Skip to content
Agricultural

Pyrolizer

Built by Applied Carbon · United States

Updated Jun 2026·methodology
Ask Scout

The Pyrolizer is a Agricultural robot developed by Applied Carbon (United States), launched 2024, priced at $300,000 USD.

Robo Index

BBB

Adequate evidence

5 of 10 signals present

Recomputed nightly from public data. Missing data is skipped, never zero-filled — and rankings are never for sale.

Weighted factors

average of the 5 scored · blanks don't count

Commercial maturity20%85/100
Deployment footprint18%unknown
Proven track record12%unknown
Spec completeness12%100/100
Company financial health12%81/100
Company maturity8%30/100
Manufacturer portfolio6%unknown
Media mentions (trailing 12 months)6%unknown
Independent recognition4%unknown
Market momentum2%45/100

Will it fit your job?

Tell us the job in plain words — we'll show how this robot measures up, line by line.

No needs set yet

Tell us what your job needs — payload, budget, region, must-have certifications — and we'll show how Pyrolizer measures up, requirement by requirement. The Robo Index (trust) above is shown for every buyer, regardless.

Overview

Applied Carbon has developed a mobile, in-field agricultural robot called a pyrolizer that picks up crop waste left after harvesting and converts it into carbon-rich biochar in a single pass. The resulting product is deposited back onto the field, simultaneously increasing soil health, improving crop yields, reducing fertilizer needs, and providing a carbon removal and storage solution that lasts millions of years. The machine picks up field residues such as corn, rice, and cotton, chops it up and blows it into a processor that prepares the material for the reactor. The reactor heats the biomass to 1,000ºF in a limited-oxygen environment creating biochar and syngas, a gaseous substance. A fraction of the syngas burns to generate the heat to sustain the pyrolysis reaction. The excess syngas moves through a cyclone to remove fine particles, then enters a thermal oxidizer to destroy exhaust, until it releases as clean heat. The resulting biochar is drenched with water and spread onto the field with minimal soil disturbance.

Flagship features

  • Fully automated operation with remote monitoring via app
  • Heat exchanger integrated into hood for process heat recovery (up to 240 kW)
  • Can be operated manually for test series
  • Modular design for quick setup and outdoor installation
  • Three-phase electrical connection required (32 A rated current)
  • Water connection needed (minimum 1 inch pipe diameter)

Buyer decision signals

Deployments

1 known operator in United States

Applied Carbon (company-owned and operated fleet)

Viability

$21.5M raisedest. 2020

XPRIZE finalist

Price

$300,000

Availability

prototype

Specifications

Category: Agricultural
Launch year
2024
Price
$300,000 USD
Status
active
VerifiedSelf-reportedEstimated

Company profile

Funding raised
$21.5M
Founded
2020

Detailed specifications

Power & battery1
Powertrain
battery_electric
Other10
Applications
weeding,soil_sampling
Sub Category
weeding_robot
Terrain Type
flat,row_crop_field
Company Country
DE
Crops Supported
wood_chips,digestate,branch_cuttings
Industries Served
row_crops
Weather Resistant
true
Autonomy Sae Level
4
Availability Status
prototype
Additional Information
- Fully automated operation with remote monitoring via app - Heat exchanger integrated into hood for process heat recovery (up to 240 kW) - Can be operated manually for test series - Modular design for quick setup and outdoor installation - Three-phase electrical connection required (32 A rated current) - Water connection needed (minimum 1 inch pipe diameter) - Requires basic paved surface approximately 60 m² - Raw material must have maximum 20% water content; can pre-dry using waste heat - Electrical energy ~10 kWh per batch (average 3 kW) - May require 0.5 litres bioethanol per batch depending on material - Throughput: 1,000-3,000 tonnes/year or ~4,500 m³/year depending on material - Reactor volume: 2.2 m³ - Firing capacity: 500 kW - Heat output: ~200 kW achievable with wood chips - Raw material yearly consumption: 5,860 m³/year or 2,770 t/year (30% dry matter) to 1,745 t/year (80% dry matter) - Biochar output: 212 t/year (100% dry matter) to 265 t/year (80% dry matter) - Suitable for heating buildings, stables, grain drying, district heating networks

Who runs it· deployment evidence

1 on record · none maker-verified yet. Each links to its source — open it and judge.

  • Applied Carbon (company-owned and operated fleet)· United States2 unitssource ↗
Verified — maker-confirmedReported — in a public source, not maker-confirmed

Where to buy

Get a price or reach an authorized seller — pick your region, then request a quote.

No authorized seller is listed for this robot yet — request a quote below and we’ll connect you with Applied Carbon or an authorized seller.

Request a quote — goes straight to Applied Carbon.

Where will these robots operate? Often the same as your country — add more for multi-country deployments.

Your request goes to Applied Carbon.

Every authorized seller serving your region is shown equally — placement is never sold, and this data never affects a robot’s score. A seller’s absence here doesn’t mean they aren’t authorized.

Company milestones

  • 2024MilestoneXPRIZE finalist
  • 2024FundingSeries A financing
  • 2024AwardWilkes Climate Launch Prize
  • 2024MilestoneWorld's first mobile pyrolyzer described
  • 2024DeploymentFleet expansion underway
  • 2024MilestoneSeries A funding announced
  • 2020MilestoneFounded as Climate Robotics

Frequently asked questions

Who makes the Pyrolizer?
The Pyrolizer is developed by Applied Carbon, based in United States.
What type of robot is the Pyrolizer?
The Pyrolizer is a Agricultural robot made by Applied Carbon.
How much does the Pyrolizer cost?
The Pyrolizer is priced $300,000 USD.
When was the Pyrolizer launched?
The Pyrolizer was launched in 2024.

Reviews for Pyrolizer

Loading reviews…

Get pricing from

Applied Carbon

Buyers also compared this with

Related reading

Industry Knowledge →