PROCESS
PROCESS OPTIMIZATION SOLUTIONS
ENVEA brings you the benefit of over 70 years of combined experience in the production of innovative instrumentation for manufacturing industries to provide added value measurement solutions. Working in a wide range of applications from heavy industries such as power, minerals and steel to complex processes in the chemical and food industries, our instrumentation for the monitoring of powder, dust and gas helps to make processes more reliable, increases efficiency and creates cost reduction benefits.
SEARCH BY PRODUCT CATEGORY
FLOW MEASUREMENT
With the help of the online mass flow measurement for solids, it is possible to recognize which volumes run through a process. This way, bulk material transports become recognizable and can be better controlled.
-
> Flow measurement for dense-phase conveying
DensFlow HP
> Flow monitoring on air slides
SlideControl 2.0
> Massflow measurement for dry bulk solids
MaxxFlow HTC
> Solid volume measurement up to 20 t/h
SolidFlow 2.0
FLOW DETECTION
Non-contact microwave flow detectors are used to determine if material flow is occurring or not. This can facilitate the difficult handling of bulk materials and increase the efficiency of production.
-
MOISTURE
With the help of online moisture measurement, the residual moisture can be determined in real-time directly in the running process, whereby production and quality can be optimized.
-
> Online residual moisture measurement
M-Sens WR
VELOCITY
Velocity measurement in processes is becoming increasingly important to accurately detect the conveying speed of materials: for monitoring the conveying element or to regulate a careful material transport.
-
> Velocity measurement, material transport
SpeedFlow 2.0-Pipe
> Velocity measurement for solids
SpeedFlow 2.0
PARTICLE SIZE MONITORING
With Particle size monitoring a trending information of granulation can be given. It measures changes in particle size for instance to detect screen breaks.
FILTER PERFORMANCE MONITORS
Continuous monitoring and display of particulate emissions, indicating relative changes over time providing valuable feedback on arrestment plant performance.
-
> Filter Performance Monitors
PCME LEAK LOCATE 662
> ElectroDynamic® Multi-chamber Filter Performance Monitor
PCME LEAK LOCATE 320
BROKEN BAG DETECTION
Continuous monitoring of fabric filter baghouses, tracking significant increases in particulate loadings to indicate broken bags.
-
> ElectroDynamic® Broken Bag Detector
PCME DUST ALARM 40
DUST MONITORS
Continuous measurement of particulate emission concentrations which, for a defined range of application conditions, can be calibrated against isokinetic gravimetric test samples (Standard Reference Method).
-
> Light Scatter Particulate Emission Monitor
PCME DM 170
> DynamicOpacity™ Dust Monitor
PCME VIEW 580
> ElectroDynamic® Dust Monitor
PCME VIEW 273
> ElectroDynamic Dust Monitor
PCME VIEW 820
> ElectroDynamic® Multi-Sensor Dust Monitor
PCME VIEW 800
> ElectroDynamic® Dust Monitor
PCME VIEW 370
> Dust measurement after filters
ProSens
SEARCH BY MEASURED PARAMETER
GAS MONITORS
Continuous measurement of specific gases at high concentrations are used in the optimization of processes, as for example in the flue gas treatment, and that required a fast response time to allow process regulation and reagent saving.
-
> In-situ Cross-Duct TDLAS Analyzer
LAS 300 XD
> Heated Flame Ionization Detection (FID) Analyzer
Graphite 52M
> Heated CLD NOx Analyzer
Topaze 32M
> Extractive TDLAS gas Analyzer
LAS 300 RK
> FTIR Multi-Gas Analyzer
MIR FT
> Multi-Gas IR-GFC analyzer
MIR 9000 CLD
> Heated Multi-Gas NDIR-GFC analyzer
MIR 9000H
> Multi-Gas NDIR-GFC analyzer
MIR 9000
GAS MONITORS
Continuous measurement of specific gases at high concentrations are used in the optimization of processes, as for example in the flue gas treatment, and that required a fast response time to allow process regulation and reagent saving.
