CO₂ cooling or NH₃ heating
CO₂ cooling or NH₃ heating applications - GEA single-stage high pressure packages are the perfect fit for either of them.
The GEA Grasso SP1 HP (high-pressure) design is based on the successful, classic GEA Grasso SP1 line. Specific design elements and features relevant for cooling with CO2 or when operating as a heat pump with NH3 makes the SP1 HP series a most efficient and reliable choice for any such applications.
For over a decade GEA screw compressor packages are used for countless CO2 refrigeration and NH3 heat pump projects. Plentiful experience that helped transforming previously customized units into a new standard high-pressure model range.
The series provides 20 models (compressor frame size) for NH3 heat pumps and 17 models (compressor frame size) for CO2 applications.
GEA RTSelect – our selection and configuration program will help you to find the right equipment for your refrigeration and heating plant.
Screw package model | Speed
(rpm) | Heating capacity
(kW) | Cooling capacity
(kW) | ||
Swept volume size * | R717,
+30/+75 °C 10 K subcool. | R717,
-10/+60 °C 10 K subcool. | R717,
+30/+75 °C 10 K subcool. | R717,
-10/+60 °C 10 K subcool. | |
GEA Grasso SP1 HP - C | 3600 | 634 | 240 | 489 | 143 |
GEA Grasso SP1 HP - D | 3600 | 752 | 276 | 581 | 170 |
GEA Grasso SP1 HP - E | 3600 | 943 | 332 | 731 | 207 |
GEA Grasso SP1 HP - G | 3600 | 1117 | 386 | 874 | 248 |
GEA Grasso SP1 HP - H | 3600 | 1455 | 491 | 1145 | 314 |
GEA Grasso SP1 HP - L | 3600 | 1680 | 565 | 1322 | 362 |
GEA Grasso SP1 HP - M | 3300 | 2071 | 674 | 1646 | 436 |
GEA Grasso SP1 HP - N | 3300 | 2542 | 828 | 2024 | 534 |
GEA Grasso SP1 HP - P | 3300 | 2373 | 786 | 1883 | 518 |
GEA Grasso SP1 HP - R | 3300 | 3031 | 1016 | 2409 | 669 |
GEA Grasso SP1 HP - S | 3300 | 3764 | 1276 | 2987 | 846 |
GEA Grasso SP1 HP - T | 3300 | 4252 | 1425 | 3379 | 948 |
GEA Grasso SP1 HP - V | 3300 | 4988 | 1659 | 4009 | 1116 |
GEA Grasso SP1 HP - W | 3300 | 5776 | 1922 | 4677 | 1302 |
GEA Grasso SP1 HP-HW | 3600 | 6315 | 2340 | 5050 | 1390 |
GEA Grasso SP1 HP - Y | 3300 | 6947 | 2325 | 5612 | 1579 |
GEA Grasso SP1 HP-HY | 3600 | 7645 | 2830 | 6125 | 1690 |
GEA Grasso SP1 HP - Z | 3300 | 7970 | 2692 | 6462 | 1835 |
GEA Grasso SP1 HP-HZ | 3600 | 8870 | 3275 | 7120 | 1965 |
GEA Grasso SP1 HP - XA | 3300 | 9454 | 3184 | 7642 | 2170 |
GEA Grasso SP1 HP - XB | 3300 | -- | 4063 | -- | 2743 |
GEA Grasso SP1 HP - XC | 3300 | -- | 4783 | -- | 3239 |
GEA Grasso SP1 HP - XD | 3300 | -- | 5642 | -- | 3833 |
Screw package model | Speed
(rpm) | Cooling capacity
(kW) Freezing mode | Cooling capacity
(kW) Defrosting mode | ||
Swept volume size * | R744,
-40/-55 °C | R744,
-50/-5 °C | R744,
-40/+10 °C | R744,
-50/+0 °C | |
GEA Grasso SP1 HP - C | 3600 | 399 | 270 | 302 | 205 |
GEA Grasso SP1 HP - D | 3600 | 474 | 321 | 359 | 243 |
GEA Grasso SP1 HP - E | 3600 | 582 | 390 | 451 | 303 |
GEA Grasso SP1 HP - G | 3600 | 682 | 448 | 529 | 348 |
GEA Grasso SP1 HP - H | 3600 | 922 | 618 | 716 | 481 |
GEA Grasso SP1 HP - L | 3600 | 1065 | 714 | 827 | 555 |
GEA Grasso SP1 HP - M | 3300 | 1240 | 829 | 999 | 678 |
GEA Grasso SP1 HP - N | 3300 | 1525 | 1032 | 1229 | 834 |
GEA Grasso SP1 HP - P | 3300 | 1363 | 921 | 1115 | 733 |
GEA Grasso SP1 HP - R | 3300 | 1761 | 1190 | 1427 | 966 |
GEA Grasso SP1 HP - S | 3300 | 2228 | 1505 | 1769 | 1198 |
GEA Grasso SP1 HP - T | 3300 | 2521 | 1704 | 2002 | 1356 |
GEA Grasso SP1 HP - V | 3300 | 2963 | 1983 | 2353 | 1593 |
GEA Grasso SP1 HP - W | 3300 | 3457 | 2313 | 2745 | 1859 |
GEA Grasso SP1 HP - Y | 3300 | 4153 | 2806 | 3297 | 2233 |
GEA Grasso SP1 HP - Z | 3300 | -- | 3260 | -- | -- |
GEA Grasso SP1 HP - XA | 3300 | -- | -- | -- | -- |
Total Cost of Ownership redefinied - Your top choice for cost effectiveness over the entire product lifetime.
Best efficiency with all loads - GEA screw packages with two parallel-mounted compressors.
The high performer - GEA two-stage screw packages.
One, two, three or four GEA CompaX compressors are available with Grasso X. Efficient and cost-effective cooling with a compact and flexible solution for various industries.
Climate change and a growing world population put increased pressure on the energy-intensive food industry to feed more people without further impacting the planet. George Shepherd, GEA’s Global Technical Sustainability Manager, explains how GEA uses its engineering know-how to help processors produce more sustainably yet increase productivity.
The world's population is growing and with it demand for milk. Dairy is an essential component of many global diets. However, its production can be resource-intensive and impact the environment. GEA’s Christian Müller, Senior Director Sustainability Farm Technologies, sheds light on how technological innovations powered by GEA make milk production more efficient and profitable.
Every safe beverage and bite of food is a victory against invisible microbial threats – a battle shaped by a century of hygienic process design. With more than 100 years of engineering and hygienic design know-how, GEA sets the industry standard for processing equipment that protects food and saves lives.