75F | IoT Building Automation & Energy Management
75F is a building automation technology company that designs, manufactures, and operates an Internet of Things (IoT) based Building Management…

Sea6 Energy is an Indian biotechnology company that develops mechanized ocean farming technology and converts cultivated tropical seaweed into a range of industrial products. Founded in 2010 and headquartered in Bangalore, the company was established by a group of IIT Madras alumni with backgrounds in bioprocess engineering, marine biology, and industrial automation.
The company’s proprietary SeaCombine technology enables simultaneous harvesting and replanting of red seaweed in deeper ocean waters, a mechanized approach designed to increase productivity beyond traditional manual farming methods. Sea6 has also developed processing techniques that extend the shelf life of harvested seaweed biomass, which otherwise degrades within one to two days.
Sea6 operates a vertically integrated model spanning research, cultivation, and manufacturing. Its research and development activity is based at the Centre for Cellular and Molecular Platforms (C-CAMP) in Bengaluru, while manufacturing and processing facilities are located in Tuticorin and Bengaluru, India, and Bali, Indonesia. In March 2024, the company inaugurated a one-square-kilometer mechanized seaweed farm off Lombok, Indonesia, described as the first large-scale facility of its kind.
The company holds patents across its agricultural, food ingredient, and bioplastics product lines and has raised institutional funding from corporate venture, private equity, and impact investment sources since its founding.
Sea6’s biostimulants and organic fertilizer products support SDG 2 by improving crop yield and nutrient efficiency without synthetic chemical inputs, contributing to more resilient food production systems. The company’s bioplastics and renewable chemical development align with SDG 12 by working toward materials that can displace fossil-derived plastics across packaging and industrial applications. SDG 13 is directly relevant because the company’s seaweed cultivation model is described as carbon-negative, and its biofuel research targets fossil fuel displacement. SDG 14 applies because Sea6’s core business is ocean-based cultivation; its mechanized farming technology and shelf-life extension processes are built specifically around sustainable use of marine resources, directly engaging with ocean ecosystem management.
Sea6 Energy’s technical approach combines marine cultivation engineering with biorefinery science. Its SeaCombine platform mechanizes seeding, harvesting, and replanting of red seaweed in deeper ocean waters, a departure from manual nearshore farming methods that have limited the industry’s scale for decades. The company complements this with proprietary post-harvest processing that slows spoilage, allowing fresh biomass to remain usable for significantly longer than the one-to-two-day window typical of untreated seaweed.
On the product development side, Sea6’s R&D team at C-CAMP in Bengaluru applies genomics, proteomics, chromatography, mass spectrometry, and synthetic chemistry to characterize and modify components of seaweed biomass. This supports a biorefinery approach in which specific active ingredients are isolated and customized for different industrial applications, from plant biostimulants to food-grade texturising agents.
Manufacturing follows a staged model: a biostimulant production unit in Tuticorin, a biopolymer pilot plant near Bengaluru for food ingredient and biomaterials scale-up, and a seaweed processing facility in North Bali, Indonesia, that converts fresh biomass into export-ready ingredients. The company states its production facilities are designed for minimal freshwater and chemical use, with manufacturing processes certified organic to India and EU-equivalent standards.
Sea6 Energy operates in the bio-based agricultural inputs and marine biomaterials segment, supplying biostimulants, fertilizer additives, and specialty ingredients to agricultural input companies, food manufacturers, and materials producers rather than end consumers. Its customer base includes established agrochemical distributors, and its integrated model, spanning cultivation technology, biomass processing, and product formulation, differentiates it from seaweed producers that supply only raw biomass. The company’s patented cultivation and extraction technologies position it within a small group of firms attempting to industrialize tropical seaweed farming at scale for multiple downstream industries simultaneously.
Sea6 Energy represents one of a small number of companies attempting to industrialize tropical seaweed cultivation as a scalable biomass source for multiple sectors simultaneously, rather than treating seaweed as a niche specialty crop. Its mechanized SeaCombine approach addresses a structural constraint that has limited the seaweed industry for decades: the labor intensity and shelf-life fragility of manual, nearshore farming.
The company’s relevance to procurement teams lies primarily in agricultural inputs, where its biostimulant and biofertilizer lines offer chemical-free alternatives with patented formulations, and secondarily in emerging materials applications such as bioplastics and food ingredients, which remain earlier-stage relative to the agricultural business. Institutional backing from BASF Venture Capital, Aqua-Spark, and Tata Capital, along with recent selection for Indian government biotech funding, indicates sustained investor and public-sector confidence in the company’s technology platform.
Limitations worth noting for buyers include the company’s continued reliance on distributor partnerships for many international markets rather than direct sales infrastructure, and the comparatively early commercial stage of its bioplastics and biofuel product lines relative to its more established agricultural inputs business. Sea6’s dependence on ocean farming conditions and regulatory environments across multiple countries also introduces operational variables that buyers evaluating long-term supply relationships should factor into their assessment.
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