LVP ENGINEERING & CONSTRUCTIONS

Their core work

LVP Engineering & Constructions is a Belgian engineering SME that developed the OPTAINER system — an industrial machine for washing, rinsing, and drying thermal insulated food containers with integrated water recycling. Their core work sits at the intersection of food logistics hygiene and industrial water efficiency, addressing the sanitation requirements of reusable containers in the food supply chain. They progressed from a validated concept (SME Instrument Phase 1, 2019) to a full commercial product (Phase 2, 2020–2022), indicating a company in active market launch mode rather than early-stage R&D. Their engineering focus is applied and product-oriented: building a specific industrial cleaning machine, not researching materials or processes in the abstract.

What they specialise in

How they've shifted over time

LVP's H2020 record is entirely defined by a single product development trajectory: the OPTAINER container washer. Their Phase 1 project (2019) had no sector-specific keywords, reflecting an early feasibility stage where the concept was still being validated. By Phase 2 (2020–2022), the keywords crystallised around food chain, cleaning station, and food containers — showing the product had found its market segment and commercial framing. There is no visible pivot or broadening of focus; rather, this is a company that went deep on one problem and pursued it through to funded commercialisation.

LVP completed a full product development cycle under the SME Instrument and is likely in commercial rollout; future EU engagement would most plausibly be around scaling, market adoption, or addressing adjacent food logistics hygiene requirements.

How they like to work

LVP operated entirely as a solo applicant under the SME Instrument — both projects were self-led with no recorded consortium partners. This is characteristic of product-focused SMEs that own a proprietary technology and are not primarily looking for research collaborators but for market entry support. Anyone considering working with LVP should expect them in a technology provider or supplier role rather than as a co-developer seeking shared IP arrangements.

LVP has zero recorded consortium partners across both projects, having used the SME Instrument's solo-application pathway throughout. Their collaboration footprint is entirely domestic and self-contained, with no cross-border research network established through H2020.

What sets them apart

LVP holds a very specific niche: industrial washing machines purpose-built for thermal insulated food containers with onboard water recycling — a problem that standard industrial washers do not address well. Their differentiation is product specificity, not research breadth. For any consortium or company working on reusable food packaging logistics, container hygiene compliance, or food waste reduction through packaging reuse, LVP brings an immediately deployable technical solution rather than a research capability.

Highlights from their portfolio

• OPTAINER
  The Phase 2 project (EUR 1,813,620) represents one of the larger SME Instrument awards and demonstrates that the concept cleared a rigorous EU feasibility gate before receiving scale-up funding.
• Optainer
  The Phase 1 feasibility study (2019) confirms LVP used the full SME Instrument pathway correctly — a signal of EU grant management competence for a small engineering firm.