Iceland New Business Venture Fund

The New Business Venture Fund (Nyskopunarsjodur) provides equity investments and convertible loans to innovative Icelandic startups and early-stage companies. The fund targets ventures with scalable business models, strong innovation content, and international market potential. Priority sectors include technology, biotechnology, creative industries, and knowledge-intensive services. The fund acts as a patient capital provider, supporting companies through the early stages of development and growth.

Startups submit applications through the fund's website including a comprehensive business plan, financial projections, team profiles, market analysis, and competitive positioning. The investment team evaluates proposals based on innovation, market opportunity, team capability, and scalability. If the initial review is positive, the team conducts deeper due diligence and invites the founders for a presentation. The entire process from initial contact to investment decision typically takes 2 to 4 months.

Iceland's New Business Venture Fund provides equity investments and loans to innovative startups and early-stage companies in Iceland. The fund targets businesses with growth potential and scalable business models, offering capital that helps bridge the gap between initial development and commercial viability. Both Icelandic nationals and foreign entrepreneurs establishing businesses in Iceland can apply.

The New Business Venture Fund focuses on early-stage and growth-stage companies that have moved beyond the initial concept phase and can demonstrate a viable product or service. The fund typically invests in companies that need capital for market entry, scaling operations, or international expansion. A clear business plan and evidence of market traction strengthen applications significantly.

The fund applies regional development weighting factors enhancing scores for proposals from municipalities outside the Greater Reykjavik Capital Region. Ventures in Akureyri, Isafjordur, and other rural communities addressing economic diversification receive favorable consideration. Evaluation criteria encompass innovation merit, export potential, employment generation, and alignment with Iceland's sustainable development strategy prioritizing geothermal energy and marine biotechnology.

The fund generally requires private co-investment from angels, family offices, or international VC to ensure market validation. Typical ratios range from one-to-one to one-to-three depending on stage and risk profile. Sole reliance on public capital raises viability concerns that committees weigh carefully. Entrepreneurs leverage connections through Startup Iceland to assemble blended financing structures satisfying co-investment thresholds.

Iceland's century-long geothermal utilization experience generates globally exportable expertise in reservoir characterization, directional drilling optimization, binary cycle turbine engineering, and district heating network design. Ventures developing enhanced geothermal system technologies, supercritical fluid extraction methodologies, and geothermal mineral recovery processes leverage indigenous geological knowledge unavailable in competing jurisdictions. Carbon dioxide mineralization research converting captured emissions into stable carbonate minerals through basalt injection represents frontier geological sequestration technology attracting international research collaboration interest. These specialized competency domains enable Icelandic ventures to command premium consulting fees and technology licensing royalties in global geothermal development markets.

The fund prioritizes sustainable aquaculture innovations including recirculating aquaculture system engineering, selective breeding programme optimization for Arctic char and Atlantic salmon, and marine collagen extraction from fish processing byproducts. Seaweed cultivation platform technologies enabling kelp forest establishment for carbon sequestration, animal feed supplementation, and bioplastic precursor production represent emerging marine bioeconomy opportunities. Omega-3 fatty acid concentration through enzymatic hydrolysis processing and microalgae photobioreactor cultivation address nutraceutical ingredient supply chain diversification objectives. Marine spatial planning decision support tools integrating oceanographic current modeling, wildlife migration corridor mapping, and fishing fleet activity analysis optimize coastal resource allocation governance.