# Biochar Soil Amendment 25 kg — Carbon-Rich Agricultural Input

> Carbon-rich biochar soil amendment from hardwood pyrolysis. Fine fraction <5 mm. Improves soil water retention, nutrient holding capacity, and microbial activity. 25 kg bag for agriculture.


**Canonical URL**: https://faktorist.com/products/biochar-soil-amendment-25-kg-carbon-rich-agricultural-input-carbonis-ukraine-cb-biochar
**HS Code**: 3802.90
**Category**: Industrial Chemicals
**Brand**: Carbonis
**Manufacturer**: Carbonis
**Packaging**: 25 kg PE bag; 40 bags per Euro pallet
**Origin**: Ukraine
**Lead Time**: 2-3 weeks
**Minimum Order**: —
**Unit of Measure**: bag



## Supplier

**LLC Carbonis** (Verified)
- Country: UA
- City: —
- Supplier code: 39322540
- Profile: https://faktorist.com/suppliers/39322540


## Description

Carbonis Biochar is a high-carbon soil amendment produced as a value-added product from Carbonis' pyrolysis operations. Converts charcoal production byproducts into an effective agricultural input.

Technical Specifications: Hardwood-derived biochar. Fraction <5 mm (fine powder/granule). Carbon content 70-85%. pH 8-10 (alkaline). High porosity and surface area for microbial colonization and nutrient retention.

Applications: Soil amendment for improved water retention, nutrient holding (CEC enhancement), microbial habitat, pH adjustment of acidic soils. Used in organic farming, greenhouse production, landscape restoration, composting accelerator. Contributes to carbon sequestration — each tonne of biochar sequesters ~2.5 tonnes CO2 equivalent.

Packaging: 25 kg PE bag. 40 bags per pallet.

Logistics: EXW Rivne. This is a growing market segment aligned with EU Green Deal soil health targets.


## Compliance & Regulations

- ISO 9001
- REACH


## Export markets

- Germany
- Netherlands
- Denmark
- Sweden
- France
- Poland
- Belgium
- Italy


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**Source**: Faktorist B2B Marketplace · https://faktorist.com/products/biochar-soil-amendment-25-kg-carbon-rich-agricultural-input-carbonis-ukraine-cb-biochar
**Format**: Markdown export for LLM ingestion
**Last updated**: 2026-04-16