Mi Terro presents a compelling case for a circular economy startup by focusing on the upcycling of agricultural waste into protein-based thermoplastics. The deck emphasizes a 'drop-in' solution for existing manufacturing equipment, which significantly lowers the barrier to adoption for industrial partners. With five patents pending and a clear cost-advantage over traditional materials like PVA, the company positions itself as both a sustainable and economical alternative. The inclusion of major global logos like AB InBev, Unilever, and Google suggests strong market interest or pilot activity,…
Key takeaways
- The company claims to produce the world's first protein thermoplastic made from beer waste (Slide 3).
- Mi Terro holds 5 patents-pending for their extraction and polymer re-engineering process (Slide 2).
- The material is positioned as 20-30% cheaper than PVA, a common synthetic polymer (Slide 4).
- Their solution is designed to be a 'drop-in' for existing manufacturing equipment, requiring no new infrastructure (Slide 2).
- The product is USDA Certified Biobased (99%) and both home and industrial compostable (Slide 3).
- Environmental metrics include a 38% reduction in CO2 per ton compared to PVA (Slide 4).
- The team includes a founder with two successful exits and a CSO who is a Professor of Chemical Engineering (Slide 6).
- The deck outlines a 'Second Gen. Innovation' roadmap involving A.I. and precision fermentation for broader applications in food and ingredients (Slide 7).
Mi Terro Pitch Deck Teardown
Mi Terro is a biotechnology company that has developed a method to turn agricultural waste into compostable protective packaging and other biomaterials. This teardown looks at the 8 slides provided from their 15-slide seed deck, which helped the company secure $1.5 million in funding.
Slide 1: Title and Mission
The cover slide is minimalist, featuring the company name in a clean, thin sans-serif font. The subtitle, "Cutting-Edge Engineering Biomass Waste to End Microplastic," immediately establishes the company's value proposition. It identifies the feedstock (biomass waste) and the ultimate environmental goal (ending microplastics). The green geometric accents on the right side of the slide reinforce the 'green tech' or 'sustainability' theme without being overly distracting.
Slide 2: First Gen. Solution
This slide explains the technical process of the company's first-generation product. It uses a top-down flowchart to show how agricultural waste is processed. The steps include:
Extraction: Separating protein and fiber/starch from biomass. · Modification: Re-engineering polymer structures. · Output: Creating compostable biomaterial resins. · Application: Delivering a 'drop-in' solution for third-party manufacturers.
A critical piece of information here is the "5 patents-pending" callout in red, which provides the intellectual property validation investors look for in deep-tech or material science startups. The mention of 'drop-in' capability is also vital, as it suggests that potential customers do not need to buy new machinery to use Mi Terro's materials.
Slide 3: Protein Thermoplastic
Slide 3 moves from the abstract process to the physical product. It showcases photos of the raw resin pellets and the finished clear film. The text identifies this as the "world's 1st protein thermoplastic made from beer waste." By specifying 'beer waste,' the company makes its circular economy story more tangible. The slide also features a USDA Certified Biobased Product seal (Product 99%), which serves as a third-party certification of their claims. The repetition of the 'existing infrastructure' point reinforces the ease of adoption.
Slide 4: Material Comparison
This is the 'competitive advantage' slide, presented as a clear table comparing 'Mi Terro Pacbeer' to 'PVA' (Polyvinyl alcohol). The metrics are highly specific:
CO2 Impact: 38% Less. · Price: 20-30% Cheaper. · Energy: 28-37% Lower. · End-life: Fully water-degradable vs. microplastic residues.
By providing specific percentage ranges and comparing themselves to a known industrial standard like PVA, Mi Terro addresses the two biggest hurdles for sustainable materials: cost and performance. Being cheaper than the incumbent is a powerful motivator for B2B sales.
Slide 5: Clients & Partners
This slide is a 'logo wall' featuring major global brands. The presence of AB InBev, Budweiser, and Asahi makes sense given the company's use of beer waste. Other logos like Unilever, P&G, and Google suggest a wide range of potential applications, from consumer goods packaging to corporate sustainability initiatives. While the slide lacks context on whether these are paid pilots, LOIs, or full commercial contracts, the sheer caliber of the brands provides significant social proof.
Slide 6: The Team
The team slide is well-structured, balancing business leadership with deep technical expertise. Robert Luo (CEO) is positioned as a proven entrepreneur with two exits. Shengfu Chen (CSO) brings academic weight as a Professor of Chemical Engineering. The inclusion of Aric Song (Production Manager) with experience in 100,000+ ton production is a smart move to de-risk the 'scale-up' question. The advisors add further credibility, particularly David Breslauer (CTO of Bolt Threads, a major player in biomaterials) and Jordan Fengel (Sustainability Manager at Tetra Pak).
