HNBR-hydrogenated nitrile butadiene rubber
HNBR is made via selective hydrogenation of the NBR butadiene groups which improves the temperature and ozone resistance considerably. HNBR is widely known for its physical strength and retention of properties after long-term exposure to heat, oil, and chemicals.
HNBR polymers are high temperature and oil resistant elastomers. HNBR compounds are
formulated to meet demanding applications and environments with a wide operational
temperature rang
APPLICATIONS
Effective self-cleaning to minimize dead zones, product accumulation and product degradation
Excellent kneading and mixing for better homogenization
Effective heat transfer
High surface renewal efficiency
Large free vapor volume
Precise and uniform temperature control due to large heat transfer areas
Continuous or batch processing
Process intensification
Processing of sticky and highly viscous products
Residence time is independent from agitator speed, wide and flexible range of average residence times
Reliable process scale-up from pilot to industrial units
Large production capacities, economy of scale
Maximum process yield per unit volume
Reliable, robust design
Short return of investment
PROCESS METHOD
Ammonia is typically used as a chemical agent for the reduction of nitrous oxide emissions (NOx). Anhydrous ammonia is a highly toxic chemical , which is typically stored in pressure vessels as a liquified-gas. There are significant risks and liability associated with its transport, unloading, and bulk storage. The way to solve this risk is to converts safe and non toxic urea to an ammonia product gas as needed to meet plant process demands - the safe alternative to hazardous transport and bulk storage of anhydrous and aqueous ammonia.
TYPICAL PROCESS
Ammonia is typically used as a chemical agent for the reduction of nitrous oxide emissions (NOx). Anhydrous ammonia is a highly toxic chemical , which is typically stored in pressure vessels as a liquified-gas. There are significant risks and liability associated with its transport, unloading, and bulk storage. The way to solve this risk is to converts safe and non toxic urea to an ammonia product gas as needed to meet plant process demands - the safe alternative to hazardous transport and bulk storage of anhydrous and aqueous ammonia.
IMAGE
FEATURES
Effective self-cleaning to minimize dead zones, product accumulation and product degradation
Excellent kneading and mixing for better homogenization
Effective heat transfer
High surface renewal efficiency
Large free vapor volume
Precise and uniform temperature control due to large heat transfer areas
Continuous or batch processing
Process intensification
Processing of sticky and highly viscous products
Residence time is independent from agitator speed, wide and flexible range of average residence times
Reliable process scale-up from pilot to industrial units
Large production capacities, economy of scale
Maximum process yield per unit volume
Reliable, robust design
Short return of investment
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UREA TO AMMOUNIA
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WFF EVAPORATOR
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LAB REACTOR
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