Heat pipes are highly efficient thermal devices capable of transferring energy over both short
and long spans. In recent times, heat pipes have aroused to have enormous interest among …

Enhanced geothermal system (EGS) provides a feasible way for extracting geothermal
energy from hot dry rock (HDR) reservoirs, whereas seismic risk it might induce and …

One salient feature of the heat pipe system is its superior heat transfer efficiency, which
allows the transfer of significant amount of heat at near-zero temperature difference. In …

At medium-deep and deep parts of the Earth's crust lay vast and so far mostly untapped
reserves of geothermal energy. This energy source has the potential to meet humanity's …

Steel fiber reinforced concrete (SFRC) offers improved toughness, crack resistance, and
impact resistance. Nano-silica enhances the strength, durability, and workability of concrete …

Hot dry rock energy has the potential to be a solution for both energy shortage and carbon-
emission reduction. The novel technical scheme based on the super-long gravity heat pipe …

Hot dry rock geothermal resources are widely distributed at various reservoir depths,
possessing high energy potential and substantial extraction prospects. Heat extraction …

Super long gravity heat pipe (SLGHP) provides a novel way for harvesting thermal energy
from a deep geothermal reservoir. Previous research has demonstrated the feasibility of this …

Highly-efficient and environment-benign heat extraction and utilization technologies are key
to large-scale geothermal energy deployment. In recent developments, the innovative super …

Using super-long gravity heat pipes (SLGHPs) to exploit deep-earth geothermal energy has
indicated its technical superiority and viability; yet there is no practical application so far. The …