Slide 7: Second Gen. Innovation
This slide looks toward the future, moving beyond beer waste to a broader "One-stop bio-material data solutions provider" model. It introduces the use of A.I. and precision fermentation to create bio-based polymers from CO2 and plastic waste. The slide lists three main verticals: Food (bakery, beverages), Biomaterial (edible film, grocery bags, surgical sutures), and Ingredients (shampoos, lotions). This indicates that the company views its current product as just the first application of a much larger platform technology.
Slide 8: Contact Information
The final slide returns to the minimalist branding of the cover. It includes a catchy closing slogan: "Drink more beer, reduce more microplastic." It provides social media handles, an email address, and the company website. This slide is functional and maintains the brand's visual consistency.
What Works in This Deck
The deck is exceptionally strong at identifying a specific waste stream (beer waste) and a specific industrial pain point (the cost and environmental impact of PVA). The Material Comparison slide (Slide 4) is the most important slide in the deck because it speaks directly to the CFO of a potential client, not just the Sustainability Officer. If a material is both greener and 20% cheaper, the sales cycle becomes significantly easier.
The Team slide (Slide 6) is also a standout. In material science, investors are often wary of 'lab projects' that can't scale. By including a Production Manager with experience in high-volume manufacturing and an advisor from a packaging giant like Tetra Pak, Mi Terro addresses the 'can you actually build this?' question head-on.
What is Missing
While the 8 slides provided cover the essentials, there are several key elements missing from this selection that would likely be in the full 15-slide deck:
The Ask: There is no slide detailing how much money they are raising (though the source listing mentions $1.5 million) or how they plan to spend the funds. · Market Size (TAM/SAM/SOM): There is no slide quantifying the total addressable market for these polymers. · Unit Economics: While they mention being 20-30% cheaper than PVA, they don't show the breakdown of their own margins or the cost of raw material acquisition. · Traction Timeline: The deck shows logos of partners but doesn't provide a timeline of milestones achieved or future goals (e.g., when the 5 pending patents are expected to be granted).
What a Founder Should Copy
Founders in the 'hard tech' or 'sustainability' space should emulate Mi Terro's use of third-party validation . The USDA Biobased seal and the specific mention of '5 patents-pending' turn vague claims into verifiable facts. Additionally, the way they framed their 'Second Gen. Innovation' is a masterclass in showing a 'platform' vision without losing focus on the 'initial' product. They start with a very specific, tangible product (beer waste plastic) to prove the tech, then show how that tech expands into a much larger market (A.I. bio-data solutions).
Finally, the Material Comparison table is a template every hardware or material founder should use. Don't just say you are 'better'; show the exact percentages for CO2, Price, and Energy against the industry standard. That level of specificity builds immediate trust with technical investors.
Frequently asked questions
- What is Mi Terro's core technology?
- Mi Terro's technology focuses on upcycling agricultural and biomass waste by extracting proteins, fibers, and starches. They re-engineer these polymer structures to create compostable biomaterial resins. According to slide 2, this process is protected by five pending patents and is designed to work with existing manufacturing equipment as a 'drop-in' solution.
- How does Mi Terro compare to traditional plastics or polymers?
- On slide 4, Mi Terro compares its 'Pacbeer' material to PVA. They claim a 38% reduction in CO2 per ton, a 20-30% lower price point, and 28-37% lower energy consumption. Crucially, their material is fully water-degradable and land compostable, whereas PVA leaves microplastic residues in water and soil.
- Who are Mi Terro's partners and clients?
- Slide 5 displays logos for several major global corporations, including AB InBev, Budweiser, Unilever, Mitsui Bussan Packaging, P&G, Google, Kuraray, MonoSol, Harada, and Asahi. While the slide does not specify the contract value or stage of these partnerships, it implies significant B2B interest in their biomaterial solutions.
- What is the background of the founding team?
- The team (Slide 6) is led by CEO Robert Luo, a serial entrepreneur with two exits and recognition in the GreenBiz 30 Under 30. The technical side is led by CSO Shengfu Chen, a Professor of Chemical Engineering at Zhejiang University, and Lead Protein Engineer Kenny Nguyen. They are supported by a Production Manager with experience in 100,000+ ton production runs.
- What is the future roadmap for the company?
- Beyond their first-generation beer waste plastics, slide 7 outlines a 'Second Gen. Innovation' strategy. This involves using A.I. and precision fermentation to turn low-value feedstocks (agricultural waste, CO2, and plastic waste) into bacteria-engineered bio-based polymers for use in food, ingredients (like shampoos and lotions), and advanced biomaterials.
