What is the primary market opportunity identified by Green Li-ion?

Green Li-ion identifies a massive surge in the value of scrapped lithium-ion batteries. According to Slide 3, the market was valued at $2B in 2005, is expected to reach $20B by 2030, and will balloon to $100B by 2040. They position themselves as the first circular economy solution to capture this value efficiently.

How does Green Li-ion's technology differ from current recycling methods?

Traditional recycling involves a five-step process including black mass production, refinement at refineries, and cathode manufacturing. Green Li-ion disrupts this by moving directly from black mass to battery-grade cathode material in a single step (Slide 8), eliminating the need for external refineries and cathode manufacturers like Tanaka or Sumitomo.

What battery chemistries can the company process?

The company claims to be able to rejuvenate 100% of lithium battery chemistries. Slide 10 lists specific compatibility with Lithium Cobalt Oxide (LCO), Lithium Manganese Oxide (LMO), Lithium Nickel Manganese Cobalt Oxide (NMC), Lithium Iron Phosphate (LFP), Lithium Nickel Cobalt Aluminum Oxide (NCA), and Lithium Titanate (LTO).

Who are the founders and what is their background?

The company was founded by Dr. Reza Katal (CTO) and Leon Farrant (CEO). Dr. Katal has a PhD from the National University of Singapore and a decade of experience in hydrometallurgy. Leon Farrant brings 15 years of leadership experience in the global energy industry and holds an MBA (Slide 20).

What are the specific environmental benefits claimed in the deck?

Slide 5 outlines four 'Greener' benefits: zero toxic discharge, zero landfill, lower reliance on mining, and a lower carbon footprint compared to competitors. This is achieved through their 'energy reborn' process which focuses on rejuvenation rather than just destructive recycling.

Green Li-ion Pitch Deck: All 13 Slides + Teardown

See all 13 slides of the Green Li-ion pitch deck — a 2024 Series A deck — with a slide-by-slide teardown of what the deck does well and where it falls short.

Green Li-ion’s pitch deck focuses on the massive economic opportunity within the lithium-ion battery (LIB) recycling market, projecting the value of scrapped LIBs to reach $100B by 2040 (Slide 3). The core value proposition is a technological leap that allows the company to bypass traditional supply chain intermediaries, such as refineries and cathode manufacturers, to produce battery-grade materials directly from black mass (Slide 8). By claiming a 4x increase in profitability and a 10x improvement in efficiency (Slide 5), the deck targets the pain points of current hydro and pyro processes.…

Key takeaways

The market for scrapped lithium-ion batteries is projected to grow from $2B in 2005 to $100B by 2040 (Slide 3).
Green Li-ion claims its process is 4x more profitable than traditional methods by producing pure precious metal compounds (Slide 5).
The technology removes up to two supply chain partners by converting black mass directly to battery-grade cathode material (Slide 8).
The solution is chemistry-agnostic, capable of rejuvenating 100% of Li battery chemistries including LCO, LMO, NMC, LFP, NCA, and LTO (Slide 10).
CTO Dr. Reza Katal holds a PhD from the National University of Singapore and 10 years of experience in hydrometallurgical processing (Slide 20).
The deck highlights significant industry recognition, including Microsoft's Global Social Entrepreneurs award and SOSV's Climate Tech 100 (Slide 20).
The company is headquartered in Singapore, as indicated by the contact information on the final slide (Slide 24).
Despite the successful $11.6M raise, the provided slides contain no specific financial 'Ask' or use-of-funds breakdown.

Green Li-ion: Scaling the Circular Battery Economy

Green Li-ion’s pitch deck for their $11.6M Series A round is a focused, technical, and market-driven presentation. As reported by Business Insider, the company successfully raised these funds in 2024 to further their mission in the hardware and battery recycling sector. Headquartered in Singapore, the company leverages a high-tech approach to a growing environmental crisis: battery waste. The deck is structured to move from the macro market opportunity to the specific technical disruption, concluding with the strength of the founding team.

Slide 1: Title and Vision

The opening slide introduces the Green Li-ion branding with the tagline "energy reborn." It explicitly states their position as "The Circular Economy Solution for Batteries." The visual of a glowing lithium-ion battery reinforces the focus on energy storage and sustainability. This slide sets a professional, industrial tone suitable for a hardware-heavy Series A pitch.

Slide 3: The $100B Market Opportunity

Slide 3 establishes the "Why Now?" for investors. It presents a timeline of the global battery recycling market. In 2005, the market was a modest $2B. By 2030, it is projected to hit $20B. The most striking figure is the $100B valuation for scrapped lithium-ion batteries (LIBs) by 2040. By framing the mission as becoming the "World's First Circular Economy Solution," Green Li-ion positions itself at the forefront of a massive, inevitable industrial shift.

