Overview
Compare new chemical process technologies and economics faster and at less cost.
New chemical manufacturing technologies can pose an opportunity or a threat. Whether you are acquiring a new technology or responding to a rival, the ability to quickly compare technical designs and production costs is a competitive advantage.
Process Economics Program (PEP) Yearbook is the world’s largest online process economics database, with access to 2,000+ process technologies used to produce 600+ chemicals in 6 regions.The only source for new process analysis, PEP Reports and Reviews allow you to uncover the impact of changes in processes, feedstocks, energy prices, and government regulations on chemical and fuel production economics. In addition, with the iPEP Navigator, you can generate process economics tailored to your project needs.
Key Features
Chemical, energy, engineering and investment firms use PEP to:
Time and Cost
Reduce the time and cost it takes to collect and assess new technology information
Investment and Production Decisions
Make investment and production decisions based on unbiased, expert assessments
Project Needs
Customize process economics data to specific project needs
Production Costs and Technical Designs
Compare production costs and technical designs to optimize technology selection
Developments
Keep pace with technology, market and regulatory developments
Capitalize
Capitalize on market shifts and mitigate competitor threats
PEP Products
Find the right PEP product for your business need.
To learn more about each of our PEP products and how you can use them, click on the individual report names below.
Available Publications
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Publication Schedule
Clients can view abstracts, tables of contents, and prices for individual reports by viewing the listing of PEP reports currently available. To view the listing of recently issued reports, see Latest Updates under Chemical News.
The 2026 PEP schedule is available here.
The 2025 PEP schedule is available here.
The 2024 PEP schedule is available here.
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Reports
Year Report Number Report Name 2025 44D Advanced Technologies for Blue Ammonia 148E Electrified Reforming technologies for Low-Carbon Hydrogen and Methanol 180K Emerging Carbon Capture Technologies 29P Ethane e-Cracker: Comparative Analysis of Electricity Sources 211D Hydrocracking Naphtha to Ethane and Propane (NEP) 36F Innovation in Polyethylene Production 278E Lifecycle Assessment of Bio-feedstocks and Biofuels 32I Low-Carbon Hydrogen: Well-to-Gate 261C Methanol to Olefins Technologies 10E Sustainable Polyurethane Technology 2024 199L Advanced Plastic Recycling Update 32G Ammonia Cracking Technologies for Hydrogen Production 310B Batteries for Energy Storage 265C Bio-Based Polymers 180J Carbon Capture Options for a Coal Gasification Plant 180I Carbon Dioxide Capture Economic Model - Part II 29O Ethylene e-Cracker: Comparative Analysis of Electricity Sources 278D Fuels and Chemicals from Renewable Resources 32H Retrofitting for Hydrogen as a Fuel 303F TC2C™ Thermal Crude to Chemicals Technology 2023 199J Base Chemicals from Plastics Pyrolysis Oil 180H Carbon Dioxide Capture Economics Model 32F Commercially Available Blue Hydrogen Production 32E Hydrogen by Electrolysis 199K Hydrogen from Plastic Waste 310A Lithium-based Materials for Battery Production 29N Net-zero Ethylene Production by Steam Cracking of Naphtha 285C Small-scale CO2 Utilization Plants 278C Sustainable Fuels from Waste Residues 285D Synthetic Fuels from Hydrogen and Captured Carbon Dioxide 2022 180G Alternative Carbon Capture Technologies 310 Batteries for Electric Vehicles 278B Bio-based Sustainable Aviation Fuels 115E Biodegradable Polymers 235A Direct Ethanol to C4 Chemicals and Fuels 226A Innovative Reactors and Process Intensification 303E Light olefins focused crude oil to chemicals complex 285B Monetizing CO2 304A Powering Shipping with Low Carbon Options 199I Tire Recycling 2021 309 Bio-Based Monoethylene Glycol (MEG) 29L Bioethylene by Ethanol Dehydration 153G Catalysts for Reforming Naphtha to Hydrocarbons 303D Crude Oil Conversion to Chemicals 32D Hydrogen Delivery Options 199G Large-scale Pyrolysis—Plastic Chemical Recycling 180F Next Generation Carbon Capture 43G Reduced Carbon Intensity and Renewable Methanol Production 29M Reduced Carbon Intensity Ethylene Production 199H Solvent-Based Recycling of Waste Plastics 2020 199E Advances in Mixed Plastics Chemical Recycling 285A Carbon Dioxide Utilization Technologies 153F Catalysts for Polyolefins 303C Crude Oil to p-Xylene—Shenghong Refinery-PX Complex 199F Mechanical Recycling of Waste Polymers 216B Natural Gas Sweetening by Membrane Separation 308 Polyolefin Elastomers/Plastomers (POE/POP) 195C Pushing FCC for Maximum Chemicals Production 303B Refinery Configurations for Maximizing Crude Oil to Chemicals Production 278A Second Generation Biofuels -
Reviews
Review Number Review Name 2026-19 Direct Oxidation Manufacture of Epichlorohydrin 2026-18 Proprietary HPPO Process in Mainland China 2026-16 Indonesian Nickel Boom amid Energy Transition 2026-13 Superabsorbent Polymers Production by Belt Reactor 2026-10 Prayon 3-crystal Process for Phosphoric Acid Production 2026-09 Vinyl Chloride Monomer via Johnson Matthey Davy Process 2026-08 Syngas to DME by Air Products Process 2026-07 Direct Lithium Extraction via Adsorption Technology 2026-06 Dysprosium Oxide Production from Rare-earth Chloride Mixture 2026-05 Solvent deasphalting by ROSE® process 2026-04 Hydrogen Peroxide 2026-03 Direct Lithium Extraction 2026-02 Monazite Ore Processing for Rare Earth Oxides and Thorium Extraction — Part II 2026-01 High-purity Hydrogen Fluoride S2025-17 Navigating the IMO's 2025 Net-Zero Framework: Compliance, Fuel Choices and Costs S2025-16 CBAM: A Trade-based Carbon Pricing Instrument to Incentivize Global Climate Ambition 2025-15 Lithium Fluoride 2025-14 KTS (INVISTA) P8++ Technology for Purified Terephthalic Acid (PTA) 2025-13 Biodiesel from Palm Oil Waste 2025-12 Dynamic Construction Location Factors Update 2025-11 Low-carbon Methanol Value Chain 2025-10 Monazite Ore Processing for Rare Earth Oxides and Thorium Extraction — Part 1 2025-09 Phosphoric Acid Manufacture by Prayon Process 2025-08 Microplastics: A Profile 2025-07 Update on Johnson Matthey LCH™ Technology 2025-06 Carbon Footprint in Chemical Industry – Fuels and Gases 2025-05 Carbon Footprint in Chemical Industry – Organic Chemical Products 2025-04 Lithium Hexafluorophosphate 2025-03 Industrial Enzymes — Cellulase Production for Bioethanol 2025-02 Bastnäsite Ore Processing for Rare-earth Oxide Production – Part II 2025-01 Carbon dioxide Liquefaction for Shipping Transport 2024-16 Small Modular Reactors White Paper 2024-15 Polyvinylidene Fluoride using Non-Fluorinated Surfactant 2024-14 Hydrocracking for Naphtha Part 2: Vacuum Gas Oil 2024-13 SK Innovation’s Nexlene™ Process 2024-12 Ammonia as a Direct Fuel for Gas Turbine 2024-11 Turquoise Hydrogen: Methane Pyrolysis by HAZER® Process 2024-10 Dynamic Construction Location Factors Update 2024-09 Biogas from Biomass 2024-08 Biodiesel from Palm Oil 2024-07 On-purpose Butadiene Production by LG-Chem Process 2024-06 Bastnäsite Ore Processing for Rare-earth Oxide Production — Part I 2024-05 Hydrodealkylation of Toluene for Benzene Production by Axens Technology 2024-04 Ultrapure Water for Green Hydrogen 2024-03 Production of MDEA 2024-02 Per- and Polyfluoroalkyl Substances (PFAS): A Profile 2024-01 Carbon Footprint of Chemical Industry 2023-15 Dynamic Location Factors Update 2023-14 Novolen® Polypropylene Update 2023-13 TrueBlue Methanol® Process 2023-12 Vinyl Chloride Monomer 2023-11 Sour Water Stripping with Ammonia Separation 2023-10 Monetizing CO2 Impact of IRS Rule 45Q 2023-09 Hydrochloric Acid from Hydrogen and Chlorine 2023-08 Diesel Hydrocracking for Naphtha 2023-07 Oleic Acid Production from Crude Palm Oil (CPO) 2023-06 UOP’s MaxEne™ Process 2023-05 XPRIZE Milestone Award Winners — A First Look at Their Commercial Prospects 2023-04 Green Ammonia via Electrolytic Hydrogen 2023-03 Gasoline Production by GT-BTX PluS 2023-02 Blue Ammonia via Casale’s A6000CC™ Technology 2023-01 CO2 to Ethylene via Electroreduction 2022-15 Decarbonizing a Palm Oil Mill and Refinery 2022-14 Isopropyl Alcohol (IPA) from Acetone 2022-13 Polybutylene Terephthalate 2022-12 Propylene Glycol from Glycerin by Sulzer GTC’s GT-ProGSM Process 2022-11 Blue Hydrogen Via Autothermal Reforming 2022-10 Assessment of a Biogas Refinery 2022-09 Phthalic Anhydride—An Update 2022-08 Methanol-to-Hydrogen Conversion Process 2022-07 Blue Hydrogen 2022-06 Deep Catalytic Cracking (DCC) 2022-05 Dow Net-zero Olefins from Ethane 2022-04 Low Carbon Ethylene Production Via E-Furnace Powered by Allam Cycle 2022-03 Net-zero carbon ethylene production via recovery of CO2 from cracking furnace flue gas 2022-02 Natural Gas to Ammonia by Linde Ammonia Concept (LAC™) Process 2022-01 Mitsubishi Gas Chemicals Methanol Process 2021-15 Hydrogen from Natural Gas with Carbon Capture 2021-14 Economics of Cold Energy Recovery in LNG Regasification 2021-13 Cost Analysis of a Typical Oil and Gas Production Unit 2021-12 Fertilizer Grade Ammonium Nitrate Production by KBR Process 2021-11 FCC Revamp Economics 2021-10 Carbon Footprint and Allocation in an Integrated Refinery-Petrochemical Complex 2021-09 Wet Sulfuric Acid Process 2021-08 Hydrogen from Natural Gas with 60% Carbon Dioxide Capture 2021-07 Hydrogen and Carbon Black by Methane Pyrolysis 2021-06 Polyethylene Production by Borealis' Borstar® 3G PE Multimodal Process 2021-05 Natural Gas to Gasoline by Haldor Topsøe’s TIGAS™ Process 2021-04 Mixed Feed Naphtha Steam Cracking 2021-03 Sulfur forming—Granulation Process 2021-02 Electric Power Via NET Power 2021-01 Processing Lean Natural Gas 2020-15 Green Ammonia Technology 2020-14 Maleic Anhydride from n-Butane by Scientific Design Co. process 2020-13 Plastic Recycling - Value Preservation and Carbon Avoidance 2020-12 Ethane Export Terminal 2020-11 Integrated cumene-phenol/acetone/Bisphenol A- Part III: Bisphenol A 2020-10 Integrated cumene-phenol/acetone/Bisphenol A- Part II: Phenol/Acetone 2020-09 Integrated cumene-phenol/acetone/Bisphenol A- Part I: Cumene 2020-08 Maleic Anhydride by Huntsman Technology 2020-07 Green Methanol Production Process 2020-06 LNG Regasification Terminal 2020-05 Floating Methanol Production 2020-04 KBR K-COT Catalytic Cracking Process 2020-03 Polyetherketoneketone (PEKK) 2020-02 Phenol Production by ExxonMobil 3-step Process 2020-01 Next Wave Ethylene to Alkylate -
Consolidated Reports
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Yearbook
Access the world’s largest online process economics database. Updated quarterly, the PEP Yearbook includes:
- Production economic data for more than 2,300+ processes used to manufacture over 600 chemical, polymer, refining and biotech products
- Estimates for raw material and utility requirements
- Capital and production costs for three plant capacity levels
- Customization of plant capacity for quick scaling analysis
- Cost information for the US Gulf Coast, Germany, Japan, Singapore and China, with limited process coverage for Canada and Saudi Arabia
- Conversion of data to either English or metric units
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Updates
June 2026
- PEP Review RW2026-06 Dysprosium Oxide Production from Rare-earth Chloride Mixture
- PEP Review S2026-19 Direct Oxidation Manufacture of Epichlorohydrin
- PEP Review S2026-18 Proprietary HPPO Process in Mainland China
May 2026
- PEP Review RWS2026-16 Indonesian Nickel Boom amid Energy Transition
- PEP Review 2026-13 Superabsorbent Polymers Production by Belt Reactor
- PEP Review RW2026-10 Prayon 3-crystal Process for Phosphoric Acid Production
- PEP Review 2026-08 Syngas to DME by Air Products Process
April 2026
- PEP Review 2026-05 Solvent deasphalting by ROSE® process
March 2026
- PEP Review 2026-01 High-purity Hydrogen Fluoride
- PEP Review 2026-02 Monazite Ore Processing for Rare Earth Oxides and Thorium Extraction — Part II
- PEP Review 2026-03 Direct Lithium Extraction
- PEP Review 2026-07 Direct Lithium Extraction via Adsorption Technology
February 2026
- PEP Review 2026-09 Vinyl Chloride Monomer via Johnson Matthey Davy Process
- PEP Review 2026-04 Hydrogen Peroxide
December 2025
- PEP Report RP 278E Lifecycle Assessment of Bio-feedstocks and Biofuels
- PEP Report RP 261C Methanol to Olefins Technologies
- PEP Report RP 29P Ethane e-Cracker: Comparative Analysis of Electricity Sources
- PEP Report RP 32I Low-Carbon Hydrogen: Well-to-Gate
- PEP Review 2025-14 KTS (INVISTA) P8++ Technology for Purified Terephthalic Acid (PTA)
- PEP Report 44D Advanced Technologies for Blue Ammonia
- PEP Report 211D Hydrocracking Naphtha to Ethane and Propane (NEP)
- PEP Review 2025-04 Lithium Hexafluorophosphate
- PEP Report 36F Innovation in Polyethylene Production
November 2025
- PEP Review 2025-12 Dynamic Construction Location Factors Update
October 2025
- PEP Report 180K Emerging Carbon Capture Technologies
- PEP Review 2025-15 Lithium Fluoride
- PEP Review 2025-08 Microplastics: A Profile
- PEP Report RP 10E Sustainable Polyurethane Technology
September 2025
