According to the Public Relations Department of Negine Makran
Petrochemical Development Company, the development was prompted by Chabahar's
arid and water-scarce region and the imperative need for safe and sustainable
water and electricity supply, crucial prerequisites for regional developmental
plans and the daily needs of the populace.
The assurance of adequate water and secure electricity provision
assumes paramount importance in attracting investments to petrochemical
projects, downstream industries, and other industrial endeavors.
In consideration of Chabahar's unique ecological landscape, rich
biodiversity, pristine natural features, and its potential as a tourist
attraction, there's an explicit emphasis on observing environmental
preservation principles in designing and executing any new developments and
artificial structures in the region.
The selection of the underwater intake method involved extensive
evaluations encompassing geological data, seabed compositions, coastal
morphology, system efficiency, implementation considerations, construction
costs, operation, maintenance, and the execution timeframe.
The chosen method, Microtunneling, is an advanced technique for
installing horizontal subterranean pipelines employing the Pipe Jacking
technique, allowing precise control over the excavation route.
This cutting-edge method, developed by countries like Germany, Japan,
and England, ensures simultaneous pipe laying through robust hydraulic jacks
while tunneling within a shield and ahead of the leading pipe.
Its deployment has garnered acclaim for its minimal coastal disruption
and aesthetically pleasing impact, preserving the environmental and scenic
beauty of the coastline. The drilling operations concluded on the third of Dey
1402 (December 24, 2023), culminating in the successful withdrawal of the
underground drilling apparatus on the same day.