Moolec Science Reaches Commercial Scale in Plant-Based Bioengineering for Sustainable Markets

Moolec Science Reaches Commercial Scale in Plant-Based Bioengineering for Sustainable Markets

2026-04-29 biotech

Luxembourg City, Wednesday 29 April 2026
Following a record harvest, Moolec Science has industrialised its safflower bioengineering platform. Achieving a remarkable 45% concentration at commercial scale, the firm targets sustainable renewable energy markets.

From Laboratory to Commercial Reality

On 28 April 2026, Moolec Science Limited, a subsidiary of Luxembourg-headquartered Moolec Science SA, announced the successful completion of the first industrialisation phase of its GLASO1 safflower platform [1][3]. This regulatory and operational milestone follows a 2025 production campaign that materially exceeded internal forecasts, yielding a tremendous volume of high-purity gamma-linolenic acid (GLA) [1]. The biotechnology firm validated its commercial-scale capabilities by achieving a GLA concentration of approximately 45%, successfully integrating large-scale harvesting and logistics with downstream industrial processes [1][3].

Moving Beyond Pet Food into Premium Nutrition

While initial market traction for the GLASO product has been concentrated within the pet food sector, the newly industrialised platform positions the company to penetrate higher-value markets [1][3]. Moolec is strategically targeting human nutrition, dietary supplements, and specialty ingredients [1][3]. According to Alejandro Antalich, Chief Executive Officer of Moolec Science, selecting top-performing safflower varieties at scale places the firm at the highest-value layer of the supply chain, where traceability and performance drive premium economics [1].

Cultivating Renewable Energy Feedstocks

In a significant diversification strategy, Moolec is actively expanding its safflower pipeline through a research collaboration with an undisclosed global agribusiness and food company [1][3]. The firm has secured access to a germplasm library containing 386 safflower varieties sourced from Australia [1][3]. Currently in the final phase of selecting the optimal candidate varieties, Moolec intends to establish a new business unit dedicated to high-performance, scalable renewable energy feedstocks, diverging from traditional commodity-based methods [1][3]. However, the exact timeline for the commercial launch of this energy-focused unit remains unspecified [alert! ‘Exact launch date of the renewable energy business unit is not specified in the sources’].

Sources & Ecosystem Partners

  1. www.newswire.com
  2. stockanalysis.com
  3. www.investing.com

Molecular farming Agrifoodtech