In addition to its core products of BioGas Production & Upgrading Plants CCI offers further critical BioGas infrastructure components.
Integrated BioGas Cleaning Systems
BioGas Filters with Chillers
Raw BioGas contains hydrogen sulfide (H2S) $ water vapor that can cause corrosion in the entire BioGas infrastructure. CCI offers integrated BioGas Cleaning Systems that reliably remove H2S & water through biological filters & chillers to protect BioGas engines & BioGas Upgrading systems.
Read MorePumping Systems
Waste Water Pumps
Waste water pumps are a critical part of the infrastructure of any BioGas project. As the first company in Latin America, CCI offers the leading European waste water pumps that combine high reliability, best-in class service intervals and low OPEX.
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Integrated BioGas Cleaning Systems:
BioGas Filters with Chillers
Raw BioGas: High H2S Content
Raw BioGas contains up to 4,000 ppm of hydrogen sulphide (H2S) and water vapor, a combination that can cause corrosion.
BioGas Engines: Low H2S Tolerance
BioGas engines & BioGas Upgrading systems only tolerate 50 ppm of H2S in BioGas.
CCI BioGas Filters: 99% Efficiency
CCI is the first company to introduce the leading European BioGas filter technology in Latin America. CCI's BioGas filters reach an efficiency of 99%, reliably reducing H2S to 50ppm.
Biological Filter System: No Chemicals, No Water
CCI's BioGas filter systems operate on the basis of a purely biological process that uses waste water from the BioGas production plant to repeatedly 'wash' the raw BioGas. CCI's BioGas filters require no chemical additives and do not consume any fresh water.
Best Available BioGas Filter: High Reliability, Low OPEX
With an H2S removal rate of over 99%, over 8,500 operating hours per year and a 100% biological process, CCI's BioGas filters are the best available systems in Latin America. These highly efficient & reliable BioGas cleaning systems continuously protect the valuable BioGas infrastrucure, especially BioGas engines & Upgrading Systems. Full automation & the waste water based process result in industry-leading low OPEX.
