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Application field
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Sources of vapours
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Vapor Recovery Process
Adsorption on activated carbon
Regeneration by vacuum
Re-absorption into liquid
Advantages
Terminal implementation
VRU design basis
Vapours from truck / rail car loading
Marine loading
Site works & Pipe connection
PLC / Electrical connection
Safety Aspects
Partners
Services
Contact
Home
Expertise
Application field
Clients
Sources of vapours
Recovered product
Emission limits
Client benefits
References
Vapor Recovery Process
Adsorption on activated carbon
Regeneration by vacuum
Re-absorption into liquid
Advantages
Terminal implementation
VRU design basis
Vapours from truck / rail car loading
Marine loading
Site works & Pipe connection
PLC / Electrical connection
Safety Aspects
Partners
Services
Contact
Terminal implementation
VRU design basis
The following parameters are the base for sizing a VRU; Q(i) – Peak flow rate..
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Vapour Truck / Rail Car loading
During the loading of gasoline and diesel in trucks, the concentration of the vapours may vary between 0 to 50%...
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Marine loading
1. Design of the VRU, 2. Vapour connection, 3. Product loading, 4. Absorbent circulation...
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Site works & Pipe connection
Terminal Modification: Modification from top loading to bottom loading if possible: loading time shorter..
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PLC / Electrical connection
unique satellite monitoring and warning system, instrument cables, power cables..
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Safety aspects
VRU is installed in environment containing combustible liquids and explosive gases...
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Application field
Clients
Sources of vapours
Recovered product
Emission limits
Client benefits
References
Vapor Recovery Process
Adsorption on activated carbon
Regeneration by vacuum
Re-absorption into liquid
Advantages
Terminal implementation
VRU design basis
Vapours from truck / rail car loading
Marine loading
Site works & Pipe connection
PLC / Electrical connection
Safety Aspects