Certified, low-emission fuels: ENplus® A1/A2 wood pellets, PKS, and agro pellets — available in bulk, big bags, and 15 kg bags.
ENplus® A1 Wood Pellets
A2
Wood Pellets
Wood Pellets
Sunflower
Husk Pellets
Husk Pellets
PKS
(Palm Kernel Shell)
(Palm Kernel Shell)
Sawmill
Wood Chips
Wood Chips
/ how we deliver biomass /
End-to-end biomass supply chain: port → rail → road, with full quality documentation
Marine deliveries
Imports from EU and non-EU ports, dedicated unloading slots, and continuous control of batch parameters.
Intermodal rail
The same container from port to plant — faster transshipment, lower losses, and reduced emissions.
Road distribution (JIT)
Flexible delivery windows, GPS monitoring, and scheduling aligned with boiler operation.
Storage and transshipment
Terminals and storage yards with options for seasoning, blending, and packaging (15 kg / FIBC / bulk).
Quality control and certification
Quality protocols, sampling, and full documentation in line with ENplus® A1/A2, KZR INiG, and RED III.
Compliance and documentation
Origin traceability (EUDR-ready), crop geolocation, and support for ESG reporting.
We manage the complete biomass supply chain — from port, through intermodal rail, to just-in-time road delivery — ensuring full monitoring, documentation, and quality control. We also provide storage, transshipment, and packaging services (15 kg, FIBC, bulk), making deliveries predictable and tailored to each customer’s installation.
Each batch comes with ENplus® A1/A2 and KZR INiG certification, as well as full traceability of origin in line with RED III and EUDR requirements. This ensures stable fuel parameters, supply security, and real logistics savings.
We deliver 25,000 tonnes of biomass per month
/ energy biomass /
Certified fuels for heating plants and industry
Carmex Expert supplies industrial biomass, including:
- ENplus® A1/A2 wood pellets
- Sunflower husk pellets
- PKS (Palm Kernel Shell)
- Sawmill wood chips
- Olive pomace
- Cashew Shell
We provide consistent fuel quality, transparent origin, and multimodal logistics from port directly to your boiler plant.
/ process /
from source to boiler house
Biomass — reliable origin, stable parameters
We supply industrial biomass fuels tailored to the requirements of district heating plants and manufacturing facilities: ENplus® A1/A2 wood pellets, agro pellets (sunflower husk), PKS, sawmill wood chips, olive pomace, and açaí seed pellets. Every batch includes full quality and origin documentation.
We combine marine, rail, and road logistics to ensure predictable deliveries with low total logistics cost. Our processes comply with RED III requirements and are EUDR-ready (geolocation and traceability).
98%
On-time delivery rate
Planned unloading slots, continuous monitoring, and flexible routing.
3
Types of transport
Sea + intermodal rail + JIT road distribution.
5
Certificates held
Full quality documentation, RED III compliance, EUDR-ready.
6
Packaging formats
Packaging tailored to the customer’s installation and logistics requirements.
/ request a quote /
Request an offer tailored to your installation
Looking for a stable supply of certified biomass for power generation or industry?
Fill in the short form and our team will prepare a tailored offer covering fuel type, logistics, and delivery format (15 kg, FIBC, bulk).
Our consultants are at your disposal.
Call Us!
+48 789 989 914
/ unique selling points /
why biomass?
Why is biomass a safe and modern fuel?
Energy biomass is a renewable, low-emission fuel that can replace coal, gas, and heating oil without costly technological disruption. For district heating and industry, it is now one of the key tools for achieving climate goals.mass combustion fits into the natural carbon cycle — the CO₂ emitted during combustion corresponds to the amount absorbed by plants during growth. Unlike fossil fuels, it does not introduce “new” carbon into the atmosphere, but uses a renewable raw material.
By-products instead of raw materials
Wood pellets, agro pellets, and PKS are produced from by-products of the wood and agricultural industries: sawdust, chips, husks, and pomace. These are materials that would otherwise remain waste — in a circular economy model, they become a valuable fuel.
High efficiency and ease of use
Biomass in pellet form has low moisture, high calorific value, and consistent granulation, which makes it well suited to modern automatic boilers. Low ash and impurity content mean less wear on the installation and fewer shutdowns for cleaning.
Real emission reduction
When RED III requirements are met and certified biomass is used, lifecycle emissions can be significantly lower than those of coal. That is why biomass is one of the pillars of the energy transition in district heating and industry.
