ThermoNorth Pitch Deck Teardown: A Deep Dive

ThermoNorth: A Technical Deep Dive into Thermal Management

ThermoNorth enters the energy efficiency space with a heavy emphasis on chemical engineering and material science. The deck, consisting of 28 slides (10 of which are analyzed here), functions more as a technical validation document than a traditional high-growth startup pitch. It focuses on the 'Jobs To Be Done' framework to address specific mechanical failures and inefficiencies in internal combustion engines, particularly in cold climates.

Slide 1: Title Slide

The cover slide introduces the brand 'ThermoNorth' with the tagline 'Energy Efficiency.' The visual identity uses hexagonal motifs and icons representing search, approval, and connectivity. The logo itself features a stylized flame and a snowflake, immediately signaling the company's focus on thermal regulation—both heating and cooling.

Slide 2: Jobs To Be Done

ThermoNorth utilizes the 'Jobs To Be Done' framework to categorize its value proposition. The four pillars identified are: Reduce fuel consumption , Prevent engine damage , Increase car battery life , and Reduce engine idling time . By framing the product through these specific tasks, the company positions itself as a multi-benefit solution for fleet operators who struggle with the costs of cold-start wear and excessive idling.

Slide 3: Customer Discovery

This slide provides a transparent, if limited, look at the company's market validation. They report taking 3 interviews and conducting a survey analysis. The survey results show that 75% of respondents are unsatisfied with fuel consumption, 37% have issues with emission regulations, and 63% complain about radiator deformation in cold conditions. While the percentages are high, the low number of interviews suggests that the product-market fit is still being hypothesized rather than proven at scale.

Slide 4: Founder’s Dream & Team

The team is composed of six members with a strong technical lean. E. Asgarzada (Chemist & CEO) and A. Vakhshouri (Assoc. Prof. & Advisor) provide the scientific backbone with 5 and 10+ years of experience respectively. The team also includes a Mechanical Engineer, Project Manager, Business Analyst, and Marketing Manager. The 'dream' stated at the bottom is specific: Reach 7 million EUR profit and prevent 28,080 tons of CO2 gases emission by 2023 . This provides a clear, time-bound target for the organization.

Slide 5: Production Capacity and Costs

This is a critical slide for understanding the company's unit economics and capital requirements. They list an average production capacity of 100 Litres per day . The total cost to set up this production line is 9,900 EUR , which includes specialized equipment like an Ultrasonic Homogenizer (2,300 EUR) and a Differential Scanning Calorimeter (2,700 EUR). Most notably, they claim a Profit of 1,200 EUR per day , suggesting a very high margin on the finished product relative to the raw material costs.

Slide 6: Market Distribution

ThermoNorth provides a realistic, albeit challenging, view of their addressable market. They acknowledge that 60% of logistics companies prefer conventional heating blocks due to familiarity. They also filter out 10% of companies for being too small and 4% for moving toward electric trucks. This leaves a 6% segment that specifically needs fuel reduction and cooling system protection, representing the company's initial beachhead market.

Slide 7: Raw Material Cost

The deck provides an unusual level of transparency regarding the product's chemical makeup. The total raw material cost per unit is 7.78 EUR . The components include:

Paraffin: 2.01 Eur · Methyl methacrylate: 0.55 Eur · Octadecylamine: 2.57 Eur · Benzoyl peroxide: 2.64 Eur · Water: 0.01 Eur

This level of detail is excellent for investors who want to verify the feasibility of the stated profit margins.

Slide 8: Technical Validation (Microscopy and TGA)

To prove the product exists and functions as described, Slide 8 shows SEM Micrographs of microcapsules produced via suspension polymerization. Beside the images is a TGA (Thermogravimetric Analysis) plot . This plot is essential for showing how the material loses weight as temperature increases, which validates the thermal stability and phase-change characteristics of the microcapsules.

Slide 9: Energy Saving Comparison

This slide uses physics equations to compare ThermoNorth's product to a standard water and ethylene glycol mixture. The calculation for the standard mixture results in 39.6kJ of energy, while the ThermoNorth product calculation (accounting for the latent heat of the paraffin and PMMA) results in 154kJ . The slide concludes this represents 'Nearly 4 times more energy saving.'

Slide 10: Patent Documentation

The final slide in this selection shows a photograph of a patent filing from the Azerbaijan Republic. The document, dated 29.06.2018 , lists Elmar Asgarzada as the applicant. This provides the 'moat' for the business, ensuring that their specific chemical formulation for microencapsulated phase-change materials is legally protected.

What Works in the ThermoNorth Deck

The primary strength of this deck is its technical transparency . Unlike many modern startup decks that hide their 'secret sauce' behind vague marketing terms, ThermoNorth lists their exact chemical components, their raw material costs, and the specific machinery required for production. This allows a technically-minded investor to perform immediate due diligence on the feasibility of the manufacturing process.

The use of scientific evidence —specifically the SEM micrographs and TGA plots—moves the deck from a series of claims to a documented experiment. By showing the microcapsules, the founders prove they have moved past the theoretical stage and have a physical product in the lab. Furthermore, the clear market segmentation on slide 6 shows a mature understanding of the 'No' they will receive from the market, which is often more impressive to investors than a founder claiming 100% of a market is theirs for the taking.

What is Missing from the ThermoNorth Deck

While the technical side is robust, the commercial and operational strategy is thin. The most glaring omission is a comprehensive 'Ask' slide in this selection. While we see the cost of equipment (9,900 EUR), it is unclear if they are seeking that specific amount or a larger round for scaling. The Customer Discovery section is also a weakness; three interviews are insufficient to justify a 7 million EUR profit goal. Investors would want to see letters of intent (LOIs) or pilot results from actual trucks on the road, rather than just lab data.

There is also no mention of competitors . While they mention 'conventional heating blocks,' they do not name specific companies or compare their price points and maintenance requirements against those incumbents. Finally, the distribution strategy is missing. Even if the product is 4x better, getting it into the radiators of a global logistics fleet requires a massive sales and distribution network that is not addressed here.

What a Founder Should Copy

Founders in the Deep Tech or Hard Science sectors should emulate the unit economics breakdown found on Slide 7. By showing the density, weight, volume, and cost of every component, ThermoNorth makes their margin claims undeniable. This builds immense trust. Additionally, the Jobs To Be Done approach on Slide 2 is a superior way to frame a technical product compared to a standard 'Problem/Solution' slide, as it focuses on the functional utility the customer is 'hiring' the product to perform.

Finally, the Market Distribution slide (Slide 6) is a masterclass in realistic forecasting. By explicitly stating which companies are not a fit (those in southern countries, those moving to EV, those too small), the founders demonstrate that they won't waste capital chasing the wrong leads. This level of focus is highly attractive to early-stage investors who are wary of 'spray and pray' marketing tactics.