INDUSTRIAL REGRIGERATION
INTRODUCTION
The purpose of this equipment is to reduce the installation time and increase the reliability, guarantee and efficiency of the process thanks to integraton of all the elements in our factory.
The Ammonia Pumping Skids are designed with a compact format to optimise the space and reduce the ammonia charge, making them the best solution where space is limited, and where there are restrictions on the refrigerant charge used.
APSs are designed with 1 or 2 compressors and drivers with VSD to offer the most cost-effective solution in the market to deal with changing circumstances and different operating requirements. The experienced design and the integration of efficient and robust elements make this equipment to have a long working life with low operating costs.
Ammonia condensation can be done by using a remote condenser (air, evaporative, adiabatic) or by integrating an exchanger in the chiller itself to condense ammonia with water.
TECHNICAL SPECIFICATIONS
01.
We integrate in the skid 2 or 3 refrigerant pumps, with one of them in stand-by, to supply the required refrigerant flow (freezer tunnels, refrigeration chambers, etc).
02.
We tend to integrate an economiser in the refrigeration circuit to increase the efficiency of the installation (higher COP) and the compressors reliability. The intermediate injection via economiser reduces discharge temperatures of the compressors, reducing the thermal stress of several components (compressor valves, oil,…)
03.
In our factory we integrate thermal insulation in the low-pressure (LP) and medium-pressure (MP) circuits of a refrigeration system is crucial for performance, energy efficiency, and safety.
04.
Integral control system with a Siemens S7-1200 PLC with PROFINET communication, Schneider Electric 10” screen and inverters for compressor control. Remote access available.
05.
We offer the possibility of designing and manufacturing the equipment with an external housing, protecting all the elements against the weather.
06.
We offer the option to integrate an additional heat exchanger to improve system efficiency by recovering heat from the oil or ammonia discharge.
07.
Our technical team with more than 20 years of experience in the design and manufacture of technically complex equipment, offers the flexibility to adapt our solutions to the specific needs of the project to offer the best solution. Get in touch with our technical office to request a quote for an Ammonia Pumping Skid according to the needs of your project.
INFORMATION
Cooling capacity
208.4kW
Shaft power
104.2kW
EER (APS)
2.00
COMP.Q.
2
MAYEKAWA MYCOM
i125L-H
Cooling capacity
306kW
Shaft power
151.2kW
EER (APS)
2.02
COMP.Q.
2
MAYEKAWA MYCOM
i160S-H
Cooling capacity
381.2kW
Shaft power
182.2kW
EER (APS)
2.09
COMP.Q.
2
MAYEKAWA MYCOM
i160M-H
Cooling capacity
456.4kW
Shaft power
216.4kW
EER (APS)
2.11
COMP.Q.
2
MAYEKAWA MYCOM
i160L-H
Standard Conditions: Ammonia in -30C/+35C condition with economiser and compressors running at 3550rpm
Cooling capacity
123.8kW
Shaft power
92.8kW
EER (APS)
1.34
COMP.Q.
2
MAYEKAWA MYCOM
i125L-H
Cooling capacity
183.2kW
Shaft power
134.6kW
EER (APS)
1.36
COMP.Q.
2
MAYEKAWA MYCOM
i160S-H
Cooling capacity
228.2kW
Shaft power
162kW
EER (APS)
1.41
COMP.Q.
2
MAYEKAWA MYCOM
i160M-H
Cooling capacity
273.4kW
Shaft power
192.4kW
EER (APS)
1.42
COMP.Q.
2
MAYEKAWA MYCOM
i160L-H
Standard Conditions: Ammonia in -40C/+35C condition with economiser and compressors running at 3550rpm
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