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CAPEX to handle different flow conditions. The VS7
booster pumps featured a remote monitoring de-
vice to check insulation performance and guaran-
tee reliability across a temperature range of -60°C
to +40°C. Additionally, Trillium offered training on
maintenance to ensure optimal long-term opera-
tion.
Trillium’s Roto-Jet pitot tube technology is another
example of its engineering capabilities. Pioneering
the technology in the 1950s to enhance efficiency
for low-flow, high-head applications, the company
recently replaced conventional OH6 pump units in-
stalled at a refinery, which experienced significant
vibration and failure issues, with Roto-Jet pitot tube
pumps, reducing operating costs while improving
reliability.
Trillium supports customers throughout the oil and
gas value chain with a comprehensive portfolio of
pumps, valves, and services, solidifying its role as a
key partner in advancing operational efficiency and
sustainability.

Water BB3 type pump for water transmission at pipeline pumping station
Experts predict over half the world’s population will
face water stress within the next five years. Trillium
Flow Technologies supports its customers in ad-
dressing these challenges by providing specialized
products and technical expertise for sustainable
water management solutions.
Through its Termomeccanica Pompe brand, Tril-
lium supplied all the high-energy, high-efficiency
BB1-type pump packages for a recent major wa-
ter transmission project. The project comprised
a desalination plant with pumping stations, water
reservoirs, and a 345 km pipeline network tran-
sporting the desalted water from the coast to an
altitude of 1,700m. This installation demonstrates
Trillium’s expertise in large-scale water infrastructu-
re projects that secure water resources for growing
populations.
Another 165 km water pipeline system came online
recently using Trillium’s Gabbioneta Pumps brand VS1-type pull-out vertical pump for sea water supply at desalination plant
API 610 BB3-type heavy-duty process pump
packages. These systems operate reliably along
the pipeline, from the coast, through a dry desert,
and at altitudes of up to 3,500 m, underscoring duct and similar energy efficiency improvements in
their effectiveness in challenging geographies. Middle Eastern desalination plants have substan-
Trillium’s recent involvement in the world’s largest tially cut CO emissions. Trillium relies on advanced
2
and latest generation desalination plant showcases computational fluid dynamics (CFD) and finite ele-
its sustainability commitment. The company provi- ment method (FEM) analyses to optimize efficiency
ded Termomeccanica Pompe engineered pull-out and mechanical design, driving these sustainability
type vertically suspended pumps for seawater sup- gains. As the world faces mounting water security
ply and axially split horizontal pumps for potable challenges, Trillium continues to innovate to help
water distribution to the plant, which produces 40 shape a more water-secure, energy-efficient future.
million imperial gallons per day of drinking water for
over 700,000 people. The facility’s reverse osmosis
operations is powered by solar energy to reduce its
carbon footprint. Mining
Trillium has also made a significant impact on su- Trillium Flow Technologies demonstrates its mining
stainability by strategically upgrading and rerating and mineral processing expertise by delivering in-
existing systems. Its Italian service team is particu- novative pump solutions and comprehensive cu-
larly active in that sector. It recently achieved a 20% stomer partnerships. The company focuses on
reduction in energy consumption at an Italian aque- maximizing performance, reliability, and durability

Impiantistica Italiana - Marzo-Aprile 2025 51