waste gas stream Articles
-
Very large waste gas volumes with low contaminant concentration - Case Study
Example: Electronics industry Similar tasks: Paint shops, spectacle coating, coating on the inside of cans The electronic industry produces semiconductors that generate very large waste gas streams that are only slightly contaminated. These waste gas streams are purified in rotary adsorbers. The continuous regeneration of the adsorbers generates highly contaminated but much lower waste gas ...
-
Project Tank Vapors - Case Study
Project Overview: In 2015 Questor was selected to provide emissions control for a truck loading and tank vapors at a Shell oil battery in Alberta, Canada. The waste gas stream consists primarily of rich gasses, ethane (~19 mol%), propane (~35 mol%), butane (~24 mol%) and remaining hydrocarbons, ~35 mscf/d of fuel gas is required to draw the low pressure waste gas stream into the thermal oxidizer ...
-
Several waste gas streams: Highly contaminated oxygen-free waste gas, and medium waste gas stream - Case Study
Example: Chemical industry Similar tasks: Petrochemical and pharmaceutical industries A producer of synthetic rubber creates a medium waste gas as well as a highly contaminated oxygen-free waste gas which contains primarily low hydrocarbons. The main waste gas stream is purified in a regenerative thermal oxidiser (RTO), while the oxygen-free waste gas passes through the CTP burner in the RTO ...
-
Flare Operations Changes Come From Study Findings
EPA announced that it had reached a settlement agreement with Marathon Petroleum Company (Marathon) regarding allegations of Clean Air Act violations at Marathon’s Texas City and Detroit refineries. EPA developed the evidence by Fourier Transform Infrared Spectroscopy (FTIR) showing that several of Marathon’s flares were not controlling VOC emissions sufficiently, resulting in excess ...
-
Several waste gas streams: Short, high concentration peaks and a constant medium concentration - Case Study
Example: Production of synthetic resin Similar tasks: Chemical industry, batch processes in the pharmaceutical and plastics industry The production of high quality synthetic resin for marine paints and varnishes, coatings and repair materials, involves different waste gas streams. In addition to waste gas with a medium level of contamination, there is also a highly contaminated waste gas which ...
-
High Temperature Flare (HTF) - Case Study #170605
PROJECT DETAILS Location: Beaumont, TX Product Loaded: Gasoline Max RVP: 10.20 PSIA @ 109 °F Max Liquid Loading Rate: 7,000 GPM Max Inlet Flow Rate: 52,087 ACFH Rated Heat Release : 81 MMBTU/HR Max VOC Concentration: 45% Inlet Temperature: 100°F MAX Aereon’s Abutec HTF (High Temperature Flare) is designed to maintain high destruction efficiency and removal efficiency, ...
-
Project 16 MM SCFD Tail Gas Combustion - Case Study
Project Overview: Gas Production Facilities Jambi Merang Development Project – a Joint Operating Body (JOB) Pertamina - Hess – Talisman project. This project was an EPCI Pre-Commissioning (engineering, procurement, construction, installation and pre-commissioning) gas processing program comprising four (4) work sites with the complete conditioning of gas and liquid. The program ...
-
Horizontal Enclosed Flare Abates Hydrocarbons from Recycling Process
Synopsis A large Recycling Facility in North Carolina wanted to consolidate its waste streams of nine (9) Phase Separation System reactors into one (1) thermal oxidizer for hydrocarbon abatement. Initial Operating Issue The ensuing abatement system needed to operate in a fully automated manner while providing a 99% (or greater) total hydrocarbon and non-methane hydrocarbon destruction rate. The ...
-
Enclosed Flare Abates Waste Acid Gas for Midstream Amine Facility
Initial Operating IssueA midstream gas processing facility was evaluating the purchase and installation of new air pollution control equipment to intermittently treat waste acid gas exhaust from one of their amine units located in New Mexico. During normal plant operation, this waste acid gas exhaust stream containing Hydrogen Sulfide, CO2, Methane and other VOCs was compressed and injected into ...
-
Pacific Ethanol Inc. - KG2-3GEF/PO - Case Study
Productive Use of Waste Gases to provide on-site Power and Steam: reducing costs, improving profits and establishing a new environmental standard for ethanol production The ethanol industry is pushing to reduce its environmental footprint. The industry is being driven to minimize both air and carbon emissions through regulations and fuel standards. The ethanol production process is energy ...
-
Improve Boiler Efficiency
In many chemical plants, the electricity the plant uses is derived from a natural gas power plant or a co-generation plant burning waste gas streams. In large boilers (Figure 1), power plants bring together air and fuel (natural gas, waste gas, oil or coal) for combustion, which creates heat. The heat boils the water, creating steam. The steam runs through a turbine, which causes the turbine to ...
-
What are Incinerator Machines? An idiot’s guide
What is an incinerator machine? An incinerator machine is a mechanical unit that is built to destroy waste. this happens by burning the waste at an extremely high temperature, reducing it to bottom ash. The machines can be manufactured from small garden waste incinerators, all the way to large scale industrial sized machines. Waste of all manners is burned until it is reduced to nothing but ...
Need help finding the right suppliers? Try XPRT Sourcing. Let the XPRTs do the work for you