Dutch Firm VitalFluid Raises Millions to Replace Chemical Pesticides with Electrified Water
Eindhoven, Sunday 25 October 2026
Dutch scale-up VitalFluid has secured €17.2 million to expand internationally, using just water, air, and electricity to protect commercial crops without leaving harmful chemical residues.
Capital Structure and Coalition Backing
The Eindhoven-headquartered agtech venture, founded in 2014 [2], closed the €17.2 million funding package via a blended finance mechanism combining equity investments and public loan facilities [1]. Dutch national impact fund Invest-NL co-led the transaction with a direct equity commitment of €4 million, representing 23.256% of the total funding round [1]. The financing package also integrates a €2.7 million Innovation Credit awarded by the Netherlands Enterprise Agency (RVO) [1]. Additional contributions arrived from new backer Alder Tree Investments alongside ongoing support from existing shareholders, including Horticoop, Brabantse Ontwikkelings Maatschappij (BOM), Future Food Fund, Graduate Ventures, Innovation Industries, VDL, and Goeie Grutten [1].
Engineering On-Site Fungicide Alternatives
VitalFluid specialises in the engineering, design, and commercial deployment of plasma-activated water (PAW) equipment, offering an alternative to standard synthetic pesticides [1][2]. The scale-up’s proprietary systems synthesise a protective fluid directly on farm sites using only ambient air, water, and electrical currents [1]. The resulting solution equips growers to counter fungal pathogens effectively without leaving chemical residues on harvests, soil, or surrounding hydrological systems [1]. Because the fluid is generated on demand and is compatible with standard agricultural spraying rigs, commercial operations can adopt the protocol without overhauling existing machinery [1].
Commercial Adoption and Acreage Scale
The agtech firm has already completed its initial lab-to-market transition by converting early commercial trials into long-term commercial supply agreements across the agricultural sector [1]. British strawberry producers currently deploy VitalFluid’s plasma-activated water hardware across more than 100 hectares of commercial soft fruit cultivation [1]. Demonstrating real-world operational efficacy at farm scale has validated the economic and agronomic case for on-site plasma generation, satisfying stringent supermarket supply chain requirements regarding residue limits [1].
International Expansion and Agrifood Market Context
With total lifetime funding reaching approximately $28 million [2], VitalFluid plans to deploy its fresh capital towards deepening market penetration in the United Kingdom, entering the United States agricultural market, and securing broader European Union regulatory approvals [1]. Concurrently, the scale-up is expanding application parameters beyond soft fruit to target major fungal vulnerabilities in high-value orchard crops, specifically apples and grapes [1]. This international push occurs alongside wider global investment into sustainable crop inputs, where market comparators such as Belgian biocontrol firm Aphea.Bio have accumulated $129 million and Switzerland’s Atlas Agro has raised $325 million [2]. As intensifying regulations and biological resistance restrict synthetic chemistries, decentralised plasma technology offers a sustainable pathway to preserve global crop yields [1].