Bryan Research & Engineering
CapabilityProMax® 7.0

Capability

Carbon Capture and Sequestration (CCS)

  • amine
  • glycol
  • emissions
  • refining
  • pipelines
  • data-exchange
  • sustainable
  • ccs
  • sulfur
  • equipment

Carbon capture and sequestration involves capturing CO 2 emissions generated from industrial processes, allowing operators to reduce GHG emissions while continuing to offer reliable, cost-effective energy across the globe.

Carbon Capture and Sequestration (CCS)

Carbon capture and sequestration involves capturing CO 2 emissions generated from industrial processes, allowing operators to reduce GHG emissions while continuing to offer reliable, cost-effective energy across the globe.

Rely on our experience and expertise, in conjunction with our precise, robust software to deliver optimal evaluations and design solutions!

Modeling considerations

Mass & Heat Transfer-based distillation columns (Trayed, Random, or Structured Packing)

  • Lean/Rich Loading and Approach Calculations

  • Comprehensive Absorber Temperature Profiles

Property Packages for CO 2

  • Span-Wagner, GERG-2008, PR, SRK, and Electrolytic ELR

CO 2 Solvents Available in ProMax

  • Traditional Amines: MEA, DGA, DEA, MDEA, TEA, DIPA, AMP

  • Other Amines: PZ, AEP, MMEA, MOR, DEEA, DMEA, MIPA, 1-MPZ, EHEP, HEM, DETA, EDA, HMDA, TEDA, HEP

  • Amino Acids: Glycine and Sarcosine

  • Proprietary Solvents

Huntsman JEFFTREAT®

  • Dow UCARSOL™

  • Eastman AdapT

  • Physical Sweetening Solvents like Methanol, DEPG, and Propylene Carbonate

  • Hot Potassium Carbonate

Flue Gas Capture

Whether from thermal power generation, cement plants, or other sources, ProMax provides accurate, reliable simulation of carbon capture units from flue gas using a variety of popular and emerging solvents. ProMax’s versatile simulation capabilities facilitate integration of these capture units with other facilities, such as combined-cycle power plants, enabling holistic process optimization.

  • Rigorous electrolytic thermodynamics

  • Rate-based modeling

  • Column hydraulic modeling

  • KPI tracking throughout CCS unit

  • Upstream scrubbing of SOx

  • Energy Intensity Calculations

  • Membrane separation

User defined permeability for Cellulose Acetate used for separation treating

  • RNG treating

Direct Air Capture

Direct Air Capture (DAC) is a technology engineered to extract CO 2 directly from the atmosphere. ProMax plays a pivotal role in modeling DAC capabilities by offering a robust platform for comprehensive analysis and process optimization.

Ethanol Plant Capture

Ethanol plant capture involves capturing and managing CO 2 emissions generated during ethanol production, aiming to minimize their environmental footprint. Utilize ProMax to evaluate alternatives for vent gas treatment including:

  • Compression

  • Dehydration

  • Liquefaction

CO 2 Compression, Dehydration, Transportation, and Injection

Once captured, CO 2 requires compression and transportation for final utilization or sequestration. With ProMax, you can simulate the complex phase equilibria between CO 2 and H 2 O mixtures at near critical and supercritical conditions. This is crucial for evaluating captured CO 2 compression, dehydration, transport, and downhole injection. ProMax accurately predicts:

  • Water content

  • Density

  • Glycol dehydration thermodynamics

  • Solids formation temperatures (Hydrates, Water Ice, and Dry Ice)

  • Pipelines

With nearly five decades of dedicated application, ProMax assures dependable accuracy in assessing power requirements, phase equilibria, and fluid properties for pure and contaminated CO 2 !

Watch our Webinar to Learn More about our Carbon Capture Capabilities here

  • Upstream Production Facilities

  • Hydrocarbon Accounting

  • Gathering and Compression

  • Flare and Vent Lines

  • GIS Tool

  • Dehydration and Hydrates

  • Acid Gas Removal

  • Environmental Solutions

  • Midstream Hydrocarbon Recovery and Fractionation

  • Pipelines and Transportation

  • Gathering and Compression

  • GIS Tool

  • Environmental Solutions

  • Refining Distillation

  • Crude Preheat Networks

  • Hydroprocessing

  • Delayed Coking

  • Alkylation

  • Crude Characterization

  • Acid Gas Removal

  • Sour Water Stripping

  • Sulfur Recovery

  • Caustic Systems

  • Treating Dehydration / Hydrate Inhibition

  • Sulfur Recovery TGCU

  • Acid Gas Removal

  • Sour Water Stripping

  • Detailed Design Columns

  • Heat Exchangers

  • Separators

  • Piping

  • Control Valves

  • Flow Meters

  • Relief Systems

  • Environmental Solutions Glycol Dehydration Emissions

  • Event-Based Emissions

  • OOOOa Vent Assessment Tool

  • VOC Emissions Permitting and Inventories

  • Methane Emissions

  • Sustainable Energy Carbon Capture and Sequestration

  • Renewable Natural Gas

  • Renewable Diesel

  • Blue Hydrogen

  • Green Hydrogen

  • Data Exchange and Optimization Data Exchange

  • Optimization Tool