AIRPORTS
HOSPITALS
INSTITUTIONAL
PROJECTS
PLANTS
PROCESS
AUTOMATION
ALTERNATIVE
POWER
POWER
Power distribution and alternative power generation systems
Emergency and UPS systems
Essential power for mission critical and medical facilities
Short circuit calculation and protection coordination studies
Load analysis and evaluation of existing power systems
Implementation of PLCs and DCS
PROCESS CONTROL
Formulation of control strategies
Preparation of flow, functional, logic and wiring diagrams
Preparation of P&IDs, process narratives and instrument
specs
Proprietary systems for continuous, batch processes and
web handling systems with various aspects of analysis,
measurement and regulation of process variables
TECHNOLOGY
Data distribution infrastructures
Voice distribution
Electronic access control and surveillance systems
Nurse call and code blue
Implementation of medical diagnostic equipment
Fire alarm systems
OPERATION CONTROL
Analysis of facility physical infrastructure, management
structure, security requirements, legacy entities and
standards
Control objectives, flow of information and interfacing with
domains
Operation control concepts and control strategy
Information distribution and M-M-Interface means
MISSION CRITICAL FACILITIES
AIRPORTS
OPERATION CONTROL CENTERS
INDUSTRIAL PLANTS
HOSPITALS
INSTITUTIONAL PROJECTS
The
success
of
any
engineering
project
and
consequently
the
success
of
an
investment,
depends
in
the
large
measure,
on
the
proper
execution
of
design
tasks.
The
formulation
of
design
concept
and
the
selection
of
major
equipment
during
the
Schematic
Design
and
Design
Development
phases,
can
significantly
influence
production
of
the
Construction
Documents
and
determine
the
outcome
of
project
implementation.
Particularly,
the
initial
stage
of
project
requires
the
solid
professional
expertise.
For
the
most
part,
the
CD
and
CA
phases
of
any
project
could
be
well
executed,
if
supported
by
the
reputable
engineering
company,
with
the
assumption
that
the
professional
abilities
of
engineering
staff
are
matched
with
the
project
requirements.
The
adherence
to
applicable
codes
is
especially
important.
In
the
interests
of
the
investment,
the
process
should
be
properly
initiated
and
properly
supervised.
Having
many
years
of
the
experience
in
the
engineering
and
in
the
actual
implementation
of
various
projects,
we
are
particularly
qualified
to
execute
these
tasks.
We
can
enhance
the
engineering
process
and substantially contribute to the satisfactory outcome.
Over
the
years,
automation
systems
become
the
integral
part
of
the
equipment
and
facilities.
The
elements
of
automation
such
as:
detection
and
measurement
of
variables,
process
controls,
interface
with
humans
and
power
supply
can
be
found
in
almost
all
of
the
engineered
systems,
ranging
from
the
operation
control
centers,
transportation,
manufacturing
to
institutional
and
commercial
buildings.
In
parallel,
the
quality
and
adequate
capacity
of
the
power
distribution
systems
are
also
especially
important
elements
determining
the
proper
function
and
utilization of the engineering projects.
Our
combined
experience
in
both,
the
electrical
and
the
automation
engineering
allow
us
to
design
well
working
and
efficient
systems.
We
approach
the
design
process
in
the
holistic
manner,
giving
a
balanced
consideration
to
the
function
and
to
the
interface
aspects
of
project
subsystems.
We
pay
special
attention
to
the
selection
of
correct
equipment
and
to
the
efficient
lineup
of
subsystems,
with
emphasis
on
a
future expansion or a possible future modernization. Our engineering activities encompass:
