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40+ Years  ·  1000+ Projects  ·  ISO Certified
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Industrial Fuel Cost Reduction

Cut Industrial Fuel Costs with Biomass Gasification

Replace LNG, LPG, furnace oil, or diesel with a proven biomass gasification system built for reliable industrial process heat.

  • Reduce thermal fuel costs by 20%–50%
  • Estimated payback in 1.5 to 3 years
  • Suitable for energy-intensive manufacturing operations
  • Flexible across multiple biomass feedstocks
  • Engineering, installation & after-sales support

For chemicals, pharma, ceramics, engineering, food processing, textiles & paper industries.

40+ Years Experience
1000+ Projects
In-house R&D
ISO & CE Certified

Request a Feasibility Discussion

Our team will review your requirement and connect with you within 24 hours.

Your information is confidential.

Rising Fuel Costs Are Hitting Industrial Margins

For energy-intensive plants, volatile LNG and fossil-fuel pricing makes production costs difficult to control — affecting planning, margin, and long-term competitiveness.

Volatile Fuel Pricing
Supply Continuity Risk
High Thermal Energy Cost
Emissions Pressure
Competitiveness at Risk
No Cost Visibility

If your plant depends on thermal energy every day, fuel strategy is no longer just a utility decision. It is a business decision. Leadership teams need cost visibility, reliability, and long-term competitiveness.

Assess Your Fuel Strategy

A Practical Alternative to Conventional Industrial Fuels

Ankur Scientific provides biomass gasification systems that convert biomass into clean combustible producer gas for industrial thermal applications — reducing dependence on conventional fuels while improving cost predictability.

Step 01
Biomass Feeding

Biomass feedstock is loaded into the gasifier — wood chips, agri-residue, briquettes, or other compatible biomass.

Step 1
Step 02
Thermochemical Conversion

Conversion takes place in a controlled, low-oxygen environment through a proven gasification process.

Step 2
Step 03
Producer Gas Generation

Clean combustible producer gas (syngas) is generated and conditioned for use in industrial burners and furnaces.

Step 3
Step 04
Industrial Thermal Use

The gas replaces LNG, LPG, furnace oil, or diesel in your process heat applications — kilns, furnaces, dryers, boilers.

Step 4

System Outcomes

Significant reduction in fuel cost exposure
Reliable, continuous process heat for industrial use
Better alignment with sustainability targets and ESG goals
Scalable system sizing based on plant requirement
Designed for long-term industrial performance and reliability

100 kg/hr to 2,500 kg/hr

Systems engineered for your plant's specific thermal demand — from mid-scale batch operations to large continuous-process facilities.

Chemicals Pharma Ceramics Textiles Food Processing Paper Engineering

Built for Industrial Decision-Makers Who Need Credibility, Not Claims

Ankur Scientific brings decades of gasification experience, engineering depth, and industrial execution capability to every project — built through in-house R&D, manufacturing capability, and large-scale deployment experience.

40+
Years in Operation
1000+
Projects Executed
250+
Team Members
50%
Max Fuel Savings
ISO Certified
CE Certified Products
DSIR-Approved R&D Lab
In-house Manufacturing

* Exact system configuration, savings potential, and implementation scope depend on your fuel profile, process load, and plant requirements.

Engineering-Led Energy Technology for Industrial Applications

Ankur Scientific is an engineering-led energy technology company focused on gasification and waste-to-energy solutions for industrial applications. With decades of R&D, manufacturing, and project execution experience, the company supports manufacturers looking for more efficient, cost-effective, and sustainable thermal energy systems.

Talk to Our Engineering Team
1986
Founded
Vadodara, Gujarat, India

See Whether Biomass Gasification Can Reduce Your Plant's Fuel Cost

If your operation has high thermal energy demand and rising dependence on LNG, LPG, furnace oil, or diesel — the next step is to assess technical fit and commercial feasibility.

Get a practical assessment based on your current fuel usage, plant requirement, and savings potential.

Request a Feasibility Discussion

Our team will review your requirement and connect with you for a relevant technical and commercial discussion.

Your information is confidential. No spam. We respond within 1 business day.

What Happens After You Submit

Technical Review: Our engineering team reviews your fuel profile and thermal requirement within 1 business day.

Feasibility Assessment: We conduct a preliminary feasibility check to determine technical fit and commercial potential.

Consultation Call: A dedicated expert connects with you to discuss system sizing, cost savings estimate, and next steps.

Ankur Scientific Energy Technology Pvt. Ltd.

Ankur Apartment, near Navrachana School, New Sama, Vadodara, Gujarat 390008
cleanenergy@ankurscientific.com
+91 9664998504

* Savings estimates, system specifications, and implementation timelines depend on your specific plant profile, thermal load, fuel type, and operational requirements.

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