Quadrise PLC · LSE:QED
Quadrise — SPE Ecuador presentation (August 2020)
30 slides from Quadrise's conference presentation, Aug 6, 2020
Slide 1: Presentation to SPE Ecuador: MSAR - a clean solution to a global problem
PRESENTATION TO SPE ECUADOR MSAR® - a clean solution to a global problem August 6, 2020
Slide 2: Quadrise supply MSAR technology & fuel for upstream and downstream applications
2 Quadrise supply MSAR® technology & fuel for upstream and downstream applications. A UNIQUE SOLUTION Proven blending technology is Stable water-based fuel oil deployed for viscosity control or synthetic crude can be and can be applied to produce shipped & used in the a lower cost fuel oil for steam
Slide 3: Matthew Bridgeman, Project Engineer - Presenting
3 Matthew Bridgeman MEng CEng MIChemE Project Engineer PRESENTING Matthew works as a Project Engineer for Quadrise Fuels, responsible for projects including process optimization, operational support & RDI, as well as business development. Matthew has previously worked for Amec Foster Wheeler on refi
Slide 4: Overview of MSAR Emulsion Fuel Technology
PRESENTATION TO SPE ECUADOR Overview of MSAR® Emulsion Fuel Technology August 6, 2020
Slide 5: MSAR technology eliminates the need for oil diluents
5 MSAR® technology eliminates the need for oil diluents ✓ Reducing HFO oversupply by ~30% using water A UNIQUE SOLUTION ✓ Saving distillates, providing cheaper energy ✓ Cleaner to use, burns very efficiently with no soot … through the innovative use of proven emulsion systems and surface chemistry,
Slide 6: Experienced Quadrise Team and Global Alliance
6 Experienced Quadrise Team ▪ Quadrise team were responsible for commercialising PDVSA Orimulsion® fuel. >60,000,000 tons of ▪ Quadrise developed MSAR® alongside major companies Orimulsion has such as Maersk, Cepsa, GE Alstom, Wärtsilä & MAN. been consumed worldwide QUADRISE OVERVIEW Al Khafrah Hold
Slide 7: Technology
7 TECHNOLOGY
Slide 8: Traditional Heavy Oil vs MSAR Synthetic Fuel
6 Traditional Heavy Oil MSAR® Synthetic Fuel FUEL 30% Water EMULSIONS 20-40% high & value diluent <1% additives HFO ECONOMIC DRIVERS 60-80% 70% bitumen bitumen residue residue Expensive distillate fuels are used to MSAR® technology reduces hydrocarbon dilute viscous hydrocarbons in the viscosity usi
Slide 9: Production
9 Additives <1% PRODUCTION Viscous Hydrocarbons ~70% Water ~29% ✓ Viscous crude oils ✓ Can be derived from ✓ Refinery residue streams from several utility or VR to SDA pitch wastewater sources ✓ Unstable residues ✓ 1,000 – 100,000,000 cSt @ 100°C The blending An MSAR® hardware is based Manufacturing
Slide 10: Chemistry
▪ WIO emulsions regularly occur at oilfields. They can 10 cause several operational problems in wet-crude OIL handling facilities and gas/oil separating plants. WATER ▪ OIW emulsions are deployed at the oil refinery for viscosity control to reduce fuel production costs. WATER–in–OIL OIL–in–WATER EMU
Slide 11: MSAR Technology Demo
MSAR® Technology Demo ‘Quadrise “eeseee*” Fuels international ple
Slide 12: Fast-Track Projects: Cepsa RGSR
Fast-Track, Projects; Cepsa RGSR. 12 ▪ A 6 KBPD MSAR® system was installed at CEPSA’s 240 KBPD Refinery Gibraltar San Roque ▪ Modular design based on ISO containers; process units, ancillary, additive storage, laboratory ▪ Quadrise responsible for MSAR® system installation, commissioning, operations
Slide 13: Project Evolution
13 1-2 months 3-4 months 6-12 months Scoping Pilot FEED EPC Operations Heavy oil Testing Scope developed Implementation Ongoing stream Pilot testing at and design / integration of support from PROJECT identified. QRF*, additive prepared for MSAR® project Quadrise to Conceptual formulation implementa
Slide 14: Reducing Emissions with MSAR
Reducing Emissions with MSAR® 14 FUEL EMULSIONS COMBUSTION
Slide 15: Reducing Emissions with MSAR
Reducing Emissions with MSAR® MSAR® enables 15 affordable compliance with ▪ Lower NOx Emissions modern 30% less NOx emitted as water reduces the combustion temperature.environmental standards ▪ Efficient Combustion When fuel combusts the burn occurs on the droplet surface. MSAR®’s 5-10µm droplets CO
Slide 16: Commercial Experience
PRESENTATION TO SPE ECUADOR Commercial Experience August 6, 2020
Slide 17: Global HFO Applications For MSAR
Global HFO Applications For MSAR®. 17 Thermal plant references for oil-in-water emulsion fuel use: Steam Boilers (Power & Utilities) ▪ Significant OIW emulsion fuel experience with >60 million tons used: 50MWth to 770MWe. ▪ MSAR® proven with “scrubbers”/FGD. REFERENCES & EXPERIENCE Diesel Engines (P
