After closure, underground coal mines beneath the regional drainage begin to fill with water which
must be treated before discharging to the surface. The data presented here relates to two adjacent
flooded coal mines in northern West Virginia. Water from mine A is pumped into mine B at a single
transfer location (near B1 well), and pumps at the opposite end of mine B (near B2 well) withdraw water for treatment.
Available data includes hourly water level measurements at one location in mine A, two locations at opposite
ends of mine B, and monthly pump discharge at the transfer point between the mines. The goal of this
project was to transform raw data into a dataset which can be used for future time series analyses and
create figures capable of displaying this data.
must be treated before discharging to the surface. The data presented here relates to two adjacent
flooded coal mines in northern West Virginia. Water from mine A is pumped into mine B at a single
transfer location (near B1 well), and pumps at the opposite end of mine B (near B2 well) withdraw water for treatment.
Available data includes hourly water level measurements at one location in mine A, two locations at opposite
ends of mine B, and monthly pump discharge at the transfer point between the mines. The goal of this
project was to transform raw data into a dataset which can be used for future time series analyses and
create figures capable of displaying this data.