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MicroC® 2000 Series
One of the most cost-effective and non-hazardous carbon sources on the market
The MicroC® 2000 series is a proprietary glycerin-based and non-hazardous product series. It is widely used in denitrification, Enhanced Biological Phosphorus Removal (EBPR), and BOD addition applications. This carbon source has a very high COD value (1,100,000 mg COD/L) and is the lowest cost, the non-hazardous product on a $/lb COD basis available in the market.
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Description
One of the most cost-effective and non-hazardous carbon sources on the market
The MicroC® 2000 series is a proprietary glycerin-based and non-hazardous product series. It is widely used in denitrification, Enhanced Biological Phosphorus Removal (EBPR), and BOD addition applications. This carbon source has a very high COD value (1,100,000 mg COD/L) and is the lowest cost, the non-hazardous product on a $/lb COD basis available in the market.
Characteristics
Non-hazardous
- Eliminates flammability and toxicity concerns of traditional chemicals such as methanol
- Provides capital cost savings vs. installation of flammable liquid storage and feed system
- Non-hazardous product enables rapid and flexible deployment of carbon augmentation solutions
Consistent and superior quality
- Rigorous end to end quality control program
- Consistent Chemical Oxygen Demand (COD) values
- No product degradation during long-term storage
Performance advantages
- Rapid start-up/acclimation
- Superior cold weather performance
Environmentally sustainable
- Derived from abundant, renewable resources produced in the United States vs. largely imported fossil-fuel derived carbon sources (methanol)
- USDA BioPreferred designation
Validated performance
- MicroC® products in use at over 550 plants in North America
- Performance is validated by leading equipment/process suppliers, consulting engineers and academic institutions
- Full scale, documented performance validation for:
- Nitrate removal
- Enhanced Biological PhosphorusRemoval (EBPR)
- Metals removal
- BOD augmentation
- Perchlorate removal
- Fixed film biological processes (i.e., denitrification filters)
- Startup/acclimation dynamics
- Cold weather performance
- Denitrification rates and kinetic parameters determined by Northeastern University
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