10Nov, 2023
about hysave

Established in 1984

Is a company that specializes in liquid refrigerant pumping technologies. They have been at the forefront of developing liquid line refrigerant pumps and other refrigeration applications aimed at enhancing refrigeration efficiency and fluid heat transfer. Their efforts contribute significantly to the reduction of carbon emissions caused by refrigeration systems globally.

The company has been aiding the development of new technologies, improving upon existing methods, and creating efficient refrigeration designs. With decades of research into various methods of system design and operation, HY-SAVE has cultivated a wealth of knowledge and expertise in the field.

Their product range is highlighted by a line of fractional horsepower LPA® “Liquid Pressure Amplification” liquid refrigerant pumps, which have been a staple in the industry for over 40 years. These pumps are utilized in a variety of heat transfer applications, making refrigeration systems more efficient and less energy-intensive.

For those interested in making their systems more energy-efficient, HY-SAVE offers, case studies, and support for industry-related refrigeration heat transfer applications. Their liquid refrigerant pumps are versatile and can be installed in many different fluid-based heat transfer applications, including those involving CO2 fluids, propane, ammonia, and other refrigerants with higher specific heat capacities suited for efficient heat transfer.

To learn more about their technologies and how they can benefit your specific needs, HY-SAVE encourages contact for further information and assistance in optimizing refrigeration systems for energy efficiency and environmental sustainability.

Stepping back

Celebrating 40 years

1984-Company founded, Portland, Oregon, USA by Inventor Bob HYDE

  • First development and production of liquid line refrigerant pumps (for Freon) to “ensure 100% liquid” at the liquid metering device regardless of liquid line vertical height or pressure drop and associated liquid line flash gas.
  • HY-SAVE® technology established as a method of improving refrigeration efficiency.

 1986-First patent “Maximizing Refrigeration Capacity and Performance”

  • LPA pump (Liquid Pressure Amplification) introduced and established as slogan, trademark and brand
  • Sales and distribution for LPA pumps begin

1987-US distributor agreements

  • Distributors appointed USA & Canada
  • New style brochure “Tomorrows Refrigeration Technology Today” introduced

1989-Partner with US Gov. FEMP to support and document product efficiency and case studies

  • Introduced energy saving analysis and methods of determining efficiency
  • Improved performance and re-design of model 835 LPA pump
  • Improved model 850 for higher working pressures
  • Launched Stainless Steel Model 875 (Made  in America)
  • UL pressure strength and fatigue testing of models 809,815,820,833,860,875 recognized

1990-New efficient TEFC motors for tougher environments tested

  • Introduced new testing platform, improved quality and R&D

1992-HY-SAVE Inc. appoints representation in Florida, Key West and the Caribbean

  • Testing of liquid Injection into compressor cylinder heads for cooling began.
  • De-superheating of compressor cylinders using LPA pumped refrigerant started

1994 HY-DRY de-humidification process, established and patented

  • Established automated selection and sizing program to project efficiency
  • Filed numerous patents to protect LPA pump performance and operation
  • Set up and established refrigerant two phase flow research with LPA as a means of providing heat transfer between mediums know today as DX free cooling
  • Expanded the network of regional distributors
  • Increased Horse Power of model 850 0.5ph to model 860 0.6hp

1996 Plus 2 system for higher efficiency developed and patented

  • Expanded testing platform to include multi coupled pressure points
  • Improved facility to provide distributor and customer support

1998 HY-SAVE IP, patents, designs and technology acquired by DTE Energy Technologies, Michigan, USA

  • Introduced first Pump-Pro 1 electronic pump controller that monitors and controls the induced pressure developed by the LPA pump to control and protect against abnormalities in a refrigeration system.
  • Developed new methods of heat transfer and system efficiency with two phase cooling mediums and methods today known as DX Free Cooling

2000 HY-SAVE organization of regional and international distributors and OEM’s established

  • Energy efficient refrigeration research and development taken global
  • Established PP2 Version 2, as a method to protect LPA® pumps from running dry based on induced liquid differential pressure and quality of liquid entering the pump

2003 HY-SAVE acquires IP, patents, designs, trademarks, existing agreements and technology from DTE Energy Technologies, Michigan, USA

  • Terminated US distributor lack of performance re organisation of existing channels
  • Continued research and development of LPA technologies including two phase non vapor compression cooling systems
  • Reorganized US manufacturing, introduced new stringent process and quality control for production requirements
  • EU PED Certification for Models 833, 860 and 875 compliance introduced

