qenergy

last UPDATED: 8.2024
segments 
  1. oil rigs/ships - Nordic/norway
  2. epcic - nordic/norway
  3. building construction - pak/asia
  4. road & railways - nordic
  5. infrastructure - nordic
contact mail - erpduo cg: [email protected]
                                                                                                                                                                                           *qpower is a business unit working with energy related concepts.
hydrogen fuelcells
research highlights
  • Liquid H20: -253C
  • 20t per day
  • 7kw per kg
  • 2C target implies a rise in power production from 20 000 TWh to 150 000 TWh annually
  • 95% reduction within 2050. an 88 % renewable share is assumed for the European power system in 2050. 400 GW will still be generated by conventional thermal power plants.
  • Solid oxide fuel cells (SOFC)
  • Liquid Hydrogen Organic Carriers (LHOCs)
  • Solid storage & TRANSPORT
  • Nor: hydrogen production via electrolysis is exempted from the state electricity grid tariffs (2019)
DNV 2019:
Segment | Number of vehicles | Fuel demand (ton H2/year)
Heavy truck:            5 000                             29 000
Buses:                           2 220                               7 000
railway:                      2                                       1 900

ship & vessel automation

Digital Container Logistics platform
Autonomous reach stacker
battery container - charging infra
  • Urban quays
  • unmanned quays
  • autonomous ports + operations
  • unmanned ports
  • integrated ports - charging
  • ​battery trailers
  • constrained autonomous(CA)
  • ​autonomy ready terminal tractors
  • Terminal automation
  • Terminal equipment + digital infra
  • Autonomous terminal tractors (ATT) 
  • Digital trailer logistics platform
  1. ​​Autonomous gantry crane
  2. Constrained autonomous shuttles
  3. Mixed energy systems
compliance regulations
  • ISO 28005 – Electronic Port Clearance

H2O Hydrogen

MISSION: New world energy systems from 2050.
the hydrogen production first started around 1927.
Main causes
Reducing emissions from the transport sector • Low-emission technologies for the industry • Carbon Capture and Storage (CCS) • supplier of renewable energy • Environment-friendly shipping

chemical Processing
• Steam methane reforming (SMR): Pure water vapour is used as oxidant. The reaction requires the introduction of heat (“endothermic”).
• Partial oxidation (POX): Oxygen or air is used as oxidant. The process releases heat (“exothermic”).
• Autothermal reforming (ATR): A combination of SMR and POX. The ratio of the two oxidants is adjusted so that no heat needs to be introduced or discharged (“isothermal”). 
 polymer electrolyte membrane fuel cell (PEMFC)

natural gas | HYDROGEn and ccs/co2 plant
  1. INDUSTRY SEGMENTS
Hydrogen, Carbon Capture and Storage, LNG, LPG, CNG, Liquified CO2, Ammonia.
1.1 A project will normative include various subject matter areas
  1. Rigs, vessels & drilling units(FLOP), PSV, Shipengine: Wartsila(5500kW).
  2. Trading product: LPG, LNG, CNG, Hydrogen(green,blue,grey), CO2
  3. SURF, seabed interventions, manifolds & templates for various tie-in cables, pipelines, compressors, EIT stations. Riserlight Well integration. Mooring.
  4. G&G data and visuals, reservoir casing & completions.
  5. Chemical, Processing & Material technology
  6. Gas & Hydrogen* compression: High Tensile Steel C-Type tanks.
  7. Power & Utilities: CCR Automation.
  8. Production Assurance Program(PAP)
  9. Technology Readiness Level(TRL), OLGA.
  10. Subsea Production System, x-mas tree horizontal, Low carbon and methane technologies
  11. Aqua culture
  12. Admin building, Offices, Meeting room, Mezzanine, Bath, Kitchen. Tech building. Workshop Lab with Gates. Production Processing Building, Logistics Hall. Road Truck gas/charging station.
  13. ITT Tender Documentation
 
