WOOD PELLET
RENEWABLE FUEL
STRATEGIC GROWTH BUSINESS

RENEWABLE FUEL BUILT FROM RESOURCE DISCIPLINE.

AT Corporation is developing Wood Pellet as a renewable-fuel business focused on connecting suitable feedstock, processing capability, product specification and commodity-market requirements.

The business is structured around disciplined resource sourcing, product quality, logistics and industrial demand.

BUSINESS OVERVIEW

FROM RENEWABLE FEEDSTOCK TO INDUSTRIAL FUEL.

Wood Pellet represents a potential renewable-fuel platform within AT Corporation’s Energy & Renewables business.

The opportunity is built around the ability to connect suitable renewable feedstock with controlled processing, consistent product specification and commercially relevant market access.

STRATEGIC RATIONALE

RESOURCE. PROCESSING. MARKET.

01

RENEWABLE FEEDSTOCK

Wood Pellet can convert suitable renewable biomass resources into a standardized solid-fuel product.

02

INDUSTRIAL ENERGY APPLICATION

Pelletized biomass can serve industrial energy applications where technical, regulatory and commercial requirements are appropriate.

03

PROCESSABLE COMMODITY

Processing can improve consistency, density, handling characteristics and logistics efficiency compared with untreated feedstock.

04

TRADEABLE PRODUCT

Standardized physical characteristics can support broader commodity-market participation where product specifications and buyer requirements are aligned.

VALUE CHAIN

FROM FEEDSTOCK TO FINISHED FUEL.

FEEDSTOCK SOURCING
COLLECTION
SIZE REDUCTION
DRYING
PELLETIZING
COOLING
SCREENING
STORAGE
LOGISTICS
CUSTOMER
RESOURCE FOUNDATION

THE PRODUCT STARTS WITH THE FEEDSTOCK.

Wood Residue
Forestry Residue
Sawmill Residue
Wood Chips
Approved Plantation Residue
Other Approved Lignocellulosic Feedstock
RESOURCE SELECTION

NOT ALL BIOMASS MAKES THE SAME PRODUCT.

01

PHYSICAL CHARACTERISTICS

Evaluate feedstock properties according to processing and product requirements.

02

MOISTURE

Moisture influences drying requirement, process efficiency and final product quality.

03

ASH & CONTAMINATION

Feedstock quality must be controlled to limit unwanted ash, mineral content and contamination.

04

SUPPLY CONSISTENCY

Commercial-scale production requires reliable feedstock availability over time.

PROCESSING

CONTROL THE PROCESS. CONTROL THE PRODUCT.

RECEIVING
CHIPPING / SIZE REDUCTION
DRYING
MILLING
PELLETIZING
COOLING
SCREENING
PACK / BULK STORAGE
PRODUCT QUALITY

A COMMODITY NEEDS A SPECIFICATION.

AT Corporation is preparing technical information to support future product specifications, including:

  • Diameter
  • Length
  • Moisture
  • Ash
  • Gross Calorific Value
  • Net Calorific Value
  • Bulk Density
  • Mechanical Durability
  • Fines
  • Sulfur
  • Chlorine
  • Nitrogen
  • Volatile Matter
QUALITY CONTROL

CONSISTENCY BEFORE MARKET ACCESS.

Quality-management measures are being prepared for potential future operations across key control points:

Incoming Feedstock Inspection
Moisture Control
Process Monitoring
Sampling
Laboratory Testing
Finished Product Inspection
Batch Identification
Storage Control
Shipment Quality Documentation
STANDARDS

MARKET ACCESS DEPENDS ON COMPLIANCE.

Product and sourcing requirements may vary by market and intended application. Preparation for these requirements does not mean AT Corporation is certified.

FSCPEFCSBPENplusISOISO 17225
PRODUCT HANDLING

QUALITY MUST SURVIVE STORAGE.

