PPM Inline Oil Heater. Stream oil heating
PPM
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Advantages
- Small and compact heating units that can be easily transported to the place of use;
- Low heating power consumption;
- No overheating. After switching the unit off, the oil temperature may rise by 15-20 degrees.
- Easy to maintain.
The PPM oil heating1Oil heating is used for treatment of oil in degassing, drying and regeneration machines to accelerate the process. Dehydration is based on the difference of water and oil boiling points. Since water boiling point is lower, heating can evaporate that water from the oil before the boiling point of oil is achieved. unit is designed for the heating of transformer oil2Transformer oil is an oil that is stable at high temperatures and has excellent electrical insulating properties. when: (1) adding oil to transformers; (2) replacing transformer oil; and (3) when drying transformers3The drying process should be carried out to remove water and air vacuoles contained in the cellulose-based paper of transformer.. Additionally, the unit can heat mineral oils4Mineral oil is any of various colorless, odorless, light mixtures of higher alkanes from a mineral source, particularly a distillate of petroleum., industrial oils, turbine oils5Turbine Oil – any oil used to lubricate the bearings and auxiliary machinery in steam and hydraulic turbines, in turbopumps, and in air, gas, and refrigeration turbocompressors. Turbine oils are also used as lubricants and working fluids in various types of closed-cycle industrial machinery. and other types of oils as well as non-corrosive liquids.
This oil heating unit is best suited for power plants, oil handling facilities, and facilities that perform transformer repairs and maintenance. The unit can be operated either indoors or outdoors under a suitable canopy.
The abovementioned oils and liquids should have less than 70 cSt kinematic viscosity6Absolute viscosity provides a measure of a fluid’s internal resistance to flow. at the temperature of 50°C. The CMM-P is also used for heating of petroleum products in the petroleum refining industry, and can also be used for heating liquids containing sand, sludge, etc.
|
Parameter |
Oil Heater Values | ||
| PPM-18 | PPM-50 | PPM-70 | |
| Throughput at inlet line pressure 0.2 MPa, m3/ hour, max |
2.2 |
||
| Throughput at inlet line pressure 0.24 MPa/cm2, m3/hour, max | – | 1,2 | 4 |
| Fluid pressure, MPa, max | 0.6 | 4 | 2.5 |
| Nominal power, kW | 19.5 | 56 | 74 |
| Power supply at ~ 50 Hz, V (60Hz upon request) | 380/220 | 380 | 380 |
| Max heating temperature, oС/ oF | 120/248 | 150/302* | |
| Dimensions, mm/ft, max | |||
| • length | 800/2’8” | 1180/3’11” | 1220/4’ |
| • width | 660//2’2” | 800/2’8” | 820/2’8” |
| • height | 1830//6’ | 1870/6’2” | 1900/6’3” |
| Weight, kg/lbs, max | 180/397.8 | 400/884 | 500/1,105 |
* Max heating temperature may be increased up to 200°С/ 392°F on customer request
Equipment configurations that are not included in this configurator can be implemented via a separate request to [email protected].Aplication :
- Small and compact heating units that can be easily transported to the place of use;
- Low heating power consumption;
- No overheating. After switching the unit off, the oil temperature may rise by 15-20 degrees.
- Easy to maintain.
Aplication :
GlobeCore PPM heaters can be used for:
- thermal oil heating;
- transformer oil heating;
- hydraulic oil heating;
- water heating;
- heating of turbine oils;
- heating of compressor oils;
- industrial oil heating;
- heating of chemical agents to maintain the required reaction temperature;
- heating of crude oil and petroleum products;
- heating of bitumen;
- heating of resins and polymers for processing or molding;
- heating of ingredients for production of medicines;
- heating of gypsum and other constituents for production of construction mixes;
- maintaining the temperature of heat carriers in thermal power plants;
- heating of water or liquids for greenhouse systems;
- thermal processing of wastewater prior to its treatment or reuse;
- heating of wastewater to improve the biological treatment processes where the temperature influences the activity of microorganisms, especially in the cold season;
- heating of oils and other liquid ingredients for production of creams, lotions, and other cosmetics;
- preheating of raw materials for production of soap and shampoos;
- heating of solvents and other liquids for production of dosage forms;
- heating of liquids for waste processing and recycling, in particular, to improve the efficiency of biogas units by maintaining the optimal fermentation temperature;
- heating of water for dyeing and processing of textiles;
- preheating of chemical solutions for cleaning and processing of fabrics;
- preheating of paint to ensure its greater fluidity and better application;
- heating of ingredients for blending and creation of cosmetic products;
- preheating of bases for soap, shampoos, and other detergents;
- maintaining the temperature of heat carriers in solar collectors and other renewable energy sources;
- heating of electrolytes and other liquids in production of lithium-ion and other types of batteries to improve their features and service life;
- heating of liquid substances for rubber reclaiming processes which allows restoring the properties of old tires and other rubber products;
- increasing the temperature of liquid in geothermal heating systems where additional heating is required prior to feeding the liquid into the heat exchanger;
- heating of organic liquid waste or vegetable oils for processing with conversion into biofuel, including, but not limited to bioethanol or biodiesel;
- heating of liquid substances for cleaning or burning in the production of electronic boards where a high temperature accuracy is required;
- preheating of liquid in solar collectors during low solar activity periods to ensure stable operation of the system regardless of weather conditions;
- increasing the seawater temperature prior to reverse osmosis or distillation processes which contributes to the desalination efficiency;
- heating of chemical substances and liquids for plastics polymerization or modification processes;
- heating of liquid constituents for synthesis of new materials with unique properties, including nanomaterials and composites;
- heating of liquids for purification and recycling of plastics and other materials which contributes to environmentally friendly processing;
- heating of biodegradable liquids for synthesis of biopolymers which are used in development of environmentally friendly packing and other products;
- heating of liquid organic waste or substances to speed up fermentation processes in production of organic fertilizers;
- heating of plant raw materials in water or other liquids for extraction of essential oils used in aromatherapy, perfumery, and other fields;
- heating of aqueous solutions for processing of natural fibers such as linen or cotton to improve their textile properties or to prepare them for dyeing;
- heating of constituents for production of synthetic fibers, such as polyester or nylon, where temperature control is key to the end product quality;
- heating of constituents for production of resins and epoxy mixtures that ensures the correct polymerization reaction to obtain materials with the required mechanical properties and stability;
- heating of liquids in the processes for development and testing of new cosmetic products where the accuracy of temperature conditions is required;
- coolant heating;
- heating of fuel to ensure its efficiency in a cold environment;
- heating of components for mixing and homogenizing of ingredients for energy drinks and food supplements;
- heating of deep-frying oil;
- heating of sugar syrup;
- preheating of juices and other liquids for pasteurization processes;
- preheating of chocolate, honey, marmalade prior to their dispensing or processing.
Aplication :
Aplication :
Equipment configurations that are not included in this configurator can be implemented via a separate request to [email protected].
Aplication :
