VERDINI — Register a Project

Step 1 of 7

Where is your project located?

Select your country or regulatory jurisdiction. Verdini will automatically configure the correct environmental standards, carbon credit options, emission factors, and seasonal satellite-based virtual camera interpretation for your context.

🔍

🇸🇪

Sweden

Northern Europe · EU Member · Temperate/Boreal climate

📅 Seasonal NDVI Interpretation — Active growing months highlighted

Low NDVI during inactive months is expected and will not trigger false degradation alerts.

Jan Dec

Step 1 of 7

Step 2 of 7

What type of project is this?

Select the primary project type. This determines which satellite indices, sensor types, and monitoring protocols are activated.. This determines which satellite indices, sensor types, and monitoring protocols are activated for your project.

🪨

Biochar Soil Application

Carbon sequestration via biochar — full supply chain tracking, EBC/IBI quality logging, soil carbon monitoring

🌲

Reforestation / Afforestation

Native species tree planting, forest corridor restoration, carbon stock accumulation tracking

🌾

Agroforestry System

Integrated trees + crops, food security co-benefits, stacked carbon and productivity monitoring

💧

Wetland / Peatland Restoration

Rewetting, Sphagnum revegetation, blue carbon, methane flux monitoring

☢️

Contaminated Land Remediation

Heavy metal extraction, industrial pollutant decontamination, regulatory threshold monitoring

🌊

Water Treatment

Biochar-based filtration, contaminant removal from grey/industrial/agricultural water streams

🌿

Grassland / Savanna Restoration

Rangeland recovery, pastoral land improvement, soil organic carbon accumulation

🌴

Coastal / Mangrove Restoration

Blue carbon ecosystems, shoreline stabilisation, tidal wetland recovery

🪵

Commercial Silviculture

Managed timber or pulpwood forestry, carbon + timber co-value, harvest rotation monitoring

🦌

Wildlife Corridor & Habitat

Camera trap networks, acoustic monitoring, GPS collaring — biodiversity recovery as restoration evidence. No body-attachment required for camera/acoustic.

🐄

Livestock & Farm Animal Monitoring

GPS ear tags, health sensors, geofence alerts for owned livestock and farm animals. No permit required anywhere.

🐕

Pet & Companion Animal Tracking

GPS collar integration for cats, dogs, and other pets. Activity, sleep, geofence alerts. Available worldwide, no permit required.

🔥

Biogas / AD Plant

Anaerobic digestion — methane capture, energy generation, carbon credits (Gold Standard GS-WT-001 / Verra VCS ACM0014), digestate biofertiliser

⚡

BESS / Battery Storage

Battery Energy Storage System — SoC tracking, cycle count, degradation monitoring, performance ratio, revenue modelling (peak shave, arbitrage, grid services)

🧻

Soil Acidity / pH Monitoring

Continuous soil pH, acidity change detection, satellite NDVI proxy indicators, IoT sensor integration for direct pH measurement, liming effectiveness tracking

🎯 Land Use Purpose After Restoration

Monitoring continues until the land achieves stability for the stated purpose. This sets your monitoring target and completion criteria.

Primary Land Use Purpose

Monitoring Duration Target

Project Description (shown on public project page)

💧 Water Treatment Method & Carbon Pathway

Select the primary treatment technology. Verdini will configure the correct monitoring parameters, compliance standards, and show whether your method qualifies for a carbon credit pathway.

Select Your Primary Treatment Method

Primary Water End-Use Purpose (After Treatment)

Compliance Standard / Regulatory Target

Monitoring Duration Target

Key Parameters to Monitor (Ctrl+click for multiple)

🔥 Biogas Plant — Purpose & Configuration

Define the purpose, scale, and operational intent of your biogas plant. This determines monitoring parameters, compliance standards, carbon credit eligibility, and digestate management obligations under today's recognised frameworks.

Plant Scale & Ownership

Primary Purpose of Biogas Production

Biogas Purification / Upgrading Method

Trace Gases / Contaminants to Remove (Ctrl+click multiple)

Where Do Removed Trace Gases Go?

Biogas Treatment Compliance Standard

🟫 Digestate & Slurry Management

Digestate is the post-digestion residue. Its management determines whether it creates environmental value (biofertiliser) or risk (leachate, ammonia emissions, pathogen spread). Intended end-use drives the required treatment, testing thresholds, and monitoring obligations.

