The Skyven Approach

Skyven configures Arcturus to your site’s specific conditions,
optimizing performance and savings at every stage of the process.

Two Options for Deployment

1. Energy-as-a-Service

No CapEx, zero payback period, and savings from Day 1.

Shared
Savings

Skyven invests 100% of project cost, is paid back through shared savings.

Aligned
Incentives

Skyven makes money if the project performs and loses money if not.

Risk-Managed Engineering

Stage-gated engineering process, with offramp if project is unviable.

End-to-End Execution

One accountable partner. Fewer handoffs. Better project outcomes.

2. Traditional CapEx

Skyven can install, operate, and maintain, if desired.

Built for Performance and Reliability

Every Arcturus system meets the same performance standards Skyven requires when it owns and operates the system itself.

Our Process

The Path to an Arcturus Project

Step 1:

Galileo Assessment

Our Galileo software generates rapid, preliminary performance numbers and project economics — in hours, not months.

Step 2:

Technoeconomic Solution (FEL-1)

Refinement of assumptions, preliminary siting of the system, and creation of a full financial model for the project.

Step 3:

Engineering Feasibility Study (FEL-2)

Validation of performance and economics using time-series data from the facility, site visit(s), and on-site metering (as necessary); delivery of FEL-2 engineering package.

Step 4:

Front-End Engineering Design (FEL-3/4)

Delivery of detailed engineering package, enabling firm-fixed construction bids and design approval prior to equipment ordering.

Step 5:

Project Execution

Installation and commissioning of the Arcturus system on-site, with no downtime or disruption to operations.

Step 6:

Ongoing Operations

Operations and maintenance managed by Skyven for Energy-as-a-Service projects; optional for CapEx projects.

Typical annual savings: €1-3+ million

Explore Arcturus Projects Across Different Sectors

Pulp & Paper
Recycled paper facility
in Western Europe
Annual Natural Gas Usage:
663,239 MWh
(2,256,147 MMBtu)
Waste Heat Source:
Paper Machine Exhaust

With Skyven Arcturus:

Units:
  • Annual OpEx Savings

    €3,235,480

    (Excluding capital recovery)

  • CapEx to Customer under EaaS

    €0

  • Coefficient of Performance (COP)

    3.1

  • Annual Emissions Avoided

    63,925 tonnes CO₂

Chemicals
Integrated petrochemical
plant in Western Europe
Annual Natural Gas Usage:
856,418 MWh
(2,913,284 MMBtu)
Waste Heat Source:
Column Condenser

With Skyven Arcturus:

Units:
  • Annual OpEx Savings

    €5,995,320

    (Excluding capital recovery)

  • CapEx to Customer under EaaS

    €0

  • Coefficient of Performance (COP)

    3.6

  • Annual Emissions Avoided

    37,682 tonnes CO₂

Food & Beverage
Snack food manufacturing plant
in the Western United States
Annual Natural Gas Usage:
148,465 MWh
(505,036 MMBtu)
Waste Heat Source:
Oven and Fryer Exhaust

With Skyven Arcturus:

Units:
  • Annual OpEx Savings

    €1,421,936

    (Excluding capital recovery)

  • CapEx to Customer under EaaS

    €0

  • Coefficient of Performance (COP)

    2.8

  • Annual Emissions Avoided

    15,435 tonnes CO₂

Ethanol
Ethanol facility in the
Northeastern United States
Annual Natural Gas Usage:
468,855 MWh
(1,594,098 MMBtu)
Waste Heat Source:
Dryer Exhaust

With Skyven Arcturus:

Units:
  • Annual OpEx Savings

    €1,193,487

    (Excluding capital recovery)

  • CapEx to Customer under EaaS

    €0

  • Coefficient of Performance (COP)

    7.6

  • Annual Emissions Avoided

    18,580 tonnes CO₂

Let’s Start the Conversation

Share a few details about your facility, and we’ll be in touch regarding next steps for an Arcturus project at your site.