Mantech – Chemical Oxygen Demand Analysis System – PeCODĀ®

Fast, green, accurate Chemical Oxygen Demand analysis

MANTECHā€™sĀ revolutionaryĀ PeCODĀ® COD Analyzer technology provides accurate chemical oxygen demand (COD) results in 15 minutes ā€” without the use of harmful chemicals including dichromate and mercury. Highly adaptable for wastewater and drinking water applications, theĀ PeCODĀ® COD Analyzerā€™s patented nanotechnology-based approach to COD analysis will save you time and money while protecting the environment and the health and safety of your workers.

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Overview

Features

Specification

Technical Specifications

ConstructionABS
Dimensions (approximate W x L x H)170mm x 280mm x 180mm
Weight< 2 kgs
Security4 digit Pin (optional)
Parameter(s)COD (unit of measurement: choice of ppm ormg/L)BOD (ppm or mg/L)
MeasurementDilution ā‰¤ 15,000 ppm

Electrical and Standards Conformity

Power Requirements100V to 240V AC / 45 to 65 Hz,optional battery pack for field use
Current Consumption2.0 A (maximum)
EnclosureIP55 to EN60529
Protection ClassContinuous short circuit protection. CEC Level IVcompliant. UL compliant
EMC Emission and Noise ImmunityEN61326-1:2006FCC Part 15 Subparts A and B
CertificationCE. FCC
Environmental conditionsAmbient Operating Temperature: 10 to 30 Ā°CStorage Temperature: 5 to 40 Ā°CRelative Humidity: maximum 90% non-condensing

Data Display, Inputs and Outputs

Display4 x 20 character
KeypadSplash resistant capacitive touch user interface
Data PresentationAlpha Numeric
Data LoggingUp to 200,000 measurements, events and faults
Fault MonitoringAir in line, system conditions
Computer InterfaceUSB for Data and Control

Key Features

peCOD is the fastest available method for quantifying chemical oxygen demand (COD), providing operators with real time data needed to make timely, impactful decisions that enhance environmental protection while generating substantial savings on chemical and energy use.

peCOD nanotechnology provides a higher oxidizing power and none of the risks associated with harmful chemicals such as dichromate and mercury used in traditional COD analysis. Itā€™s safe and simple to use for any laboratory or operations staff member at any point in the process.

The core of the technology is the peCOD sensor, which consists of a UV-activated nanoparticle TiO2 (titanium dioxide) photocatalyst coupled to an external circuit. When a sample is introduced into the microcell containing the peCOD sensor, the TiO2 is irradiated by UV light, and a potential bias is applied. The UV light creates a photohole in the TiO2 sensor with a very high oxidizing power and organics in the cell are oxidized. peCOD is extremely accurate across a broad range of organics. The powerful oxidizing potential of UV-illuminated TiO2 ensures that virtually all species will be fully oxidized giving a true measure of COD.

The PeCODĀ® COD Analyzer technology is a proven performer in a variety of municipal and industrial wastewater applications. Studies have shown a strong correlation between the 15 minute peCOD method for testing chemical oxygen demand (COD) and standard dichromate COD (CODCR) and five-day BOD (BOD5) methods. In most cases, peCOD can be used as a BOD screening tool, providing accurate BOD estimates in just minutes versus several days.

The PeCODĀ® COD Analyzer is available in a variety of configurations that use the same innovative technology and method. peCOD combines robust performance and flexibility to suit the needs of your laboratory or process operations.

PeCODĀ® – Simply the Easiest and Fastest Solution for COD, BOD and NOM Analysis

Key Industries

  • Aerospace
  • Agriculture
  • Automotive
  • Biopharmaceutical and Biotechnology
  • Chemical
  • Construction
  • Cosmetics & Personal Care
  • Defense
  • Die & Mould
  • Education & Academics
  • Electronics
  • Energy
  • Environmental
  • Food & Beverage
  • Luxury
  • Machinery & Manufacturing
  • Medical
  • Mining & Minerals
  • Oil & Gas
  • Optical
  • Paper & Wood
  • Pharmaceutical
  • Polymers, Plastics and Rubbers
  • Powders & Pigments / Coating
  • Railway
  • Semiconductor, Solar & Electronics
  • Service
  • Textile
  • Wholesale & Retail