Slide 5: Value Proposition and Efficiency

This slide breaks down the competitive advantages into four pillars: Greener, Faster, Purer, and 4X Profitable. The company claims to improve profit and efficiency up to 10x . Key technical claims include:

Greener: Zero toxic discharge and zero landfill. · Faster: Removing up to two supply chain partners and requiring no sorting of batteries. · Purer: Producing battery-grade cathode materials at a higher value. · 4X Profitable: Increasing profit by producing pure precious metal compounds.

This slide is critical because it addresses the two most important factors for industrial investors: environmental compliance and bottom-line profitability.

Slide 8: Disrupting the Supply Chain

Slide 8 is the most important slide for understanding the business model. It compares "Current Recycling" to "Green Li-ion." The current process is a five-step journey involving battery recyclers, refineries (like Tanaka or SK), and cathode manufacturers (like Sumitomo) before reaching battery manufacturers (like Panasonic or LG). Green Li-ion uses a red "X" to show they eliminate steps 3 and 4. Their process takes Black Mass (Step 2) and converts it directly into Battery Grade Cathode material (Step 3 in their model). This vertical integration is the core of their "4x Profitable" claim, as it captures the margins usually lost to mid-stream processors.

Slide 10: Technical Versatility

A common risk in battery tech is chemistry obsolescence. Slide 10 mitigates this by showing that Green Li-ion can rejuvenate 100% of Li Battery Chemistries . The slide provides a detailed table covering LCO, LMO, NMC, LFP, NCA, and LTO. It lists the specific cathode and anode materials for each, their applications (from mobile phones to Tesla electric powertrains), and the resulting recycling products. This demonstrates that their hardware is a platform, not a single-use tool, making it a safer long-term bet for investors.

Slide 20: The Founders and Recognition

The team slide focuses on the two pillars of the company: technical expertise and commercial leadership. Dr. Reza Katal (CTO) is highlighted for his PhD from the National University of Singapore and 10 years of hydrometallurgical experience. Leon Farrant (CEO) is presented as an experienced leader with 15 years in the energy industry. The right side of the slide is crowded with "Recognition" logos, including Microsoft, HSBC, and Business Insider. Notable awards include being a Global Winner of Urban Champions 2021 and a member of SOSV’s Climate Tech 100. This slide serves to de-risk the investment by showing that the founders are both qualified and externally validated.

Slide 24: Contact and Call to Action

The final slide is a standard contact page. It provides a Singapore address (46 Kim Yam Road), a phone number, and an email address for Leon Farrant. The imagery of a handshake reinforces the goal of the deck: to initiate a partnership or investment deal.

What Green Li-ion Does Well

The deck excels at visualizing disruption . Slide 8 is a masterclass in showing how a new technology changes the economics of an entire industry. By literally crossing out competitors and intermediaries, they make the value of their IP immediately obvious. Furthermore, the deck avoids overly dense scientific jargon in the early slides, opting instead for clear, bold claims like "4X Profitable" and "10x Efficiency." This allows the investor to buy into the business case before diving into the chemistry table on Slide 10.

What is Missing from the Deck

While the deck is strong on vision and technology, it is notably thin on financials and the specific 'Ask.' There is no slide detailing the current revenue, the cost per unit of their machines, or the projected ROI for a recycling plant using their technology. Additionally, the $11.6M raise mentioned in publisher reports is not detailed within these slides—there is no breakdown of how that capital will be deployed (e.g., R&D, manufacturing scale-up, or international expansion). The absence of a competitor landscape beyond the supply chain chart is also a gap; while they show how they bypass refineries, they don't explicitly name other startups attempting similar direct-to-cathode recycling.

Founder Takeaways

1. Visualize the Supply Chain: If your startup removes steps from a process, use a diagram like Slide 8. It is the fastest way to communicate how you create value. 2. Address Obsolescence Early: In fast-moving industries like EV batteries, show that your solution is flexible. Slide 10’s chemistry table proves the company isn't tied to a single, potentially dying battery type. 3. Leverage Third-Party Validation: If you have won awards or been part of prestigious accelerators (like SOSV), dedicate space to those logos. In the early stages, external credibility can be just as important as internal metrics.

