This corner of the web is devoted to the development and operation of practical and efficient fuel-fired pottery kilns. No vague principles but data and explanations based on solid engineering and scientific principles, challenging a number of commonly repeated assumptions in pottery kiln design.
Meet Pottery Kiln Lab Read Post »
This post provides details of an experimental heat recovery system that uses a simple heat exchanger comprising a cast jacket to surrounding the chimney to preheat combustion air coming into the kiln.
Heat recovery system Read Post »
One reason to build a fuel-burning kiln is to produce beautiful reduction glaze effects. Whether kilns are wood-fired, gas-fired or oil-fired, the atmosphere can be starved of oxygen to produce these effects. This article outlines the chemical changes involved in combustion, explains the important differences between these types of fuel and the implications for the design and operation of the kiln.
Combustion and Reduction Firing in Pottery Kilns Read Post »
This article gives details about the design of an experimental gas-fired kiln. It was designed to be a practical working kiln that can also be a test kiln exploring alternative materials and DIY construction techniques and to provide a way to test several innovations for optimising fuel use in studio-scale kilns.
Experimental kiln design Read Post »
This is a report on the first high-temperature firing of an experimental gas-fired kiln built to test several innovations, including a multilayer refractory and insulating shell, a multiflame ribbon burner and an innovative heat recovery system.
Experimental kiln first cone 8 firing Read Post »
Click the image to download the kiln log as a pdf file.
Kiln log 27-03-2025 Read Post »
