SciTransfer
Organization

OTECHOS AS

Norwegian SME developing a proprietary centric reciprocating compressor for hydrogen, heat recovery, and industrial gas applications.

Technology SMEenergyNOSMENo active H2020 projects
H2020 projects
3
As coordinator
3
Total EC funding
€4.0M
Unique partners
0
What they do

Their core work

OTECHOS AS is a Norwegian technology SME that develops a proprietary Centric Reciprocating Compressor (CRC) — a mechanical system designed to compress gases and handle liquids using a distinct reciprocating mechanism. Their technology targets industrial applications including hydrogen compression, waste heat recovery, and CO2 reduction. The company has advanced this single core technology from feasibility study through full commercial development over three successive EU-funded phases, indicating a deep, focused engineering capability rather than a broad R&D portfolio.

Core expertise

What they specialise in

Centric reciprocating compressor technologyprimary
3 projects

All three H2020 projects (CR-Compressor, CRC, CRCP) are dedicated to developing and scaling this proprietary compressor design.

Hydrogen compressionsecondary
1 project

The CRCP project (2020-2023) explicitly targets hydrogen compressor applications, expanding the CRC platform into the hydrogen economy.

Waste heat recovery systemsemerging
1 project

The CRCP project keywords include wasted heat recovery, indicating the compressor technology is being adapted for thermal energy capture.

Liquid-tolerant compression and pumpingemerging
1 project

The CRCP project title specifies 'liquid tolerant' capability and dual compressor-pump functionality, a technical extension of the original gas-only design.

Evolution & trajectory

How they've shifted over time

Early focus
Core compressor mechanism development
Recent focus
Hydrogen and heat recovery applications

OTECHOS followed a textbook SME Instrument trajectory: starting with a feasibility study for their core compressor concept in 2016 (EUR 50K), then scaling to a full development project in 2017 (EUR 1.6M), and finally expanding the technology's application scope in 2020 (EUR 2.3M). The early phase focused purely on proving the centric reciprocating compressor mechanism itself, while the later phase broadened into specific market applications — hydrogen compression, heat recovery, and CO2 reduction — reflecting a shift from core engineering to market-driven product development.

OTECHOS is pivoting its proven compressor platform toward the hydrogen economy and industrial decarbonization — two sectors with strong EU policy tailwinds and growing commercial demand.

Collaboration profile

How they like to work

Role: consortium_leaderReach: Local

OTECHOS operates exclusively as a solo coordinator — all three projects were SME Instrument grants with no consortium partners. This is typical of the SME Instrument scheme, which funds individual companies rather than consortia. It means OTECHOS has strong grant-writing and project management skills for its own technology, but has no demonstrated track record of working within multi-partner EU consortia.

OTECHOS has no visible consortium network from its H2020 participation — all three projects were single-beneficiary SME Instrument grants with zero recorded partners or cross-country collaborations.

Why partner with them

What sets them apart

OTECHOS owns a proprietary compressor technology (CRC) that is unusual in its ability to handle both gas compression and liquid pumping in a single mechanism. Their consistent EU funding progression — from Phase 1 feasibility to two Phase 2 scale-ups totalling nearly EUR 4M — signals strong technical validation by EU evaluators. For anyone needing a compact, versatile compression solution for hydrogen or industrial heat recovery, OTECHOS offers a focused, single-product company with deep domain knowledge rather than a generalist engineering shop.

Notable projects

Highlights from their portfolio

  • CRCP
    Largest project at EUR 2.3M, expanding the compressor into hydrogen and liquid-tolerant pumping — directly aligned with EU hydrogen strategy priorities.
  • CRC
    The critical Phase 2 scale-up (EUR 1.6M) that moved the core centric reciprocating compressor from concept to engineered product.
Cross-sector capabilities
hydrogen production and storage infrastructureindustrial waste heat recoveryCO2 capture and compression systemsrefrigeration and HVAC systems
Analysis note: Profile is based on only 3 projects, all single-beneficiary SME Instrument grants. The technology focus is clear and consistent, but the absence of consortium participation means collaboration style and network assessments are limited. No website was available in the data to verify current commercial status or product maturity. Keywords are only available for the most recent project, so early-period analysis relies on project titles alone.