“In the carbon removal market, trust is built on verifiable, end-to-end data integrity.”
Eion is a pioneering climate tech company specializing in Enhanced Rock Weathering (ERW)—a natural process where silicate minerals like olivine, basalt, and wallastonite are extracted from quarries, transported, and applied to agricultural crop fields to permanently capture atmospheric CO2 ; and generate high-permanence carbon credits. To issue verified credits, Eion needed a precise way to calculate the true Net Atmospheric Impact across every step of their supply chain.
Our agency partnered with Eion as an end-to-end product engine. We designed, architected, and built their full-stack Life Cycle Assessment (LCA) Carbon Calculator Web Application, backed by scalable AWS cloud infrastructure. We also designed and launched Eion’s main marketing website. The web application tracks every lifecycle emission—from quarry extraction to farm application—culculating a definitive metric known as Carbon Removal Efficiency (CRE).
Login Page
Global Operations Map
Operations Dashboard
Processing Page
Building a true Life Cycle Assessment platform meant overcoming complex data mapping and geographic calculation hurdles:
The Multi-Modal Routing API Engine:
Tracking supply chain emissions required mapping complex transport legs. A single batch of mineral might travel via truck from quarry to port, load onto a river barge, transfer to an ocean freighter, and finish via rail or truck to the farm.
We needed to construct an API capable of stitching together maritime shipping lines, river ports, and Google Maps road navigation data.
Each leg required calculating distinct fuel consumption rates and carbon emission factors per ton-mile based on the selected mode of transport.
Dynamic Mineral Chemistry & Oxides: Different silicate minerals (Olivine, Trap Rock, Basalt, Wollastonite) possess varying carbon-sequestering potentials based on their oxide composition MgO, CaO, P, K. The system needed to let users configure custom mineral profiles or compute potential directly from raw oxide lab data to derive the Calcium Carbonate Equivalent (CCE).
Global Operations & Project Management: The platform needed to scale across multiple global quarries, processing hubs, and active application fields while presenting high-level executives with real-time operations maps, lifetime removal totals, and verification success rates.
Transport Page
Deployment Page
Minerals Page
Create New Project
We engineered a responsive React front end backed by a serverless AWS microservices architecture utilizing Amazon DynamoDB for low-latency, flexible database operations.
Multi-Modal Transport Builder: (Users can visually map routes, set waypoints, assign distinct transportation modes (Truck, Rail, Barge, Vessel) per leg, and immediately preview the carbon cost of each transport stage.
Mineral & Extraction LCA Engine: Calculates operational quarry emissions (diesel vs. grid electricity by region, e.g., WECC) and system loss percentages.
Live Operations Dashboard: Displays global quarry maps, active project pipelines (Development, Live, Monitored, Verified), net CDR stacked charts, and total applied acreage tracking.
Monitoring Page
Deployments Page
Quarry & Processing Input: Users input oxide values (MgO, CaO) or select mineral types (Olivine, Basalt) to establish base carbon drawdown capacity, then factor in quarry energy profiles (diesel, local grid mix).
Multi-Modal API Mapping: Routes are constructed across roads, ports, and waterways using our hybrid navigation API. Specific fuel factors compute emissions for each leg of the journey..
Farm Distribution: Tonnage spread across agricultural acreage is recorded alongside any handling or transportation losses..
Credit Issuance Readiness: The engine computes the final Carbon Removal Efficiency (CRE) score, balancing lifetime removals against operational carbon costs to generate verified credit totals..
Feedstock Page
Add New MIneral Page
By converting complex biogeochemical equations and multi-leg logistics into a seamless UI, we empowered Eion to turn mineral supply chains into auditable, institutional-grade carbon offsets.
Auditable Precision: Delivered a standardized platform that accurately accounts for scope 1, 2, and 3 emissions across Eion’s entire ERW deployment cycle.
Real-Time Carbon Accounting: Reduced the time required to model new supply chain routes and calculate Net CDR from days of manual spreadsheet work to minutes.
Complete Digital & Brand Ecosystem: Provided Eion with both the internal operational tool and a sleek marketing website to showcase their technology to enterprise carbon buyers and investors.
Minerals Page
Extraction Page
Technologies & Frameworks:
We designed and built Eion’s main marketing website. The platform was optimized to serve two very different audiences: developers searching for deep technical documentation, and enterprise partners looking for high-level business use cases.
Landing Page
Science Page
Solutions Page
Team’s Page
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