Technical Specifications

ConstructionABS
Dimensions (approximate W x L x H)170mm x 280mm x 180mm
Weight< 2 kgs
Security4 digit Pin (optional)
Parameter(s)COD (unit of measurement: choice of ppm ormg/L)BOD (ppm or mg/L)
MeasurementDilution ā‰¤ 15,000 ppm

Electrical and Standards Conformity

Power Requirements100V to 240V AC / 45 to 65 Hz,optional battery pack for field use
Current Consumption2.0 A (maximum)
EnclosureIP55 to EN60529
Protection ClassContinuous short circuit protection. CEC Level IVcompliant. UL compliant
EMC Emission and Noise ImmunityEN61326-1:2006FCC Part 15 Subparts A and B
CertificationCE. FCC
Environmental conditionsAmbient Operating Temperature: 10 to 30 Ā°CStorage Temperature: 5 to 40 Ā°CRelative Humidity: maximum 90% non-condensing

Data Display, Inputs and Outputs

Display4 x 20 character
KeypadSplash resistant capacitive touch user interface
Data PresentationAlpha Numeric
Data LoggingUp to 200,000 measurements, events and faults
Fault MonitoringAir in line, system conditions
Computer InterfaceUSB for Data and Control

Key Features

peCOD is the fastest available method for quantifying chemical oxygen demand (COD), providing operators with real time data needed to make timely, impactful decisions that enhance environmental protection while generating substantial savings on chemical and energy use.

peCOD nanotechnology provides a higher oxidizing power and none of the risks associated with harmful chemicals such as dichromate and mercury used in traditional COD analysis. Itā€™s safe and simple to use for any laboratory or operations staff member at any point in the process.

The core of the technology is the peCOD sensor, which consists of a UV-activated nanoparticle TiO2 (titanium dioxide) photocatalyst coupled to an external circuit. When a sample is introduced into the microcell containing the peCOD sensor, the TiO2 is irradiated by UV light, and a potential bias is applied. The UV light creates a photohole in the TiO2 sensor with a very high oxidizing power and organics in the cell are oxidized. peCOD is extremely accurate across a broad range of organics. The powerful oxidizing potential of UV-illuminated TiO2 ensures that virtually all species will be fully oxidized giving a true measure of COD.

The PeCODĀ® COD Analyzer technology is a proven performer in a variety of municipal and industrial wastewater applications. Studies have shown a strong correlation between the 15 minute peCOD method for testing chemical oxygen demand (COD) and standard dichromate COD (CODCR) and five-day BOD (BOD5) methods. In most cases, peCOD can be used as a BOD screening tool, providing accurate BOD estimates in just minutes versus several days.

The PeCODĀ® COD Analyzer is available in a variety of configurations that use the same innovative technology and method. peCOD combines robust performance and flexibility to suit the needs of your laboratory or process operations.

PeCODĀ® – Simply the Easiest and Fastest Solution for COD, BOD and NOM Analysis

Key Industries

  • Aerospace
  • Agriculture
  • Automotive
  • Biopharmaceutical and Biotechnology
  • Chemical
  • Construction
  • Cosmetics & Personal Care
  • Defense
  • Die & Mould
  • Education & Academics
  • Electronics
  • Energy
  • Environmental
  • Food & Beverage
  • Luxury
  • Machinery & Manufacturing
  • Medical
  • Mining & Minerals
  • Oil & Gas
  • Optical
  • Paper & Wood
  • Pharmaceutical
  • Polymers, Plastics and Rubbers
  • Powders & Pigments / Coating
  • Railway
  • Semiconductor, Solar & Electronics
  • Service
  • Textile
  • Wholesale & Retail
Mantech

MANTECH Inc. is a manufacturer of online, portable and laboratory analyzers for water and wastewater. With over 1,900 analyzers installed,…

  • NEW ZEALAND

    33 Westpoint Drive 0618 Hobsonville, Auckland New Zealand

    0800 951 010

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