- PEP Review S2025-17 Navigating the IMO's 2025 Net-Zero Framework: Compliance, Fuel Choices and Costs
- PEP Report 148E Electrified Reforming technologies for Low-Carbon Hydrogen and Methanol
August 2025
- PEP Review S2025-16 CBAM: A Trade-based Carbon Pricing Instrument to Incentivize Global Climate Ambition
- PEP Review 2025-03 Industrial Enzymes — Cellulase Production for Bioethanol
- PEP Review 2025-11 Low-carbon Methanol Value Chain
July 2025
- PEP Review 2025-13 Biodiesel from Palm Oil Waste
- PEP Review 2025-10 Monazite Ore Processing for Rare Earth Oxides and Thorium Extraction — Part 1
April 2025
- PEP Review 2025-07 Update on Johnson Matthey LCH™ Technology
- PEP Review 2025-09 Phosphoric Acid Manufacture by Prayon Process
- PEP Review 2025-06 Carbon Footprint in Chemical Industry – Fuels and Gases
March 2025
- PEP Review 2025-05 Carbon Footprint in Chemical Industry – Organic Chemical Products
February 2025
- PEP Review 2025-02 Bastnäsite Ore Processing for Rare-earth Oxide Production — Part II
January 2025
- PEP Review 2025-01 Carbon dioxide Liquefaction for Shipping Transport
December 2024
- PEP Report 310B Batteries for Energy Storage
- PEP Review 2024-11 Turquoise Hydrogen: Methane Pyrolysis by HAZER® Process
- PEP Report 265C Bio-Based Polymers
- PEP Review 2024-14 Hydrocracking for Naphtha Part 2: Vacuum Gas Oil
- PEP Review 2024-08 Biodiesel from Palm Oil
- PEP Report 278D Fuels and Chemicals from Renewable Resources
- PEP Report 199L Advanced Plastic Recycling Update
- PEP Review 2024-13 SK Innovation’s Nexlene™ Process
- PEP Review 2024-01 Carbon Footprint of Chemical Industry
November 2024
- PEP Report 32H Retrofitting for Hydrogen as a Fuel
- PEP Report 180J Carbon Capture Options for a Coal Gasification Plant
- PEP Report 303F TC2C™ Thermal Crude to Chemicals Technology
October 2024
- PEP Review 2024-10 Dynamic Construction Location Factors Update
- PEP Report 29O Ethylene e-Cracker: Comparative Analysis of Electricity Sources
September 2024
- PEP Review RW2024-03 Production of MDEA
- PEP Review 2024-04 Ultrapure Water for Green Hydrogen
- PEP Review 2024-06 Bastnäsite Ore Processing for Rare-earth Oxide Production — Part I
- PEP Review S2024-16 Small Modular Reactors White Paper
August 2024
- PEP Report 32G Ammonia Cracking Technologies for Hydrogen Production
July 2024
- PEP Review 2024-15 Polyvinylidene Fluoride using Non-Fluorinated Surfactant
- PEP Review 2024-07 On-purpose Butadiene Production by LG-Chem process
- PEP Review 2024-05 Hydrodealkylation of Toluene for Benzene Production by Axens Technology
June 2024
- PEP Review Special RWS2024-02 Per- and Polyfluoroalkyl Substances (PFAS): A Profile
- PEP Review RW2024-09 Biogas from Biomass
May 2024
- PEP Report 180I Carbon Dioxide Capture Economic Model – Part II
February 2024
- PEP Review RW2024-12 Ammonia as a Direct Fuel for Gas Turbine
December 2023
- PEP Report 199J Base Chemicals from Plastics Pyrolysis Oil
- PEP Report 29N Net-zero Ethylene Production by Steam Cracking of Naphtha
- PEP Report 32F Commercially Available Blue Hydrogen Production
- PEP Report 278C Sustainable Fuels from Waste Residues
- PEP Report 285D Synthetic Fuels from Hydrogen and Captured Carbon Dioxide
- PEP Report 310A Lithium-based Materials for Battery Production
- PEP Review RW2023-03 Gasoline Production by GT-BTX PluS
