Case Studies
Real-world challenges met with innovative solutions. Our studies showcase Vapor Point’s technical expertise, custom-tailored approaches, and unparalleled commitment to excellence.
On-Demand Vapor Control
Vapor Point developed On Demand Vapor Control, a pressure sensitive automated system that allows us to modify our standard vacuum venturi controls by eliminating the continuous extraction of vapors.
Midstream Terminal Tank Degassing
Vapor Point provided the client with our high flow 20 MMBTU thermal combustion unit to reduce the cost and degassing timeframe.
NESHAP (BWON) Sump Emission Controls
Gulf coast refinery needs to reduce carbon consumption.
Turnaround Solution to Meet Subpart Ja Regulations: Flare Line Sweetening During Decontamination
Hydrotreater unit at a major Gulf Coast refinery.
Sulfur Sumps
A West Coast Refinery was performing maintenance that required the eductors controlling their sulfur pit to be taken out of service.
Frac Tanks
Vapor Point is prepared to help manage both the peak flow and the steady flow by controlling Hâ‚‚S and VOCs.
Vac Trucks and Air Machines
Controlling exhaust emissions from trucks.
Flare Minimization Blowdown
Do you have capacity and temperature issues when flaring?
Refinery Unit Deinventory and Flare Minimization
A Gulf Coast Refinery wanted to minimize flaring during a 2022 Turnaround.
Chemical Cleaning Effluent Treatment Options
Waste water from multiple cleaning contractors.
Reducing Carbon Consumption and Costs for BWON Compliance
Refiners often face challenges in implementing cost-effective BWON controls while ensuring efficiency.
How to Eliminate Hâ‚‚S & SOâ‚‚ Maintenance-Related Emissions at Sulfur Handling Units in Refineries
Refinery operations often face downtime and unplanned interruptions due to sulfide reduction in flare systems, resulting in additional costs and production loss.
Eliminate Flare Gas Recovery Bottlenecks: Vapor Point's Alternative Technologies for MACT, RTR, & JA
At Vapor Point, we understand the challenges the oil & gas industry faces when it comes to controlling hazardous and regulated emissions.
Enhancing Isobutane Feedstock Quality for a Gulf Coast Refiner
At Vapor Point, we understand the challenges the oil & gas industry faces when it comes to controlling hazardous and regulated emissions.
Maximizing Revenue and Throughput: Hâ‚‚S Removal in Naphtha Streams
A Gulf Coast refinery produces straight-run naphtha from their crude unit.
Vapor Point's Innovative Solution: Resolving Off-Spec Propane Issues Together
Dealing with product specification failures can be a daunting task, causing economic hardships for your business.
Revolutionizing Natural Gas Treatment: Vapor Point's Sulfur Destroyer W System Solves H2S Challenges and Drives Cost Savings
Our client, a prominent producer in the Permian Basin, is focused on extracting crude oil and natural gas.
Thermal Technology Excellence: Vapor Point's Swift Pipeline Depressuring Solution
A pipeline customer in Southern California needed to relieve pressure from a crude oil line after a pipeline pigging operation.
Thermal Vapor Control for Optimized Tank Refilling
A customer in the Houston Ship Channel faced the challenge of refilling a crude oil aboveground storage tank at a rate surpassing 10,000 barrels per hour.
Title V Flare Minimization: Vapor Point's Thermal Combustion Solution for Refinery Turnarounds
A West Texas refinery faced the challenge of complying with Title V permit conditions during a complex unit turnaround while seeking an alternative to flaring.
Vapor Point’s Thermal Vapor Control Expertise: Navigating Sludge Complications in a Gulf Coast Refinery
During a routine tank degassing project at a Gulf Coast refinery, an unexpected challenge emerged: the discovery of sludge.
Seamless Sphere Degassing Utilizing Thermal Combustion Technology
A Gulf Coast refinery faced the task of removing 10-15 large butane and propane spheres from service within six months.
A Game-Changing Solution for High-Concentration Gas Streams
In order to produce crude oil, the associated produced gas has an inlet hydrogen sulfide concentration near 70,000 ppmv.