Thermal Company Coal Laboratory Instrument Configuration Scheme
Don't choose expensive, just choose the right one.
----Suggestions for the configuration plan of the coal laboratory of Thermal Power Company:
Generally speaking, customers mainly consider two factors when configuring laboratory instruments: one is work efficiency; the other is laboratory cost. Laboratory work efficiency is the time required for the laboratory from receiving coal samples to obtaining a full set of coal quality indicators (including calorific value, sulfur content, moisture, ash, volatile matter, etc.). Laboratory cost is composed of equipment purchase cost and laboratory operating cost. According to the principle of "capacity matching between equipment" and "low operating cost", the following representative comprehensive configuration plans are innovatively proposed. In view of the differences in customer situations, configuration plans cannot be exhausted. We provide you with the following solutions.
Thermal company coal laboratory instrument configuration plan (applicable to general city and county heating companies, thermal companies)
Scenario 1 - Configuration
Product name | Analysis project (product use) | performance characteristics |
Sealing hammer crusher | Break large pieces (80mm) to 6mm | Uniform particles of crushed material |
Standard shaker | Sieve samples of different particle sizes | |
Electric blast drying oven | Dry the sample and record the total moisture of the adobe | economical and practical |
Sealed vibration grinding machine | Smash the sample to 200 mesh | Timing, leveling |
Electronic balance | Weigh to 0.0001 | Stable and accurate |
Compressor cooling calorimeter | Sample calorific value | built-in refrigeration device |
High precision sulfur detector | Sulfur content of sample | Continuous processing of samples |
Fully automatic industrial analyzer | Moisture, Ash and Volatiles | Test 19 samples at once |
Scenario 2 - Configuration
Product name | Analysis project (product use) | performance characteristics |
Sealing hammer crusher | Break large pieces (80mm) to 6mm | Uniform particles of crushed material |
Standard shaker | Sieve samples of different particle sizes | |
Electric blast drying oven | Dry the sample and record the total moisture content | economical and practical |
Sealed sample grinder | Smash the sample to 200 mesh | Timing, leveling |
Electronic balance | To 0.0001 | Stable and accurate |
Microcomputer automatic calorimeter | Sample calorific value | Available online, available offline |
Microcomputer automatic sulfur detector | Sulfur content of sample | Available online, available offline |
Automatic moisture meter | Total moisture and analytical water | Microwave infrared detection |
Energy-saving Ash Splash Experimental Furnace | Ash and volatile matter | 20 minutes to 900 degrees Celsius |
Option 3 - Economic and practical configuration
Product name | Analysis project (product use) | performance characteristics |
Sealed jaw crusher | Break large pieces (80mm) to 6mm | Crushed material into sheets |
Standard shaker | Sieve samples of different particle sizes | |
Electric blast drying oven | Dry the sample and record the total moisture content | economical and practical |
Sealed sample grinder | Smash the sample to 200 mesh | economical and practical |
Electronic balance | Weigh to 0.0001 | Stable and accurate |
Automatic calorimeter | Sample calorific value | Bring your own printer and operation interface. |
Fast intelligent sulfur detector | Sulfur content of sample | economy |
Moisture, Ash and Volatiles | programmed temperature control |
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