In broad daylight, law enforcement officers raid a warehouse on the outskirts of the city of Sukhumi in Abkhazia, a Russia-backed breakaway Georgian region. No one's there; no drugs or weapons either. Only a large cooling cabinet containing dozens of electronic devices. This is a cryptocurrency mine.
A video of the raid was posted in December by the Abkhaz press service, one of many it has posted to YouTube since 2021. Crypto mining is banned in Abkhazia, yet for years this energy-intensive industry has flourished, attracted by the region's cheap hydropower.
For Abkhazia, it comes at a cost. The region typically faces seasonal power shortages as water levels drop in the winter, but they have become more disruptive because of crypto mining, which is sucking up electricity 24 hours a day.
What's happening in Abkhazia is extreme but it's indicative of a global trend. The crypto industry, while always volatile, is booming and is hungry for power. "Electricity is the largest cost input to crypto," said Theresa Sabonis-Helf, an energy security professor at Georgetown University.
To get their hands on it, many miners — both illegal, like those in Abkhazia, as well as legally-operating companies — are looking to places where they can tap into cheap electricity, often those with plentiful renewables. Experts warn it can come at a cost for local people, exacerbating shortages and diverting clean energy.
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Developers and contractors will need stronger whole life carbon assessment, lifecycle assessment, life cycle thinking in construction and life cycle cost discipline, backed by sustainable material specification, environmental product declarations (EPDs) and verified low embodied carbon materials.
The shift strengthens sustainable building design, low carbon design and eco-design for buildings, rewards low carbon construction materials and supports a circular economy in construction. It also raises the value of BREEAM and BREEAM v7 pathways for net zero whole life carbon, net zero carbon buildings and better control of the carbon footprint of construction.
UK backing for Agratas’s Somerset battery gigafactory and ITM Power’s Sheffield electrolyser expansion supports the industrial base behind green infrastructure, electrification and hydrogen systems, all of which matter for environmental sustainability in construction, energy-efficient buildings and low carbon building supply chains.
Record solar output is cleaning the grid faster, improving the case for all-electric sustainable design and carbon footprint reduction in operations. The harder challenge remains embodied carbon in materials, building lifecycle performance and the wider environmental impact of construction. A weaker UK market leaves sustainable building practices, circular construction strategies, end-of-life reuse in construction and the broader task of decarbonising the built environment dependent on execution, resource efficiency in construction and resilient supply chains.
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