Slide 18: MSAR solution for lower cost energy
MSAR® solution for lower cost energy ▪ Clients; Total/Deer Creek, PetroCanada, Conoco-Phillips, 18 Paramount Resources. UPSTREAM EXPERIENCE Joslyn Creek, Canada MSAR® SAGD Trial 2005-6 ▪ Portable 18 MM Btu/hr steam generator with equivalent Fuel oil No.6 burner system; 100 bpd MSAR® for 6 months. ▪
Slide 19: MSAR pipeline solutions for viscosity reduction
MSAR® pipeline solutions for viscosity reduction Potential transport application for stranded assets, main objective to save diluents or 19 remove requirement for heated pipeline. UPSTREAM Tested by BP in Wolf Lake (Transoil Project): EXPERIENCE ▪ Emulsion stability fine during Summer/Winter. ▪ Tota
Slide 20: Potential Applications for Ecuador and Latin America
PRESENTATION TO SPE ECUADOR Potential Applications for Ecuador and Latin America August 6, 2020
Slide 21: Case Study 1: Consumption for upstream energy generation
100BPD of diesel is ▪ Client has licenses to extract sour crude oil (API 21 required for dilution 12-15°) from Block A and Block B. of 1,000BPD of crude oil to meet the CASE STUDY 1 700cSt@50°C Wärtsilä ▪ Crude oil from Block B is lighter and is used to V32LN diesel engine blend with Block A output
Slide 22: Case Study 1: Potential MSAR Option 1
The Wärtsilä V32LN model of 22 engine has been successfully operated CASE STUDY 1 on both Orimulsion® and MSAR® with 150,000 hours of Consumption experience. for upstream energy generation. ▪ MSAR® can reduce diesel use by emulsifying the crude to meet the Wärtsilä viscosity specification, Crude Oil
Slide 23: Case Study 1: Potential MSAR Option 2
▪ Another, potentially more profitable option is to produce MSAR® from the 8-9°API bottoms of the Topping Unit to This application supply the energy requirements of both blocks. 23 ensures that the lowest value energy CASE STUDY 1 source is used for ▪ This reduces costs and enhances the exported cru
Slide 24: Base Case – Conventional FDP
Base Case – Conventional FDP ▪ The crude oil is over 3,000cSt at 50°C and a heated 200km pipeline or truck option is uneconomic 24 (high CAPEX) circa 15-20% of MGO/LCO diluent is needed (to meet 300cSt at 50°C). CASE STUDY 2 ▪ To produce 12KB/D of low sulphur crude oil, 30% of the extracted crude is
Slide 25: Case Study 2: MSAR as a Pipeline Transportation Solution
25 CASE STUDY 2 MSAR® as a Pipeline Transportation Solution Base Case – Conventional FDP Potential MSAR® option 1 ▪ A client wishes to transport crude oil that is over ▪ Crude is emulsified using MSAR® technology to 3,000cSt at 50°C in pipelines that have been designed reduce its viscosity so that i
Slide 26: MSAR Option 2 – Splitter + MSAR Opportunity
MSAR® Option 2 – Splitter + MSAR® Opportunity ▪ Install a modular crude oil “splitter” at the production site to process a proportion of crude. 26 ▪ Blend the bottoms product to MSAR® for use in existing steam boilers and local power generation. CASE STUDY 2 ▪ Burn the lowest cost energy source (Res
Slide 27: QFI expertise & MSAR technology fit Upstream, Midstream & Downstream
QFI expertise & MSAR® technology have a good “fit” with… 27 Upstream, Midstream & Downstream Opportunities Planta Arizona in Guatemala ran on Orimulsion® over three years.
Slide 28: Case Study 3: MSAR Downstream Application
Quadrise and EP PetroEcuador are discussing MSAR® for Esmeraldas Refinery. MSAR® would reduce, and potentially remove, fuel oil cutter imports, whilst supplying the refinery 28 and potentially domestic and export fuel oil users with a cheaper and cleaner alternative. CASE STUDY 3 MSAR® Downstream Ap
Slide 29: Case Study 3: Esmeraldas Refinery
Quadrise and EP PetroEcuador are discussing MSAR® for Esmeraldas Refinery. ▪ Esmeraldas Refinery produces fuel from refinery streams and imported cutters. 29 ▪ One potential stream for emulsification at the refinery is a heavy vacuum residue cut from Oriente crude, with a viscosity of 2,300cSt @ 135
Slide 30: Summary: Proven Technology, Cheaper Cleaner Energy, Applications in Ecuador
30 Proven Technology : ▪ Produces stable oil-in-water emulsions QUADRISE ▪ Using proven modular, low-capex technology SUMMARY ▪ Industry leading team, IP & global partners Cheaper, Cleaner Energy : ▪ MSAR® technology makes oil burn efficiently ▪ Reduces costs for consumers and producers ▪ Reduces NO