Technology
Explore the proposed process and integrated technology concept.
Technology
PROJECT BASIS
ARANYA Integrated Bioenergy Project
A proposed compact grain-based bioenergy project designed around ENA production, integrated DDGS recovery, energy integration and resource efficiency.
INITIAL BASIS
5 KLD ENA
The initial development basis is a 5 KLD grain-based ENA manufacturing facility with integrated recovery of DDGS.
EXPANSION PATH
5 → 10 KLD
The project is planned with a pathway for expansion toward approximately 10 KLD, subject to engineering, commercial and statutory validation.
PROJECT SNAPSHOT
A focused integrated manufacturing model
The ARANYA concept brings feedstock conversion, ethanol production, DDGS recovery, steam integration and resource management together within a compact industrial project basis.
5 KLD
Initial ENA capacity
10 KLD
Planned expansion pathway
ENA
Primary product
DDGS
Integrated co-product recovery
FEEDSTOCK BASIS
Grain-based flexibility
Broken rice is the primary planning feedstock, with maize flexibility incorporated into the project basis where commercially and technically appropriate.
Feedstock selection, sourcing strategy and final consumption parameters will be validated during detailed engineering and commercial development.
Planning feedstock
- Broken rice as primary basis
- Maize flexibility
- Local and regional sourcing potential
- Feedstock quality and availability validation
PROCESS CONCEPT
Integrated process architecture
The project concept is structured around an integrated grain-to-ENA process with recovery of useful co-products and energy streams.
01
Feedstock preparation
Grain handling and preparation for conversion.
02
Conversion
Grain-based conversion and fermentation process.
03
Distillation
Separation and purification toward ENA production.
04
DDGS recovery
Integrated recovery and concentration of useful solids.
ENERGY INTEGRATION
Efficient use of process energy
The project concept incorporates steam integration, condensate recovery and biomass-based thermal energy considerations.
Energy & Utilities
RESOURCE MANAGEMENT
Designed around recovery and reuse
Water reuse, condensate recovery and resource-recovery principles are considered as part of the integrated project concept.
The ultimate configuration remains subject to detailed engineering, environmental assessment and statutory requirements.
Sustainability
PROJECT LOCATION
Chhattisgarh industrial development basis
The current project planning basis is approximately 2,000 m² in the CSIDC Industrial Area at Selar, Bilaspur, Chhattisgarh.
Site, infrastructure, utilities and statutory suitability remain subject to final project development and approvals.
Location & SiteCurrent planning basis
State
Chhattisgarh
Region
Bilaspur
Site basis
CSIDC Industrial Area, Selar
Indicative area
~2,000 m²
DEVELOPMENT STATUS
Development-stage project
ARANYA is currently a development-stage project. Project parameters, technical configuration, capacity, site arrangements, investment requirements and commercial assumptions remain subject to detailed engineering, statutory approvals, vendor evaluation and commercial validation.
Development-stage information
Information presented on this page represents the current ARANYA planning and development basis. It is not a final engineering, statutory, financial or investment commitment. Final parameters are subject to detailed engineering, approvals, commercial evaluation and project execution decisions.