Transformer Oil Purification Machines, GlobeCore
| Product Name | cooking oil processing machine |
| Production Capacity | 1ton/day-280ton/day (Customizable) |
| Rated Voltage | DC15-35v |
| Dimension(L*W*H) | 1200*850*1300mm |
| Specification | long grain rice |
| Volume | 40kg |
The CMM series is GlobeCore’s flagship line of transformer oil purification equipment, featuring various models suited for different capacities and applications. CMM-0.6 and CMM-1.0. Application
GUIDE FOR THE PURIFICATION OF INSULATING OIL- TRANSFORMER
| Use | cooking oil |
| Production Capacity | 200T-300T/D |
| Dimension(L*W*H) | 420*160*300MM |
| Voltage | 220V/110v 50Hz/60Hz, 220V/110v 50Hz/60Hz |
| Specification | 2600*1100*700mm |
| Core Components | Motor, Pump, PLC, Screw Oil Extraction Press |
The transformer oil test results should be supplied to the contractor, and the cost of purification should be based on the standard for finished product, a transformer oil reading
Transformer Oil Purifier, GlobeCore
| Type | cooking oil refinery machine |
| Production Capacity | 5-150kg/h |
| Motor power | 2.2kw/3hp |
| Residual oil in cake | <6% |
| Dimension of Instrument | 360mm*250mm*545mm |
| Spiral Axes Rotate Speed | 28-40r/Min |
GlobeCore Transformer Oil Purifier. GlobeCore’s transformer oil purifiers employ several key technologies
THE COMPLETE GUIDE TO CHOOSING TRANSFORMER OIL PURIFIERS
| Raw Materail | cooking |
| Production Capacity | 50-300kg/h |
| Power | 170w |
| Weight | 1435 |
| temperature | 0-200 degree, can be adjustable |
| OEM | Avaiable |
Oil circulation time for 220~330kV transformers should not be less than 24 hours; Circulation time for 500kV transformer and above should not be less than 48 hours. Oil transfer
Transformer Oil Purification Systems, Enervac
| Type | oil processing machine |
| Production Capacity | 18-20 Tons/Day |
| Voltage | 110V/230V, 110V/230V |
| Dimension(L*W*H) | 1500*700*1100mm |
| Filter press Advantage | Energy Saving |
| Oil residue | 6-7% |
Electrical Transformer Oil Purifier / Poly Chlorinated Biphenyl Decontamination. ENERVAC’s High Vacuum Process upgrades the new or used electrical insulating fluids including transformer oils, polybutenes and silicone fluids. These systems and equipment were developed as a result of 50 years of experience in vacuum treatment of electric
HERING VPT
| Type | oil refinery machine |
| Production Capacity | ≥200TPD (Customizable) |
| Voltage | 220 380 |
| Weight (T) | 6.72 |
| Certifications | MSDS/REACH/IFRA/ROHS/PAHS/ISO9001 |
| Max. Loading Volume (L) | 3000 L |
The first HERING transformer oil purification plant was built in 1909. Today, we offer transformer oil purification machines, transfomrer oil regeneration systems, PCB dechlorination equipment and customized oil treatment solutions.We assist our customers with a broad range of trainings in the field of transformer oil maintenance.
Assessing remaining life of reclaimed transformer oil
| Oil Type | cooking oil |
| Production Capacity | 2kg/batch |
| Power | 120KW/H |
| Dimension(L*W*H) | 2100*1560*2600mm |
| Processing Transport Package | Plywood, International Standard Package Wooden Box |
| Packing size | 48*25*41 cm |
The disposal of aged transformer insulating oils presents a significant environmental challenge due to the presence of diverse contaminants. This study proposes a novel biorefinery approach for reclaiming three aged transformer insulating oils, each with service periods ranging from 20 to 25 years, utilizing magnesium oxide (MgO) as a potent absorbent. The reclamation process involves a
ZYD-T SERIES Double-stage Vacuum Transformer Oil Filtration
| Production Capacity | 30TPD (Customizable) |
| Voltage | 380v/3phase/50hz |
| Working Weight | According to Model |
| Advantage | Low oil residual seed oil press |
| Core Components | Pressure vessel, PLC, Other |
| Market | Africa, Asia, America, Europe, Oceania |
of extending transformer oil lifetime to over 20 years! FeaturesDouble-stage high vacuum pumping syst. , strong power of vacuum evacuating, ultimate vacuum value ≤5Pa.Big capacity of moisture and gas separating chamber, efficient oil film evaporation, increasing separating size and separating time to en.
FAQ
- QAre transformer insulating oils a function of crude oil refining practices?AIt is apparent from the data, that the chemical properties of transformer insulating oils are a function of the crude oil chosen for refining as well as the refining practices, such as pressure, temperature, and catalysts, used in individual refineries. IGPP publication no. 6457.
- QWhat are the different types of insulating oil for Transformers?AAt present, there are three main types of insulating oils for transformers: mineral oil, natural ester insulating oil and synthetic ester insulating oil. The key performance to be analyzed in this paper are shown in Fig. 1. Fig. 1. Basic framework for insulating oil analysis.
- Qhow can we guarantee quality?AAlways a pre-production sample before mass production; Always final Inspection before shipment.
- QWhat is insulating oil?AInsulating oil is an important insulating material for electrical equipment. This paper firstly introduces the conventional performance indexes of insulating oils and summarizes the current status of research on nano-modified transformer insulating oils.
- QWhere is transformer oil used?ATransformer oil is used around the world, but the emphasis here is on practices in the United States. Nearly all load bearing transformers in electric power delivery systems around the world are filled with liquid. The liquid functions both as an electrical insulation and as a heat transfer fluid.
- QAre fatty acids a good insulation material for Transformers?AThe composition of fatty acids in these oils influences their physical and chemical properties, including their insulation performance in transformer applications 16, 17, 18, 19. The current study focuses on analyzing the suitability of natural ester-based vegetable oils as insulation materials for transformers.
- QHow to improve Nei oil workability in power transformers?AThis review article is focused on the methods used to improve the workability of NEI oils in power transformers, namely, (1) depression of the pour point, (2) chemical modifications, (3) changes in the transformer design, (4) addition of nanoparticles, (5) addition of lightning resistance additives, and (6) addition of antioxidants.