Primary Purpose / Fate of Digestate

Digestate Treatment Before Use / Disposal (Ctrl+click)

Digestate Quality Standard / Compliance Target

Digestate Monitoring Parameters (Ctrl+click)

Digestate Decontamination Threshold Target

Open Digestate Storage — Methane Flux Monitoring?

Project Description

⚡ BESS Purpose & Deployment Configuration

Define the purpose, ownership model, and application of your Battery Energy Storage System. This determines the revenue model, monitoring parameters, applicable safety standards, and environmental reporting framework.

Ownership & Deployment Model

Primary Application / Revenue Mechanism

Grid Connection Type

Paired Energy Source

Required Discharge Duration

Safety & Performance Standard

Carbon / Environmental Reporting Framework

Monitoring Duration / Project Lifetime

Project Description

Step 2 of 7

Step 3 of 7

Define your project area

Enter your site coordinates as a bounding box. The satellite-based virtual camera monitoring grid will be aligned to this AOI automatically.

📍 Project Identity

Project Name

Project Site / Location Name

Nearest City / Town

Estimated Total Site Area

🗺️ Area of Interest (AOI) Bounding Box

Enter the bounding box coordinates of your project site. These will pull Sentinel-2 satellite-based virtual camera imagery and define your monitoring perimeter.

📍

Enter coordinates below to preview AOI

Min Latitude (South)

Max Latitude (North)

Min Longitude (West)

Max Longitude (East)

🔥 Biogas Plant — Site & Design Parameters

Define the physical plant location, reactor type, and feedstock inputs. These parameters configure the monitoring dashboard, CH₄ yield calculations, and IPCC Tier 1/2 carbon accounting.

GPS Coordinates — Plant Gate (decimal degrees)

GPS Longitude

Reactor / Digester Type

Digester Volume (m³)

Primary Feedstock

Daily Feedstock Input (tonnes/day)

Baseline Methane Management (for carbon credit)

Operating Temperature (°C)

⚡ BESS — Site Location & Technical Specification

Define the physical location and core technical parameters of your battery system. These configure the monitoring dashboard, round-trip efficiency tracking, degradation model, and financial calculations.

GPS Coordinates — Site (decimal degrees)

GPS Longitude

Battery Chemistry

Nameplate Capacity (kWh)

Power Rating (kW)

Number of Battery Units / Racks

Inverter / PCS Make & Model (optional)

BMS Manufacturer (optional)

Step 3 of 7

Step 4 of 7

Carbon & regulatory standards

Select the carbon credit standard you are targeting, and confirm the regulatory framework for environmental thresholds. These are pre-loaded based on your country selection — you can customise below.

✦ Carbon Credit Standard

Standards recommended for your region are highlighted.

📋 Regulatory Environmental Standards

These thresholds govern soil quality, water quality, and heavy metal limits displayed on your monitoring dashboard.

Soil Quality Standard

Water Quality Standard

Transport Emission Factor

Electricity Grid Emission Factor

📋 Biogas Regulatory & Operational Standards

Set the operational thresholds your biogas plant must comply with. These govern what triggers alerts on your monitoring dashboard.

Biogas / Combustion Emission Standard

Digestate / Land Application Standard

H₂S Alert Threshold (ppm)

CH₄ Concentration Target (%)

Electricity Grid Emission Factor (for carbon calc)

Carbon Credit Monitoring Currency

📋 BESS Regulatory & Performance Standards

Set the performance thresholds and grid code requirements for your battery system. These configure alert triggers and reporting benchmarks.

Battery Safety Standard

Round-Trip Efficiency Alert Threshold (%)

State of Health (SoH) Alert Threshold (%)

Cell Temperature Alert Threshold (°C)

Displaced Grid Emission Factor (for CO₂ calc)

Financial Reporting Currency

Step 4 of 7

Step 5 of 7

Configure your monitoring suite

Select which monitoring modules to activate. Each module adds a dedicated panel to your project dashboard. You can add or remove modules at any time after launch.

Step 5 of 7

Step 6 of 7

Choose your subscription plan

All plans include Sentinel-2 satellite-based virtual camera monitoring and the Verdini Impact Score™. Scale up as your project grows.

For Project Owners

Starter Listing

$500–$1,000

per project · per year

1 project on global explore map
Satellite-based virtual camera monitoring (NDVI)
Basic Impact Score
Timelapse video (annual)
GeoTIFF evidence export
Email support