2005 Assembly plant transferred to Europe from Portland, Oregon, USA

  • Improved distributor network
  • Enhanced the range of HFC LPA pumps for higher operating pressures

2006 HY-SAVE USA opens in Tampa, Florida

  • Launched cost effective remote energy monitoring device with built in Ethernet and GPRS
  • Continued development of new methods to remove moisture in cold rooms in combination with HY-DRY

2007 UK Pressure testing facilities enhanced to accommodate natural refrigerant pressures and process control

2008 HFC range of LPA pumps redesigned for higher operating pressures

  • Introduced more stringent quality control and specifications
  • Launched 3rd generation pump protection and control
  • Enhanced range of LPA pumps compatible with Co2 pressures

2009 HY-SAVE offices open in Dandong, China

  • Reviewed range of LPA pumps for added strength
  • Introduced mass manufacturing and control process of LPA pumps

2010 Pump Protection module 3 to include free cooling operation and protection launched

2011 Automated energy monitoring to precisely measure energy consumption launched

  • Model 925 LPA pump for HFC and Co2 applications, maximum working pressures at 50 bar (725 psi) introduced

2012 Official launch of model 925 for cascade Co2 applications

  • Production of model 809 for manufacturing to suite a wide range of domestic / light commercial Co2 refrigeration applications.
  • Engineered solutions to overcome -40F working temperatures specific to model 925
  • Consultation with Engineering propose new model 975 to accommodate single circuit 400 tons refrigeration energy savings with LPA®
  • UL Fatigue and Pressure testing of model 925 certification awarded

2013 Design and development of Phase 1 solar refrigeration with ejector LPA® pumps

  • Development of LPA® Liquid Refrigerant Pump boost liquid pressure 145 feet with ejector evaporating temperatures of (15F) annually.
  • Continued development and completion of super critical Co2 liquid pump design working pressure, 124 bar (1,800 psi) flow rate region o1 to 9GPM

2014 Official launch of LPA® Model 809-NH3

  • Testing of Liquid Injection Screw compressors port for compressor cooling in high ambient countries.
  • Design and development Ammonia fluid LPA® pump for natural refrigerant applications. Design pressure rated at 540 psi
  • Design and development world’s first in-line and auxiliary (TES) Thermal Energy Storage solutions for air conditioning and refrigeration systems
  • Development of new type Propane LPA® pump for greener refrigeration application
  • Development of Sub-Zero -40F LPA Model 860 for Arctic environments

2015 “Refrigeration on Demand” ™ The Thermal Storage Option introduced

  • Design and development higher pressure model 860-SS-080 rated at 80 bar for Co2 DXFC applications
  • Continued development model 875-SS-080 high pressure hold capacity LPA® pump Co2 applications

2016 “Compressor cooling” introduced

  • Set up, development thermal store, latent source thermal storage DX refrigeration storage & solutions, energy reduction in overall power consumption
  • Introduced DX free cooling for split air conditioning units, including wall and ceiling mounted indoor units established for intense heat extract applications

2017  Development range of Dual Stage (DS) Co2 Liquid Pressure Amplifiers solar AC

  • Model 833 rated 80 bar (1,087 psi) design operating pressure, self unloading, power 0.5HP
  • Model 820 rated 80 bar (1,087 psi) design operating pressure, self unloading, power 0.3HP
  • Range of DX Free Cooling split air conditioning units for with low power consumption and high efficiency
  • Established DX plate type latent heat thermal storage patent & sub applications

2018 Patents awarded, Plate Thermal Storage for Air Conditioning used in conjunction with DX Free cooling for low energy thermal cooling for future generations

  • Expansion of HY-SAVE’s production area includes R&D, testing, proto-typing, environmental testing sector & quality management
  • Helium leak detection implemented quality control set up and introduced

2019 Dual Stage model 820-DS introduced

  • The 820-DS performance, measurement, certification ended

2020 Implementation UKCA post Brexit (United Kingdom)

  • Implementation of post Brexit UK equivalent of the PED HPiVS CE2810 (Directive 2014/68/EU)  and  CE1521 for the UKCA, United Kingdom.

2021 Refrigerant based version and series LPA pumps upgraded to include Co2 & Nh3 fluids 80 bar design began.

  • Variant K65 connections approved higher operating conditions provided PS PED/UKCA 80 bar / 200 bar

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2023 R&D new concepts, designs and methods to improve refrigeration performance in hotter climates

  • Discharge superheat suppression, heat reclaim, compression heat, waste heat extraction to outdoors improves condenser performance and efficient operation in hotter geographical locations globally.