Frequently asked questions

What is the primary market opportunity identified by Green Li-ion?: Green Li-ion identifies a massive surge in the value of scrapped lithium-ion batteries. According to Slide 3, the market was valued at $2B in 2005, is expected to reach $20B by 2030, and will balloon to $100B by 2040. They position themselves as the first circular economy solution to capture this value efficiently.
How does Green Li-ion's technology differ from current recycling methods?: Traditional recycling involves a five-step process including black mass production, refinement at refineries, and cathode manufacturing. Green Li-ion disrupts this by moving directly from black mass to battery-grade cathode material in a single step (Slide 8), eliminating the need for external refineries and cathode manufacturers like Tanaka or Sumitomo.
What battery chemistries can the company process?: The company claims to be able to rejuvenate 100% of lithium battery chemistries. Slide 10 lists specific compatibility with Lithium Cobalt Oxide (LCO), Lithium Manganese Oxide (LMO), Lithium Nickel Manganese Cobalt Oxide (NMC), Lithium Iron Phosphate (LFP), Lithium Nickel Cobalt Aluminum Oxide (NCA), and Lithium Titanate (LTO).
Who are the founders and what is their background?: The company was founded by Dr. Reza Katal (CTO) and Leon Farrant (CEO). Dr. Katal has a PhD from the National University of Singapore and a decade of experience in hydrometallurgy. Leon Farrant brings 15 years of leadership experience in the global energy industry and holds an MBA (Slide 20).
What are the specific environmental benefits claimed in the deck?: Slide 5 outlines four 'Greener' benefits: zero toxic discharge, zero landfill, lower reliance on mining, and a lower carbon footprint compared to competitors. This is achieved through their 'energy reborn' process which focuses on rejuvenation rather than just destructive recycling.

Cover slide of the Green Li-ion pitch deck — Series A 2024 — Green Li-ion pitch deck, slide 1 (2024)

Green Li-ion pitch deck: the facts

Company: Green Li-ion
Year: 2024
Stage: Series A
Slides: 13
Sector: Hardware / Battery Recycling
Deck type: Fundraising Pitch Deck
Outcome: $11.6M Raised
Headquarters: Singapore

Green Li-ion pitch deck PDF

The full Green Li-ion deck is embedded on this page and can be read slide by slide in the browser — no download or account required. Each slide is covered in the breakdown above.

What the Green Li-ion pitch deck was used for

This deck is a 13‑slide **Series A** investor presentation used by Green Li-ion, a Singapore-based lithium-ion battery recycling technology provider, to raise around **US$11.55M** in 2022.[1][4][7] It positions Green Li-ion’s modular battery rejuvenation plants as a more profitable and supply-chain‑efficient alternative to traditional lithium-ion recycling, reportedly claiming about 4x higher profitability by shortening the supply chain. The Series A round was led by Energy Revolution Ventures with several strategic cleantech and corporate investors, and the proceeds were earmarked for upgrading its recycling technology and building its first modular processing plants.[1][4][7] Subsequent funding rounds (including a $20.5M pre‑Series B) show that the company continued scaling deployment of its recycling machines beyond what was contemplated in this deck.[5][2][6]

Business model: Green Li-ion provides lithium-ion battery recycling and rejuvenation technology through modular processing plants and recycling machines that remanufacture spent batteries into battery-grade materials such as precursor cathode active material (pCAM).[1][5][8]

Round: Series A early-stage VC.[1][4][15]
Lead investor: Energy Revolution Ventures.[1][4][7]
Investors: Energy Revolution Ventures (lead)., EDP Ventures., TRIREC., SOSV., Entrepreneur First., MB Energy Partners., Ilshin Holdings., Envisioning Partners.
Headquarters: Singapore.[2][4][5][14]
Industry: Battery recycling technology / cleantech / energy storage.[1][2][4][5]

Year: 2022 (round closed on or around April 20, 2022).[1][4][15]

Raised: US$11.55 million Series A (often rounded to US$11.6M in coverage).

Total funding: Approximately $36–41 million raised across multiple rounds by 2023–2025, including a US$11.55M Series A, $20.5M pre-Series B, and other early rounds.[5][2][9][11][15]

Use of funds as presented: Upgrading Green Li-ion’s lithium-ion battery recycling technology, constructing and operating its first modular processing plants, and supporting European expansion and R&D.[1][4][7]

What happened after the Green Li-ion deck

Following the Series A pitch deck, Green Li-ion successfully closed its US$11.55M Series A in April 2022 and subsequently raised additional capital, including a $20.5M pre-Series B round and strategic investments, to ramp up deployment of its patented lithium-ion battery recycling machines and modular plants across regions such as Southeast Asia, Europe, North America, and Australia.[1][4][5][2][6

