furnace, kiln or oven

Indus Valley Civilization flourished in India and Pakistan owing to its technological advancements dating back to the 3rd millennium BC. The present paper aims to trace the emergence of pyrotechnology through documenting the industrial settlements that have been excavated in recent years, as well as locating the potential trading network for the craft items being produced at these small settlements on...

Introduction

“Vikings unwittingly made their swords stronger by trying to imbue them with spirits.
Iron Age Scandinavians only had access to poor quality iron, which put them at a tactical disadvantage against their neighbors.
To strengthen their swords, smiths used the bones of their dead ancestors and animals, hoping to transfer the spirit into their blades.
They couldn't have known that in so doing, they were forging a rudimentary form of steel.“

Matt Davis (2019)

Introduction

This experimental project aimed to reproduce the Hellenistic (fourth-third century BC) Greek pottery production process. The project was conducted by the authors, Francesca Tomei, PhD graduate in Archaeology at the University of Liverpool, and Juan Ignacio Jimenez Rivero, a ceramist specializing in replicating ancient pottery technology, who frequently collaborates with the Department of Classics, Ancient History, Archaeology and Egyptology, University of Manchester, on ceramic experimental archaeology projects and activities.

Culinary culture has played an essential role in the configuration and interaction of human societies throughout history, shaping both individual and collective identities. Like the modern Mediterranean diet, Phoenician-Punic subsistence relied on cereals, often in the form of...

This experiment, undertaken over a 12-month period in 2015 at Norton Priory Museum in Cheshire, formed part of a pedagogic case study and an experimental archaeology project. Here eight Archaeology and 12 Ceramics students from the University of Central Lancashire (UCLAN) researched, built, and fired a tile kiln using evidence from previous experimental archaeology projects on the site and other firing projects...

During the Bronze Age in Crete, agriculture, pottery production, metallurgy, textiles, architectural feats, trade, and other specializations flourished. Throughout habitation on Crete, pottery production was an area of craftsmanship and practicality from the end of the Neolithic to Mycenean and Iron Age. This experiment, however, relates to the Late Minoan I period in the geographical region of Mochlos...

The TRANSCOMB project

This research project, which started in 2020 and is funded by the Spanish Ministry of Science and Innovation, is led by the Catalan Institute of Classical Archaeology (ICAC) and counts on the participation of about 20 researchers from different institutions. The project aims to analyse Iron Age combustion structures in the north-eastern Iberian Peninsula, the South of France, and the Balearic Islands (See Figure 1). The main aim is to obtain data about the functioning and efficiency of these structures during a range of domestic activities.

The bowl furnace has been a somewhat neglected topic in the early history of iron making, often overshadowed in experimental work by the shaft furnace. This assessment attempts to re-evaluate the position of the bowl furnace in early iron-making - firstly by looking at how it is regarded in scholarly literature, and secondly, through an experimental reconstruction programme...

A common theory is that copper smelting first appeared in the Near East in close connection with the early pottery industry. However, copper smelting may well have been discovered many times in history and at many places. Our hypothesis is that copper smelting could have been discovered when the copper-bearing mineral malachite, accidentally or intentionally, was present in lime-burning kilns...

Background: The State of an Art?

Over the last three decades, bloomery iron smelting has moved from the largely theoretical to the practical. Although there were certainly earlier attempts via experimental process to build workable furnaces, most of these attempts were basically unsuccessful, at least in terms of actual iron production. Early researchers too often undertook (or at least only formally reported on) limited test series (one or two attempts) and many concentrated far too much on slag, not on the production of metallic iron itself.