Finnish startup Happy Plant Protein is building a €6M facility in Latvia to produce textured vegetable protein from local crops using its patented dry extrusion technology, a fraction of the cost of traditional plant protein manufacturing.
Finnish food tech startup Happy Plant Protein is reportedly building what it describes as Europe's first industrial-scale plant protein production facility in Latvia, a project valued at approximately €6M that tests a specific thesis: that decentralized, low-capital production can fix the broken economics plaguing Europe's plant protein sector. As Green Queen reports, the facility will use the company's patented dry extrusion technology to convert locally grown legumes and cereals into textured vegetable protein (TVP), with production reportedly expected to begin in early 2027.
To understand why this matters, consider the cost structure of conventional plant protein manufacturing. Traditional wet fractionation facilities — the kind used to produce protein isolates — typically require tens of millions of euros in capital expenditure, extensive water treatment infrastructure, and chemical inputs for protein separation. They also generate significant waste streams that must be managed and disposed of. Happy Plant Protein's one-step dry extrusion process converts legume flour directly into textured protein using heat and pressure alone, with minimal water, no chemical solvents, and reportedly near-zero waste. The company claims this dramatically reduces both upfront capital and ongoing operating costs. At €6M for a facility reportedly capable of producing 5,000 tonnes of protein ingredients annually, the capital intensity per tonne of capacity is a fraction of what conventional isolate plants demand — a figure that, if accurate, represents a meaningful shift in the economics of protein production.
The facility, developed in collaboration with Latvian agricultural company Agrofirma Lobe, will process fava beans, oats, and peas sourced primarily from Baltic farms. According to the company, the facility demonstrates their technology works at industrial scale with a simple, cost-effective approach that creates value at the production level — specifically by eliminating the intermediate processing steps that typically erode margins between farm gate and finished ingredient.
The timing matters. As AgFunderNews has noted, the alternative protein sector is grappling with a profitability crisis, with major players facing financial challenges. The broader critique: plant-based meat companies have chased scale without first solving unit economics. Happy Plant Protein's low-capital model sidesteps that trap by design, targeting the ingredient production layer rather than the consumer brand layer. Where companies like Beyond Meat and Oatly have burned through capital trying to build demand for premium branded products, Happy Plant Protein is betting that the real bottleneck is upstream — in making the base ingredients cheap and accessible enough that downstream economics work for everyone.
The company, reportedly founded in 2024 as a spinout of the VTT Technical Research Centre of Finland, is positioning itself as a technology licensor rather than a finished-product brand. It plans to license its extrusion technology to mills, farms, and co-operatives, while Agrofirma Lobe operates the Latvian facility. This licensing model is central to the decentralization thesis: rather than building one massive production hub, the company envisions a network of smaller, regionally embedded facilities that convert local crops into protein ingredients close to where they're grown.
Raivo Dzilna, identified as chairman of Agrofirma Lobe, framed the project as a way to keep value closer to farmers — making plant protein production more accessible locally and retaining more margin in the hands of raw material producers. The company's fava bean TVP reportedly contains 61g of protein and 9g of fibre per 100g, positioning it as an ingredient for vegan meat alternatives, blended proteins, ready meals, and snacks. Those protein density figures matter commercially: they place the product in a competitive range with established protein isolates while being produced through a far simpler and reportedly cheaper process.
There are important caveats. Dry extrusion produces textured vegetable protein, not protein isolates — and the two serve partially different markets. TVP works well in structured applications like meat analogues and ready meals, but isolates remain preferred for beverages, bars, and applications requiring neutral flavor profiles. Happy Plant Protein isn't replacing the entire protein ingredient market; it's targeting the segments where texture and cost matter more than purity. The 5,000-tonne annual capacity, while meaningful, also represents a small fraction of Europe's total plant protein demand — so the real test of this model is whether the licensing approach can replicate facilities quickly enough to matter at continental scale.
Whether this facility in the Baltics can meaningfully shift Europe's protein supply chains remains an open question. But the model it proposes — decentralized production tied directly to agricultural regions, with capital requirements low enough that farmers and co-operatives can participate — represents a fundamentally different bet on how plant protein scales. Not through bigger factories, but through more of them, closer to the crops. Construction is reportedly expected to take one year, with EU financing said to be partially backing the project.
