March 2019
Game Changers
Non-Destructive Testing: Managing Corrosion Under Insulation
Using Corrosion as a Process Variable
Flow Monitoring for Today's Chemical Processes
Chemical Recycling Makes Waste Plastic a Resource
Chementator Briefs
Process intensification for carbon capture could reduce costsMechanical CO2 sequestration improves algae production
A single process to handle hydraulic fracturing produced water and offgasesNew membranes resist biofouling using sunlight
Gas analysis made easier for high-dust areasA new, more comprehensive electronegativity scale
Accelerated electrons unlock sugars from cellulosic biomassSelective oxidation of methane makes formaldehyde, without generating CO2
Plant Watch: March 2019
Unified Operational Environment Improves Process Safety
The Value of Safety Instrumented Systems
Facts at your Fingertips: Hygienic Process Equipment Fabrication
Technology Profile: Calcium Carbide Production from Limestone
Design and Calculation Methods for Uniflow Cyclones
Focus on Air Pollution Control
Spraying and drying systems improve pharma R&D
These compressors are designed to reduce energy use
Simplify screen changing for separator systems
A three-in-one biogas-measurement device
This new heat exchanger makes use of exhaust gases
These versatile wastewater samplers are portable
This mixer is designed for hot melts and viscous dispersions
Use this mobile app to optimize penetration-seal selection
Monitor CFATS compliance with this new software module
Show Preview-Interphex 2019
Show Preview-Powtech 2019
By Chemical Engineering |
Predictive Corrosion Management (PCM) is a new ATEX-certified digital inspection tool that uses embedded sensors to provide continuous ins pection data and cloud-based analytics of pipe conditions to help operators manage risk, improve uptime and minimize total cost of operation. PCM uses a combination of this company’s Rightrax installed ultrasonic sensors with the Predix cloud-based operating system and advisory services to conti
nuously collect and analyze realtime performance data and monitor corrosion-related risk, so facilities can proactively make effective decisions. PCM can identify corrosion before it becomes a problem and can improve the reliability of inspection data, remove manual inconsistencies and enable users to model and predict piping failures due to corrosion and erosion. — GE Oil & Gas, London, U.K.
Changing to GPro® 500 in situ TDL sensors has reduced measurement time from 20 seconds to 2, and almost eliminated analyzer maintenance.
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