Closed a US$11.55M Series A funding round on April 20, 2022 led by Energy Revolution Ventures, with co-investors includi
Used Series A capital to upgrade recycling technology and support construction and operations of the first modular batte
Secured at least $20.5M in pre-Series B funding, bringing total funding to roughly $36M and enabling further deployment
Established commercial-scale battery recycling plants, including the first commercial plant in the US capable of process
Received strategic investment from Twin Towers Ventures (PETRONAS Ventures’ investment arm) to scale manufacturing of re

What the Green Li-ion deck got right

Compelling problem–solution fit in a high-growth sector. Clear and timely value proposition in a fast-growing market: Green Li-ion focuses on solving the escalating lithium-ion battery waste issue using technology that remanufactures spent batteries into battery-grade materials, directly addressing a visible bottleneck in energy storage and EV supply chains.[1][4][5][8]
Differentiated patented technology with strong performance claims. The pitch deck and coverage emphasize a differentiated, patented process claimed to fully rejuvenate battery waste and production scrap into battery-grade pCAM with high recovery rates and shortened processing times, positioning the company as a more profitable alternative to traditional recycling.[1][4][5][8]
Credible lead investor and diversified strategic syndicate. Series A led by Energy Revolution Ventures and joined by multiple strategic and cleantech investors, which signals sector expertise and provides validation to the deck’s technology and market thesis.[1][4][7]
Concrete, execution-focused use of funds. Use of proceeds in the deck is tightly linked to specific execution milestones such as upgrading technology and building first modular plants, which helps investors see a pathway from capital deployed to revenue and scale.[1][4]
Post-round milestones validate deck’s scalability story. Subsequent funding rounds and the commissioning of commercial plants (including in the US) demonstrate that the company has progressed from the plans outlined in the Series A deck to tangible deployments, retrospectively strengthening the original narrative.[5][2][6][8][15]
Strong economic differentiation messaging (4x profitability claim). The deck’s framing around being “4x more profitable” than traditional lithium-ion recycling by shortening the supply chain is a strong, memorable economic hook that likely helped investors quickly grasp the upside potential.[1]

What could have been stronger

Limited visible traction data at Series A time. External coverage highlights Green Li-ion’s technological innovation and profitability claims, but publicly available descriptions of the deck do not indicate clear, quantified customer traction (e.g., contracted plants, recurring revenue) at the time of the Series A, which could make it harder for investors to assess commercial validation beyond pilots.[1][4][8][5]
Profitability claims not fully evidenced in public summaries. While the deck reportedly positions Green Li-ion as a 4x more profitable alternative to traditional recycling by shortening the supply chain, available summaries do not show a detailed breakdown of underlying assumptions (input costs, offtake prices, uptime, utilization), which may leave investors with unanswered questions about the robustness of the economics.[1]
Regulatory and safety positioning not clearly communicated. Public sources emphasize high recovery rates and rapid processing times but do not reference explicit regulatory or safety certifications in the context of the Series A deck, which may be a concern for investors evaluating deployment in highly regulated battery and waste markets.[4][5][8]
Competitive landscape coverage appears light. The Series A deck appears to focus on technology and supply chain advantages, but the publicly described narrative does not highlight a detailed competitive landscape analysis comparing Green Li-ion to other lithium-ion recyclers or pCAM producers, which could be a perceived omission for investors tracking a crowded space.[1][4][5]

How an investor would read this deck

What draws attention

Strong macro tailwind from rapidly growing lithium-ion battery demand and mounting end-of-life and production scrap volumes, creating a structural need for advanced recycling solutions.[4][5][8]
Differentiated, patented technology claimed to fully remanufacture battery waste into battery-grade pCAM with high recovery rates, which can materially improve recycling economics.[4][5][8]
Series A led by a specialist energy-tech VC (Energy Revolution Ventures) and joined by multiple strategic investors, signaling sector validation and potential for follow-on capital.[1][4][7]
Clear use of proceeds focused on upgrading technology and building modular processing plants, tying the raise directly to commercial deployment milestones.[1][4]
Subsequent successful raises (pre-Series B, strategic investments) indicate ongoing investor confidence and scaling, which retrospectively validates much of the Series A story.[5][2][14][15]

Risks that stand out

Scale-up risk for chemical and process technology: moving from pilot-scale units to full commercial plants can reveal yield, reliability, and maintenance challenges not evident in lab or demo data.[4][5]
Regulatory and permitting risk: battery recycling and chemical processing facilities must comply with stringent environmental and safety regulations, which can delay deployment or increase costs.[4][5][8]
Feedstock and offtake risk: ensuring consistent access to sufficient battery waste and securing long-term buyers for recycled materials (pCAM) are critical to maintaining utilization and profitability.[4][5]
Competitive risk: multiple players are pursuing lithium-ion recycling and closed-loop battery materials; larger industrial firms may have stronger balance sheets and customer relationships.[4][5]
Capital intensity and financing risk: building modular plants and scaling globally requires significant ongoing capex, making the company reliant on continued access to equity and possibly project finance.[4][5][15]