Product-handling measures are being prepared for potential future operations, including:

Covered Storage
Bulk Storage
Bagged Storage
Moisture Protection
Fines Control
Fire Management
Inventory Control
Loading
Dispatch
LOGISTICS

DENSITY MATTERS WHEN PRODUCT MOVES.

Pelletization can increase bulk density and improve handling characteristics compared with loose biomass feedstock, supporting more efficient storage and transportation where appropriate. Logistics requirements are being evaluated across:

Truck
Warehouse
Port
Bulk Loading
Container
Break Bulk
Marine Logistics
PHYSICAL MOVEMENT

PRODUCT VALUE DEPENDS ON DELIVERY.

Renewable commodities require reliable physical logistics between production, storage and receiving markets.

EXPLORE MARINE LOGISTICS
POTENTIAL APPLICATIONS

BUILT AROUND INDUSTRIAL ENERGY DEMAND.

INDUSTRIAL BOILERSPROCESS HEATPOWER GENERATIONCO-FIRINGDEDICATED BIOMASS ENERGYCOMMERCIAL RENEWABLE FUEL
MARKET FIT

THE MARKET DEFINES THE PRODUCT.

Wood Pellet development must begin with a clear understanding of the technical, logistical and commercial requirements of the intended market.

01
SPECIFICATION
02
VOLUME
03
LOGISTICS
04
COMMERCIAL TERMS
RESOURCE CONNECTIVITY

RENEWABLE FUEL BEGINS WITH NATURAL RESOURCES.

AT Corporation’s Agriculture & Forestry platform may create strategic connectivity with renewable feedstock development where sourcing, resource suitability and responsible-development requirements are aligned.

EXPLORE AGRICULTURE & FORESTRY
RENEWABLE RESOURCE PLATFORM

WOOD PELLET IS ONE FORM OF BIOMASS VALUE CREATION.

Wood Pellet represents one potential product pathway within a broader biomass-resource platform.

EXPLORE BIOMASS
MARKET CONNECTIVITY

FROM PRODUCT SPECIFICATION TO COMMERCIAL MARKET.

PT BIOMASS ENERGI NIAGA KALIMANTAN
RENEWABLE COMMODITIES TRADING ARM

The Group’s specialized commodity-trading platform provides a commercial route through which verified renewable-commodity opportunities may be connected to appropriate markets.

EXPLORE COMMODITY TRADING
DEVELOPMENT DISCIPLINE

RESOURCE FIRST. MARKET FIRST. CAPITAL AFTER.

01

RESOURCE VALIDATION

Confirm reliable feedstock availability, characteristics and sourcing requirements.

02

PRODUCT VALIDATION

Determine whether the feedstock can be processed into the required product specification.

03

MARKET VALIDATION

Confirm technical demand, logistics, commercial structure and customer requirements.

04

PROJECT DEVELOPMENT

Commit capital only after resource, technical and market requirements are sufficiently aligned.

RESPONSIBLE DEVELOPMENT

RENEWABLE DEPENDS ON HOW THE RESOURCE IS SOURCED.

Renewable-fuel development requires disciplined consideration of feedstock origin, land responsibility, supply-chain integrity and environmental requirements. Future development will be guided by:

Responsible SourcingSource VerificationLand LegalityChain of CustodyEnvironmental ManagementCommunity ConsiderationsTraceability
OUR APPROACH TO RESPONSIBLE GROWTH
OPERATING SAFETY

BIOMASS PROCESSING REQUIRES CONTROL.

Process-safety measures are being prepared to manage risks inherent in biomass processing, including:

  • Dust Control
  • Fire Prevention
  • Explosion Risk Management
  • Temperature Monitoring
  • Material Handling
  • Machine Guarding
  • Housekeeping
  • Emergency Response
  • Operator Competency
RENEWABLE COMMODITIES

DISCUSS A WOOD PELLET OPPORTUNITY.

BUYER / OFFTAKEFEEDSTOCK SUPPLYPROJECT PARTNERSHIPTECHNOLOGYLOGISTICSGENERAL COMMERCIAL