TRAINING CHILLER AND COOLING TOWER DESIGN, AND OPERATION

TRAINING CHILLER AND COOLING TOWER DESIGN, AND OPERATION

TRAINING OPERATION FOR COOLING TOWER SYSTEM

TRAINING DESIGN FOR COOLING TOWER SYSTEM

DESKRIPSI
Chiller and cooling tower are used in HVAC, power plant and refrigeration system. Design and operation of the equipments are very important to know for an engineer. This course covers the fundamentals and practical applications for understanding of design and operation of the chiller and cooling tower. The comprehensive coverage of the basic theory, system analysis, optimization concept, and calculation methods to make this the most complete course available today in achieving an economical system.

A.MATERI

1.    Chiller System and Basics
a.    Work Principle of Chiller
b.    Piping Basics
c.    Pumping Basics
d.    Control Valve Basics
e.    Loop Control Basics
f.    Air-Cooled Chillers
g.    Water-Cooled Chillers
h.    Piping and Diversity
2.    Chiller Construction and Safety
a.    Dual Compressor Chillers
b.    VFD Chillers
c.    System Design Changes
d.    Mechanical Room Safety Standard
e.    Single Chiller System
3.    Basic Operation and Arrangement of Chiller
a.    Basic Components
b.    Series Chillers System
c.    Single Chiller Sequence of Operation
d.    Parallel Chiller System
e.    Parallel Chiller Sequence of Operation
f.    Series Counterflow Chillers
g.    Using VFD Chillers in Series Arrangements
h.    System Comparison
i.    Very Large Chiller Plants
j.    Primary/Secondary Sequence of Operation
4.    Chiller Cooling System
a.    Water-Side Free Cooling

b.    Direct Waterside Free Cooling
c.    Parallel Waterside Free Cooling
d.    Series Waterside Free Cooling
e.    Waterside Free Cooling Design Approach
f.    Waterside Free Cooling Sequence of Operation
g.    Chilled Water Volume
h.    Chilled Water Temperatures and Ranges
i.    Minimum Chilled Water Volume
j.    Estimating System Volume
k.    Evaluating System Volume
5.    Cooling Tower
a.    Cooling Tower Types and Cooling Tower Systems
b.    General Design Consideration
c.    Cooling Tower Construction and Installation Requirements
d.    Tower materials
e.    Cooling Tower Design and Operation Consideration
f.    Cooling Tower Water and Bleed-off Water Control
g.    Improving Energy Efficiency of Cooling Towers
6.    Hybrid Plants and Energy Saving
a.    Heat Recovery and Templifiers
b.    Load Profiles
c.    Heat Recovery Chillers
d.    Variable Primary Flow Design
e.    Variable Primary Flow Sequence of Operation
f.    Low Delta T Syndrome
g.    Low Delta T Example
h.    Low Delta T Syndrome Causes and Solutions

B.PESERTA
Technicians, ME engineers and other who responsible for selecting, mechanical equipments.