse applications.

2kWhr/sf energy required for tile. Energy payback of ~20 days from same area of solar panel.