www.HGH.fr About HGH Systemes Infrarouges About HGH More than 32 - - PowerPoint PPT Presentation
www.HGH.fr About HGH Systemes Infrarouges About HGH More than 32 - - PowerPoint PPT Presentation
www.HGH.fr About HGH Systemes Infrarouges About HGH More than 32 years old specialized in infrared products Headquartered at IGNY, France; presence with offices in India, China, US & Singapore with partners spread globally
Saving Energy…
About HGH Systemes Infrarouges
- About HGH
- More than 32 years old – specialized in infrared products
- Headquartered at IGNY, France; presence with offices in India, China,
US & Singapore with partners spread globally
- More than 1000 thermography products installed which run 24/7
- Installations in more than 55 countries for all products
- Main Three lines of businesses
- Thermography for Industrial applications
- Test & Measurement for Defence & Space applications
- Infrared Surveillance for borders & strategic operations
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www.HGH.fr
Energy Saving Monitoring systems
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The KilnShell
Length : 60m Diamater : 12m Speed : 5rpm KilnShell average temperature : 400°C KILN SHELL MONITORING WITH ENERGY LOSS CALCULATION
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Energy LOSS…
The KilnShell
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The KilnShell
For efficient energy monitoring, you need :
- High spatial « resolution »
- High temperature « resolution »
- Have a coating thickness evaluation
- Have a brick thickness evaluation
For these specs HGH KilnScan has the highest of the market!
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Temperature on the Kiln shell
Energy Lost Production Lost
400°C 𝟐, 𝟓 𝐲 𝟐𝟏𝟘 Kcal/h 1790Kg of clinker/h 300°C 𝟐 𝐲 𝟐𝟏𝟘 Kcal/h 1300Kg of clinker/h 20°C 0 Kcal/h 0Kg
1 cal = 1.1163 x 10−6 𝑙𝑋ℎ Fuel = 10 kWh/L Energy Lost : 1,61x𝟐𝟏𝟒 𝒍𝑿𝒊 for a KilnShell at 400°C Fuel lost = 1,61x𝟐𝟏𝟑 𝑴 every hour!
MONEY LOST : 161 x price of your energy!! Every hour!
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The KilnShell
Solution for keeping heat inside the kiln:
- Increase (but not to much) the thickness of the
coating
- Know with very high accuracy the thickness of the
bricks
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BURNER MONITORING - Pyroscan Architecture
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Software Main Window
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- Visualization inside the kiln
- Temperature measurement monitoring
Temperature of the selected point Temperature of the selected area
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All-in-one solution for Vertical & Rotary Kilns
State-of-art Machine Vision Technology :
- 1.2 Mega Pixels Gigabyte Ethernet (GigE) camera
- High Dynamic Range (HDR) (> 120dB) thermal images
(temperature measurement over 700°C – 1800 °C range) Innovative software with Flame Monitoring Analysis
- HDR calibrated thermal image display (dynamic range >120dB /
extended temperature range : 700°C – 1800°C)
- Flame Shape Monitoring with Analysis Profiles & Alarms mgmt
- Anti-dust image processing filter
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What is HDR thermal images ?
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Comparaison with a classical camera inside the same kiln HDR (16 bits) thermal Image by HGH Pyroscan camera Zoom in the image
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Innovative flame shape analysis lines (1/2)
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Innovative flame shape analysis lines
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Time
USER DEFINED FLAME DIMENSIONS
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The flame
Length of the flame Diameter of the flame Power of the flame in Gcal/h
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The flame
Tair = 15°C
Temperature
- f the flame
(°C)
Exceed of air (%)
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The flame
Tair = 15°C
Temperature
- f the flame
(°C)
Exceed of air (%)
10% of exceed of air = -100°C for the temperature
- f the flame
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The Installation
You need :
- A visible camera for shape monitoring
- Pyrometric camera for thermal monitoring
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