-
> Extractive TDLAS gas Analyzer
LAS 300 RK
> In-situ Cross-Duct TDLAS Analyzer
LAS 300 XD
> Multi-Gas NDIR-GFC analyzer
MIR 9000
> Multi-Gas IR-GFC analyzer
MIR 9000 CLD
GAS MONITORS
Continuous measurement of specific gases at high concentrations are used in the optimization of processes, as for example in the flue gas treatment, and that required a fast response time to allow process regulation and reagent saving.
-
> Multi-Gas NDIR-GFC analyzer
MIR 9000
GAS MONITORS
Continuous measurement of specific gases at high concentrations are used in the optimization of processes, as for example in the flue gas treatment, and that required a fast response time to allow process regulation and reagent saving.
-
> Heated Flame Ionization Detection (FID) Analyzer
Graphite 52M
GAS MONITORS
Continuous measurement of specific gases at high concentrations are used in the optimization of processes, as for example in the flue gas treatment, and that required a fast response time to allow process regulation and reagent saving.
-
> Heated Flame Ionization Detection (FID) Analyzer
Graphite 52M
GAS MONITORS
Continuous measurement of specific gases at high concentrations are used in the optimization of processes, as for example in the flue gas treatment, and that required a fast response time to allow process regulation and reagent saving.
-
> Extractive TDLAS gas Analyzer
LAS 300 RK
> In-situ Cross-Duct TDLAS Analyzer
LAS 300 XD
> Multi-Gas NDIR-GFC analyzer
MIR 9000
> Multi-Gas IR-GFC analyzer
MIR 9000 CLD
> Heated Multi-Gas NDIR-GFC analyzer
MIR 9000H
GAS MONITORS
Continuous measurement of specific gases at high concentrations are used in the optimization of processes, as for example in the flue gas treatment, and that required a fast response time to allow process regulation and reagent saving.
-
> Multi-Gas NDIR-GFC analyzer
MIR 9000
> Multi-Gas IR-GFC analyzer
MIR 9000 CLD
> Heated Multi-Gas NDIR-GFC analyzer
MIR 9000H
GAS MONITORS
Continuous measurement of specific gases at high concentrations are used in the optimization of processes, as for example in the flue gas treatment, and that required a fast response time to allow process regulation and reagent saving.
-
> Multi-Gas NDIR-GFC analyzer
MIR 9000
> Multi-Gas IR-GFC analyzer
MIR 9000 CLD
> Heated Multi-Gas NDIR-GFC analyzer
MIR 9000H
GAS MONITORS
Continuous measurement of specific gases at high concentrations are used in the optimization of processes, as for example in the flue gas treatment, and that required a fast response time to allow process regulation and reagent saving.
-
> Extractive TDLAS gas Analyzer
LAS 300 RK
> Multi-Gas NDIR-GFC analyzer
MIR 9000
> Multi-Gas IR-GFC analyzer
MIR 9000 CLD
> Heated Multi-Gas NDIR-GFC analyzer
MIR 9000H
> FTIR Multi-Gas Analyzer
MIR FT
> Heated CLD NOx Analyzer
Topaze 32M
GAS MONITORS
Continuous measurement of specific gases at high concentrations are used in the optimization of processes, as for example in the flue gas treatment, and that required a fast response time to allow process regulation and reagent saving.
-
> Multi-Gas NDIR-GFC analyzer
MIR 9000
> Multi-Gas IR-GFC analyzer
MIR 9000 CLD
> Heated Multi-Gas NDIR-GFC analyzer
MIR 9000H
> FTIR Multi-Gas Analyzer
MIR FT
> Heated CLD NOx Analyzer
Topaze 32M
GAS MONITORS
Continuous measurement of specific gases at high concentrations are used in the optimization of processes, as for example in the flue gas treatment, and that required a fast response time to allow process regulation and reagent saving.
-
> Multi-Gas IR-GFC analyzer
MIR 9000 CLD
> Heated CLD NOx Analyzer
Topaze 32M
GAS MONITORS
Continuous measurement of specific gases at high concentrations are used in the optimization of processes, as for example in the flue gas treatment, and that required a fast response time to allow process regulation and reagent saving.
-
> Extractive TDLAS gas Analyzer
LAS 300 RK
> In-situ Cross-Duct TDLAS Analyzer
LAS 300 XD