39 Fires in 6 Days: Sleman Home Under Methane Siege

The fires, occurring up to seven times daily, destroyed parts of the house and left the family traumatized. Authorities evacuated the area and are working to vent the methane, which accumulates in pockets beneath the structure. This incident underscores the need for geological surveys before construction in methane-prone zones.

Methane, a colorless and odorless gas, can build up in soils from decaying organic matter or underground coal seams. When trapped under buildings, it can seep through cracks and ignite from sparks or heat sources. Sleman's location near volcanic formations may contribute to gas emissions, experts suggest.

For the affected family, the repeated fires mean loss of property and displacement. Local government is providing temporary shelter and assessing long-term solutions. This case serves as a warning for communities in similar geological settings to conduct gas testing.

Power Move: This incident reveals a critical gap in residential safety protocols: methane monitoring is rarely required in home construction. Expect stricter geological assessments for new buildings in Indonesia, especially near volcanic regions, as authorities learn from this recurring disaster.

This article was edited with AI assistance for readability. Read original here.