- PEP Review RW2023-08 Diesel Hydrocracking for Naphtha
- PEP Review RW2023-10 Monetizing CO₂ Impact of Rules 45Q and 45V
- PEP Review RW2023-14 Novolen® Polypropylene Update
November 2023
- PEP Report 32E Hydrogen by Electrolysis
- PEP Report 285C Small-scale CO2 Utilization Plants
- PEP Review RW2023-04 Green Ammonia via Electrolytic Hydrogen
- PEP Review RW2023-13 TrueBlue Methanol® Process
October 2023
- PEP Report RP199K Hydrogen from Plastic Waste
- PEP Review RW2023-09 Hydrochloric Acid from Hydrogen and Chlorine
- PEP Review RW2023-11 Sour Water Stripping with Ammonia Separation
September 2023
- PEP Report RP180H Carbon Dioxide Capture Economics Model
- PEP Review RW2023-12 Vinyl Chloride Monomer
- PEP Review RW2023-15 Dynamic Construction Location Factors Update
June 2023
- PEP Review RW2023-06 UOP MaxEne™ Process
May 2023
- PEP Review RW2023-02 Blue Ammonia via Casale’s A6000CC™ Technology
- PEP Review RW2023-07 Oleic Acid from Crude Palm Oil
April 2023
- PEP Review RW2023-01 CO2 to Ethylene via Electroreduction
- PEP Review RW2023-05 XPRIZE Milestone Award Winners — A First Look at Their Commercial Prospects
January 2023
- PEP Review RW2022-04 Low Carbon Ethylene Production via E-furnace Powered by NET Power Cycle
- PEP Review RW2022-08 Methanol-to-Hydrogen Conversion Process
December 2022
- PEP Review RW2022-10 Assessment of a Biogas Refinery
- PEP Report RP304A Powering Shipping with Low Carbon Options
- PEP Report RP199I Tire Recycling
- PEP Report RP235A Direct Ethanol to C4 Chemicals and Fuels
- PEP Review RW2022-06 Deep Catalytic Cracking (DCC)
- PEP Report RP285B Monetizing CO₂
- PEP Review RW2022-01 Mitsubishi Gas Chemical Methanol Process
- PEP Review RW2022-15 Decarbonizing a Palm Oil Mill and Refinery
- PEP Review RW2022-12 Propylene Glycol from Glycerin by Sulzer GTC’s GT-ProGSM Process
- PEP Review RW2022-11 Blue Hydrogen Via Autothermal Reforming
- PEP Report RP226A Innovative Reactors and Process Intensification
- PEP Report RP310 Batteries for Electric Vehicles
- PEP Review RW2022-14 Isopropyl Alcohol (IPA) from Acetone
- PEP Review RW2022-07 Blue Hydrogen
- PEP Report RP278B Bio-based Sustainable Aviation Fuels
- PEP Report RP303E Light olefins focused crude oil to chemicals complex
- PEP Review RW2022-13 Polybutylene Terephthalate
November 2022
- PEP Report RP115E Biodegradable Polymers
- PEP Report RP180G Alternative Carbon Capture Technologies
October 2022
- PEP Review RW2022-05 Dow Net-zero Olefins from Ethane
September 2022
- PEP Review RW2021-02 – Electric Power Via NET Power
- PEP Review 2022-09 – Phthalic Anhydride-An Update
July 2022
- PEP Review RW2022-03 – Net-zero carbon ethylene production via recovery of CO2 from cracking furnace flue gas
June 2022
- PEP Review RW2022-02 – Natural Gas to Ammonia by Linde Ammonia Concept (LAC™) process
January 2022
- PEP Report RP309 – Bio-Based Monoethylene Glycol
December 2021
- PEP Report RP29M – Reduced Carbon Intensity Ethylene Production
- PEP Review RW2021-07 – Hydrogen and Carbon Black by Methane Pyrolysis
- PEP Report RP43G – Reduced Carbon Intensity and Renewable Methanol Production
- PEP Report RP303D – Crude Oil Conversion to Chemicals
- PEP Review RW2021-11 – FCC Revamp Economics
- PEP Review RW2021-13 – Cost Analysis of a Typical Oil and Gas Production Unit