Questions this deck invites

What empirical data (plant operating metrics, recovery rates, throughput, cost per tonne) supports the 4x more profitable claim versus traditional lithium-ion recycling, and under what sensitivity assumptions?
How many commercial plants or units were contracted, installed, or operating at the time of the Series A, and what revenue or offtake agreements were in place?
What regulatory approvals, environmental permits, and safety certifications are required in key target markets (US, EU, Asia), and which had already been secured or were in process?
How does Green Li-ion’s process compare to incumbents and emerging competitors in terms of capex per tonne, opex, recovery rates, and product quality (battery-grade pCAM specifications)?
What is the long-term business model focus: selling equipment, operating plants as a service, licensing technology, or a mix, and how does each model impact margins and capital intensity?

What founders can take from the Green Li-ion deck

A concise but focused Series A deck can effectively highlight a clear macro problem (battery waste), a differentiated technology solution, and a strong economic advantage narrative, even with limited slide count.[1][4]
Positioning around supply chain simplification and profitability (e.g., 4x more profitable than traditional recycling) can be compelling if the underlying mechanics are explained and later validated by real-world deployments.[1][8][5]
Having a specialist lead investor (Energy Revolution Ventures) plus a syndicate of strategic corporates and cleantech funds can reinforce the credibility of a deep-tech hardware proposition at Series A.[1][7][5]
Explicitly connecting use of funds to concrete deployment milestones (first modular processing plants, technology upgrades) helps investors see how capital translates into value creation and risk reduction.[1][4]
Subsequent funding rounds and commercial milestones can retrospectively validate early-stage deck claims, underscoring the importance of realistic, executable plans rather than overly speculative projections.[5][2][8][15]
Featuring unit economics and recovery-rate advantages relative to incumbents is central for hardware climate-tech pitches; however, investors will expect detailed data behind headline multiples like “4x more profitable.”[1][4]

Green Li-ion pitch deck: common questions

What does Green Li-ion do?

Green Li-ion is a Singapore-based cleantech startup that develops patented lithium-ion battery recycling and rejuvenation technology. Its modular processing plants and recycling machines can fully remanufacture spent lithium-ion batteries and production scrap into battery-grade precursor cathode active material (pCAM), targeting high recovery rates and shortened supply chains for energy storage and EV industries.[1][4][5][8]

How much did Green Li-ion raise in the Series A round shown in the pitch deck, and who led it?

According to Business Insider and other investor communications, Green Li-ion closed a **US$11.55M Series A** funding round on April 20, 2022, led by Energy Revolution Ventures.[1][4][7] This is the raise associated with the Business Insider pitch deck. Other co-investors named in this round include EDP Ventures, TRIREC, SOSV, Entrepreneur First, MB Energy Partners, Ilshin Holdings, Envisioning Partners, and GS Holdings.[1][7]

What was the funding in this pitch deck intended to be used for?

The Series A proceeds were described as being used to upgrade Green Li-ion’s recycling technology and to construct and operate its first modular battery processing plants.[1][4] Investor and company materials also frame the round as funding European expansion and R&D, supporting the deployment of commercial-scale recycling units that can process several tonnes of battery waste in hours with high recovery rates.[4][7][8]

Did Green Li-ion raise more money after this Series A round?

Yes. Green Li-ion has subsequently raised at least **$20.5M in pre-Series B funding**, bringing total capital raised to about $36–37.6M according to media and data providers.[5][2][15] Investors in later rounds include TRIREC, Banpu NEXT, Equinor Ventures, Twin Towers Ventures (PETRONAS Ventures’ arm), and others.[2][5][14] This indicates that the company continued scaling and deploying its battery recycling technology after the Series A deck was used.

What is special about Green Li-ion’s pitch deck featured by Business Insider?

The deck is part of Business Insider’s pitch deck library entry titled along the lines of Green Li-ion raising US$11.55M for battery recycling. Business Insider notes that the company raised US$11.55M to scale its battery rejuvenation technology and explains that the deck positions Green Li-ion as about 4x more profitable than traditional lithium-ion recycling by shortening the supply chain.[1] The deck itself is a concise, 13-slide Series A presentation focused on their technology, economics, and expansion plans.