 2. Project Commercial Management
  • Project Planning, Project Cost Reporting, Project Estimations
  • Thermodynamics, Fluid velocity. Wind & wave technology.
  • Tanks/Cubes, IGC codes, IACS.
  • Co2 Processing Station: vaporation, temp, in/out.
  • ENVID
  • QRA
  • ORR
  • SFA/SIS
  • LCO2 Storage Vessel: 6 tanks for offloading/inloading.
  • Quality Management
  • HSE Management
  • Risk Management
  • Project Exit
  • Lessons Learned
  • Project Financial Realizations
  • Cost to Benefit Analysis
  • Government Regulations
  • Public reporting
  • Procurement
 
3. Project Technical Management
  • Wellhead D&W: 9"-42» drilling, casing & completions. P&A. Tubing, Wireline, slickline. Tie back. SURF/compressor, aggregator. DH-PressureTempGauge(DHPTG)
  • Horizontal/Vertical directional drilling. Assembly installation. Choking,
  • Tie-in flowline connection/umbilicals, Battery power.
  • Network switch/router, NIC, TCP/IP link, Subsea Control Module. FiberOptical cable.
  • Underwater drone, UAV, ROV
  • Solution 1: A conventional electro-hydraulic umbilical with fibre optic communication cables.
  • Solution 2: A fluid umbilical plus a DC/FO cable for power supply and communication (NorthernLights, Equinor)
  • Nexans, Alcatel, cable spooling, SIMULTANOUS OPS(SIMOP) on cable/fluid trenching. BKK, Lyse, Tampnet, Gassnova, (Statkraft, Statnett).
  • Bowtie Simulations, IMR Inspections. PipelineEndManifold(PLEM).
  • TD or TR from Equinor(STL). Gas processing technology from Total. Plant & Refinery Station with Subsea Pipelining from Shell. D&W Technology from SLB.
  • Erpduo DC: GeoStationX > containerdeck dualServer data registration via Server-Switch-Router-FO Link-Satellite
  • 10000 psi gas pressure.  Full Pressurised (FP), Semi Refrigerated vessel.
  • Shipment: High Tensile Steel Tanks, General Approval Ship Application(GASA), TRL4, C-Tank, NDE, PWHT welding.
  • LPG: MLA, hoses, radar gauges, filling limits, metering, battery design, shore power size, configurations, storing, waste disposal, mooring, emergency systems, autonomy, surge control.
  • Alternative Risk Based Design
  • DNV and BV verifications.
  • Fuel alternatives, CO2 capture technologies, air lubrication.
  • Ship owner list, rig owner list, vessel ops.
  • Mini FEED/Proof of Concepts. Rapid Design & Application Development.
  • Cost Efficiency: Speed in 1 Knots.
  • SRA Schedule Risk Analysis
  • Safety & Security Management
  • Commercial development – customers and international markets
  • Business development – early concept, buy-outs, lease of services to commissioning
 _____________________
2. example of a business case/PROJECT development: Coal to HYDROGEN
Courtesy: Uni of P.Valencia
  • Ammonia
  • methanol
  • green hydrogen
  • blue hydrogen

    if you are a client/customer

    if you are a partner

Definitions and abbreviations (source: AEGIS)
ARS: Autonomous reach stacker
ATT: Autonomous terminal tractor
AO: Automatic Operation [1]
CA: Constrained Autonomy
Standard RCC: Same as CA but with standardised RCC [1]
EMSWe: European Maritime Single Window environment
FA: Full Autonomy [1]
ICMASS: International Conference on Maritime Autonomous Surface Ships
IMO: International Maritime Organization
ISPS: International Ship and Port facility Security
ISSC: International Ship Security Certificate
IWT: Inland waterways transport
IWW: Inland waterways
KPI: Key Performance Indicator
LoLo: Lift-on/Lift-off
PMS: Port Management System
PU: Periodically Unattended [1]
RC: Remote Control [1]
RCC/ROC: Remote Control Centre,
ROC (Remote Operation Centre)
RS: Reach stacker
RoRo: Roll-on/Roll-off
SDG: Sustainable Development Goals
SotA: State of the Art
SSS: Short sea ship(ping)
TEU: Twenty-foot Equivalent Unit
TJC: Tripple Joint Crane
TRL: Technology Readiness Level
TOS: Terminal Operating System
RFM: Robot Fleet Management
VCOP: Voyage and Container Optimisation Platform