- PEP Review RW2021-15 – Hydrogen from Natural Gas with Carbon Capture
- PEP Report RP32D – Hydrogen Delivery Options
- PEP Review RW2021-08 – Hydrogen from Natural Gas with 60% Carbon Dioxide Capture
- PEP Review RW2021-04 – Mixed Feed Naphtha Steam Cracking
- PEP Review RW2021-05 – Natural Gas to Gasoline by Haldor Topsøe’s TIGAS™ Process
- PEP Review RW2021-06 – Polyethylene Production by Borealis' Borstar® 3G PE Multimodal Process
- PEP Report RP29L – Bioethylene by Ethanol Dehydration
November 2021
- PEP Report RP153G – Catalysts for Reforming Naphtha to Hydrocarbons
- PEP Review RW2021-10 - Carbon Footprint and Allocation in an Integrated Refinery - Petrochemical Complex
- PEP Report RP199G – Large-scale Pyrolysis—Plastic Chemical Recycling
- PEP Review RW2021-09 – Wet Sulfuric Acid Process
October 2021
- PEP Report RP180F – Next Generation Carbon Capture
- PEP Report RP199H – Solvent-Based Recycling of Waste Plastics
September 2021
- PEP Review RW2021-14 – Economics of LNG Cold Energy Utilization by Generation of Electricity
May 2021
- PEP Report RP199F – Mechanical Recycling of Waste Polymers
February 2021
- PEP Review RW2021-12 – Fertilizer Grade Ammonium Nitrate Production by KBR Process
January 2021
- PEP Review RW2021-01 – Processing Lean Natural Gas
- PEP Review RW2021-03 – Sulfur forming—Granulation Process
December 2020
- PEP Review 195C - Pushing FCC for Maximum Chemicals Production
- PEP Report RP278A – Second Generation Biofuels
- PEP Review RW2020-07 – Green Methanol Production Process
- PEP Report RP303C – Crude Oil to p-Xylene—Shenghong Refinery-PX Complex
- PEP Review RW2020-05 – Floating Methanol Production
- PEP Review RW2020-11 – Integrated Cumene-Phenol/Acetone-Bisphenol A-Part III: Bisphenol A (BPA)
November 2020
- PEP Report 199E – Advances in Mixed Plastics Chemical Recycling
- PEP Review RW2020-03 – Polyetherketoneketone (PEKK)
- PEP Review RW2020-06 – LNG Regasification Terminal
October 2020
- PEP Report 153F – Catalysts for Polyolefins
- PEP Review RW2020-15 – Green Ammonia Technology
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September 2020
- PEP Report 285A – Carbon Dioxide Utilization Technologies
- PEP Report 308 – Polyolefin Elastomers/Plastomers (POE/POP)
- PEP Report 303B – Refinery Configurations for Maximizing Crude Oil to Chemicals Production
August 2020
- PEP Review RW2020-08 – Maleic Anhydride by Huntsman Technology
- PEP Review RW2020-13 – Plastic Recycling - Value Preservation and Carbon Avoidance
July 2020
- PEP Report 216B – Natural Gas Sweetening by Membrane Separation
- PEP Review RW2020-10 – Integrated Cumene-Phenol/Acetone-Bisphenol A - Part II: Phenol/Acetone
June 2020
- PEP Review RW2020-14 – Maleic Anhydride from n-Butane by Scientific Design Co. process
May 2020
- PEP Review RW2020-12 - Ethane Export Terminal
- PEP Review RW2020-01 – Ethylene to Alkylate Process by Next Wave Energy
April 2020
- PEP Review RW2020-09 – Integrated Cumene-Phenol/Acetone/Bisphenol A - Part I: Cumene
- PEP Review RW2020-02 – Phenol Production by ExxonMobil 3-step Process
February 2020
- PEP Review RW2020-04 – KBR K-COT Catalytic Cracking Process
- PEP Report 50F – Polycarbonate Update
January 2020
- PEP Review RW2019-04 – Waste Treatment Costs for Non-Phosgenation Based Polycarbonate Production
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