3D MODELING
Yarwun 2005 Uprate
Kellogg Brown and Root
Orica and KBR jointly decided to use KBR’s
3D plant modeling capability, and KBR elect-
ed to use the Bentley AutoPLANT family of
products to undertake this work. AutoPLANT
made it possible for the 3D modeling work,
layout and piping design to be undertaken by
one piping designer. This included the admin-
istration of the Bentley software, generating
client-specific piping specifications, all 3D mod-
eling work, and the generation of piping plans,
pipe support details, and piping isometrics.
The 3D visualization technology enabled parties within the project team to communicate
and review various aspects of the project
from their base locations, which included the
client’s project and site offices and KBR’s
design office. ;
3D MODELING
Balance of plant (BOP)
Inesco CHP-project
KH Engineering b.v.
The overall project involved the construction
of a new combined heat and power plant,
which is used to produce steam, feed water,
demineralized water, and electricity for an
existing oxide plant in Antwerp, Belgium. The
new plant, which will be integrated into the
existing steam and water supply network,
consists of two identical gas turbine/genera-
tor sets. Each gas turbine is equipped with a
supplementary fired heat recovery steam
generator (HRSG) to produce steam. The duct
burners of the HRSG will be fed with waste
gasses and natural gas. Both HRSGs produce
steam at high and low pressure to drive the
steam turbine and generate power and to
supply export steam to the oxide plant. The
high-pressure steam is reduced in
temperature before it is exported to
the oxide plant.
Using Bentley AutoPLANT 3D products, KH-Engineering was able to do
the design of the piping, structural,
and civil works, and do the interface
management with other main equipment suppliers. The total amount of
engineering hours for KH-Engineering
for this part of the project will be
20,000 man-hours. The primary goal of
the project is to provide a good quality of steam at the end of 2005. ;