/ supply chain security /
Biomass supply security
Stable volumes, strong producers, and strategic storage capacity — we build a biomass supply chain designed for the needs of utility-scale power generation and industry.
Global biomass producers
Integrated producers in Southeast Asia
We work with partners such as SCG and SPK Parawood — large integrated industrial groups that control the entire chain: from plantations and processing to pellet production and export.
This gives us access to stable volumes of industrial biomass compliant with RED III and SBP.
Raw material source control
Verified origin and full traceability
Biomass is produced from raw material sourced from certified plantations or from wood industry by-products. Each batch has documented origin, data for GHG calculations, and compliance with RED III / EUDR requirements.
This allows customers to use our fuels for ESG reporting and renewable energy support systems.
Storage buffer and port proximity
Secure storage — up to 80,000 tonnes
Thanks to cooperation with OT Logistics and port terminals (including OT Port Świnoujście), we have infrastructure that allows us to store up to 80,000 tonnes of biomass in warehouses and storage yards, protected against raw material degradation.
Part of this space can serve as a strategic buffer for selected customers.
Continuity of supply and contract flexibility
Deliveries designed around your installation
We combine long-term contracts with a flexible approach to volumes and schedules.
We can act as a primary supplier or a supplementary biomass source, ensuring boiler continuity even during periods of increased demand.
Efficient Laude system
Intermodal rail in the Laude system
We use Laude HCPW containers, enabling fast loading and unloading of biomass in ports, at rail terminals, and directly at industrial installations.
A single train set can carry approx. 2,300 tonnes of pellets, maximizing payload and reducing transport costs.
We treat biomass supply security as an ongoing process, not a one-off project. Strong producers, certified plantations, large storage buffers in Poland, and intermodal transport in the Laude system allow us to maintain the volumes required by district heating and large industrial plants — with guaranteed quality and full regulatory compliance.
/ certificates /
Certification and responsible sourcing
GHG calculator for biomass (RED) — gCO₂e/MJ and savings vs fossil fuel
Select a product and enter the supply chain data (production energy, transport, terminals). The calculator will estimate emission intensity in gCO₂e/MJ, convert it into kgCO₂e/MWh, and show the percentage of GHG savings compared to the fossil fuel reference value.
The result is indicative only — audit-ready values require confirmation of source data in accordance with the certification system methodology.
Calculates emission intensity in gCO₂e/MJ, converts it to kgCO₂e/MWh, and shows savings vs fossil fuel. The “life-cycle” methodology is aligned with the RED approach (sum of stages). :contentReference[oaicite:3]{index=3}
Default LHV and moisture can be set in the configuration.
This affects “per tonne” conversions in the table.
Default: 94 gCO₂e/MJ (often used as a reference in regulations). :contentReference[oaicite:4]{index=4}
DMT = t(AR) × (1 − M). Example: M=10% → 1 t AR = 0.90 DMT.
If in your methodology LHV is on a dry basis, let us know — we can add an AR/Dry toggle.
The result in gCO₂e/MJ is independent of volume, but the table will also show the value “per batch”.
Enter your own value (mix/GO). This strongly affects pellet plants.
Indicative value; in an audit, factors from the methodology/system are used.
Enter energy use “per tonne” (AR). If a stage does not apply, leave it at 0.
If drying uses gas/oil — enter the energy. (In the MVP, we calculate this as a “diesel-equivalent” with a separate factor in the configuration).
We calculate transport emissions using average ton-kilometre (tkm) factors. In an audit, factors may be different. :contentReference[oaicite:5]{index=5}
e.g. plant → port/terminal
e.g. terminal → terminal/recipient
If imported — enter NM; if domestic — 0.
Port + inland terminal = 2
Allowance for reachstacker/cranes (average).
—
Tip: if you want thresholds (e.g. 70/80/xx%), we can add an “installation type” toggle and commissioning dates.
Emission intensity
—
gCO₂e/MJ (RED-style)
Emissions per energy unit
—
kgCO₂e/MWh
Savings vs fossil fuel
—
(%), comparator: — gCO₂e/MJ
| Stage | Emissions (kgCO₂e / t AR) | Share | Notes |
|---|
Disclaimer: This calculator is intended for quick estimation. In “audit-ready” calculations, emission factors, allocation rules, and the scope of stages must comply with the methodology of the system (e.g. KZR INiG / ISCC / SURE) and the relevant verification rules. :contentReference[oaicite:6]{index=6}