Fuelling the Future of Sustainable Energy
• Cut Energy costs
• Lower carbon footprint
• Drive the circular economy
- 1,200+ tons
- of agri-residue processed sustainably
- 198K LPD
- of ethanol capacity
- 450+ partners
- including agri networks, industries, and energy distributors
Powering Industry with Renewable Innovation
• Cut Energy costs
• Lower carbon footprint
• Drive the circular economy
- 85%
- reduction in carbon emissions
- 320+ plants
- using our sustainable systems
- 24/7
- renewable energy production
Transforming Biofuel for Tomorrow
• Cut Energy costs
• Lower carbon footprint
• Drive the circular economy
- 50M+
- litres of ethanol produced yearly
- 12 States
- covered through supply networks
- 100%
- eco-friendly production process
Fuelling the Future of Sustainable Energy
• Cut Energy costs
• Lower carbon footprint
• Drive the circular economy
- 1,200+ tons
- of agri-residue processed sustainably
- 198K LPD
- of ethanol capacity
- 450+ partners
- including agri networks, industries, and energy distributors
Powering Industry with Renewable Innovation
• Cut Energy costs
• Lower carbon footprint
• Drive the circular economy
- 85%
- reduction in carbon emissions
- 320+ plants
- using our sustainable systems
- 24/7
- renewable energy production
Transforming Biofuel for Tomorrow
• Cut Energy costs
• Lower carbon footprint
• Drive the circular economy
- 50M+
- litres of ethanol produced yearly
- 12 States
- covered through supply networks
- 100%
- eco-friendly production process
What We Do
Turning Crops into Clean Fuel. Responsibly.
At Coastal Biotech, we transform agricultural residue into high-grade renewable ethanol, fueling vehicles, industries, and communities.
Our mission is to make clean energy scalable, intelligent, and profitable. By converting feedstock into ethanol and value-added byproducts, we reduce emissions, support farmers, and drive rural industrialization through Industry 4.0 innovation, integrating automation, data intelligence, and smart process control into every stage of production.
Our mission is to make clean energy scalable, intelligent, and profitable. By converting feedstock into ethanol and value-added byproducts, we reduce emissions, support farmers, and drive rural industrialization through Industry 4.0 innovation, integrating automation, data intelligence, and smart process control into every stage of production.
Reliability Under Feedstock Variability
Agri-based feedstocks vary by region, season, and storage conditions. We manage this variability through defined feedstock evaluation, normalization protocols, and controlled operating windows. This stabilizes conversion performance and delivers consistent batch outcomes.
See all servicesDriving Industry 4.0 Innovation
We integrate automation, data intelligence, and smart process control into every stage of production to ensure maximum yield, efficiency, and safety across our renewable ethanol facilities.
See all servicesEmpowering Rural Communities
By converting agricultural residue into value-added products, we provide additional income streams for local farmers, reduce harmful crop burning, and drive sustainable rural industrialization.
See all servicesServices We Offer
Smart Biofuel Solutions for a Sustainable
Industrial Future
Our ethanol production contributes significantly to energy security by reducing dependence on fossil
fuels and promoting the use of renewable resources. By supplying ethanol for petrol blending
programs, Coastal Biotech plays a vital role in lowering greenhouse gas emissions, improving air
quality, and supporting national clean energy targets. Coastal Biotech stands at the forefront of smart
biofuel innovation - driving a sustainable industrial future through renewable energy leadership.
Efficient Ethanol Manufacturing for Consistent Output
Structured processes, monitored operations, and production discipline that support reliable ethanol output and plant performance
Feedstock Optimization & Conversion Technology
Advanced processing of broken rice, grains, or other agri-inputs into high- purity ethanol and DDGs — supported by automation and real-time data control.
By-Product Valorization & Carbon Integration
Convert DDGs and other co-products into high-value feed, fertilizer, and carbon-credit opportunities, closing the loop on sustainability.
Sustainability
Sustainability is an integral part of the Company's business and our Governance framework reflects our commitment towards sustainability.
We understand the significance of being socially responsible. We engage in sustainable practices with a strong motive of enriching the lives of communities where we operate.
The Company's ESG framework is aligned with United Nations Sustainable Development Goals (SDGs).
Why Choose Coastal Biotech
Practical Solutions for Real Industry
Challenges
Ethanol operations succeed on consistency - stable yields,
controlled utilities, and compliant output. Our delivery model
runs on disciplined bioprocess control, safety-by-design, and
predictable performance at scale.
Efficient Ethanol Manufacturing for Consistent Output
Structured processes, monitored operations, and production discipline that support reliable ethanol output and plant performance
Safety and Process Control Built Into Operations
Safety and operating stability are built into every stage of the plant. Instrumentation checks, interlocks, commissioning discipline, and monitoring systems support smoother start-up, reduced operating risk, and stronger day-to-day process reliability.
Consistent Ethanol Output with Efficient Plant Operations
Ethanol quality and plant performance are protected through process checkpoints, monitoring, and utility control. Yield consistency, recovery efficiency, and operating discipline help keep output within specification while supporting efficient plant operation.
HOW ITS DONE
Implementation Process
From feedstock assessment to steady-state production - execution stays controlled through
engineering discipline, embedded quality systems, and performance monitoring at every stage
Feedstock Evaluation & Material Testing
Feedstock evaluation runs as a structured, repeatable system. Incoming lots are assessed for conversion potential and variability through moisture and fermentable profiling, variability mapping, and yield expectation modelling. Operating targets and control requirements remain aligned to feedstock realities.
Process Engineering & Production Design
End-to-end process design stays locked to feedstock type and output requirements. The production system includes: Feedstock preparation and conditioning controls Conversion pathway structure (including enzymatic saccharification where applicable) Fermentation control approach with contamination risk reduction and monitoring routines Distillation, dehydration, and storage integrity controls SOP frameworks, instrumentation checks, and quality checkpoints embedded into operations
Commissioning , Verification & Operational Readiness
Operational readiness stays executed through a defined commissioning and verification structure. Equipment calibration and verification, fermentation cycle validation, recovery efficiency checks, and safety/compliance validations run as standard. Operator handover remains SOP-driven and documentation stays audit-ready, supporting faster stabilization and predictable performance.
Integration, Optimization & Output Scaling
Systems run in steady-state with continuous optimization and controlled scaling. Integration aligns with downstream delivery/blending requirements where applicable. Co-product recovery readiness (such as DDGS, if in scope) remains structured. KPIs for yield, energy efficiency, downtime, and quality drift stay monitored continuously so scaling happens within operating limits and feedstock availability.
OUR CLIENTS
Trusted by Leading Agricultural
Innovators
Teams partner with us because execution stays consistent over time. Process discipline, quality
systems, and reporting cadence remain embedded in operations making planning, scaling, and
compliance predictable under variable feedstock conditions.
"What stands out is that quality control is embedded into the ethanol manufacturing process itself, not treated as a final dispatch formality."
Creating Global Impact, One Liter at a
Time
