Biodiesel Plant: The World’s Most Complete Setup Guide — Cost, Process, Licensing & Profit (2025–26)
The global biodiesel industry is no longer a niche — it is a multi-billion-dollar sector reshaping how the world powers its trucks, ships, and factories. Whether you are an entrepreneur in Uttar Pradesh looking to tap India’s ₹2,500 crore biodiesel investment gap, a developer in the United States exploring EPA-registered renewable fuel production, a business owner in Germany navigating EU biofuel mandates, or an investor in Southeast Asia eyeing palm oil feedstocks — this guide was written for you. (Biodiesel Plant)
Most biodiesel plant guides online are either too shallow (a 500-word overview) or too India-specific to be globally useful. This guide bridges both gaps. It covers the complete production process, honest cost structures across different regions and scales, feedstock options available on every continent, licensing frameworks for major markets, real profit expectations, and the costly mistakes that cause most biodiesel plants to underperform.
No fluff. No outdated numbers. No generic advice. Let us start.
1. What Is a Biodiesel Plant?
A biodiesel plant is an industrial facility that converts organic lipid-based feedstocks — vegetable oils, used cooking oil (UCO), animal fats, or algae oil — into biodiesel fuel through a chemical process called transesterification. The output is a clean-burning, renewable diesel substitute that works in standard diesel engines without modification.
Global market context: The global biodiesel market was valued at USD 47.76 billion in 2025 and is projected to reach USD 65.66 billion by 2034. The market is driven by government blend mandates across 70+ countries, rising carbon taxes, energy security concerns, and corporate net-zero commitments from industries that cannot easily electrify — shipping, aviation, heavy trucking, and agriculture.
Biodiesel is typically used as:
- B100 — Pure biodiesel, used directly or supplied to blending facilities
- B20 — 20% biodiesel blended with 80% fossil diesel (most common globally)
- B5 / B7 — Low blends mandated in the EU and several Asian markets
- SAF precursor — Biodiesel is increasingly used as a feedstock for Sustainable Aviation Fuel (SAF)
2. The Production Process: Step-by-Step
Understanding each stage prevents expensive design errors. This is the actual process used in commercial biodiesel plants worldwide:
Stage 1 — Feedstock Pre-Treatment (The Step Everyone Underestimates)
Raw oils arrive contaminated with water, food particles, and free fatty acids (FFA). FFA content above 2% is the leading cause of failed batches — it reacts with the alkaline catalyst to form soap instead of biodiesel, destroying yield and clogging equipment.
- Filtration: Removes solids and sediment
- Dehydration/drying: Reduces moisture below 0.1% (measured by Karl Fischer titration)
- Acid esterification: Sulfuric acid pre-treatment for high-FFA feedstocks (UCO, animal fat, acid oil) — converts FFAs to esters before the main reaction
- Degumming: Required for crude vegetable oils to remove phospholipids
Stage 2 — Transesterification Reactor
Pre-treated oil is mixed with methanol (6:1 molar ratio to oil) and a catalyst — sodium hydroxide (NaOH) or potassium hydroxide (KOH) for alkaline systems; sulfuric acid for acid-catalysed systems. Reaction conditions: 55–65°C, 60–90 minutes. Target conversion efficiency: 96–98%.
- Batch reactors: Standard for 1–30 TPD plants. Lower capital cost, easier operation, suitable for variable feedstocks
- Continuous flow / CSTR reactors: Used for 50+ TPD plants. Higher throughput, consistent quality, lower labour per litre
- Enzymatic reactors: Emerging technology using lipase enzymes. Handles high-FFA feedstocks without acid pre-treatment — lower operating cost long-term but higher equipment cost
Stage 3 — Separation
Post-reaction, the mixture settles in gravity-separation tanks. Crude glycerin (denser, ~1.26 g/cm³) sinks and is drained from the bottom valve. Crude biodiesel (lighter, ~0.88 g/cm³) remains on top. Settling time: 4–8 hours for batch systems; centrifuges are used in continuous plants to reduce this to minutes.
Stage 4 — Washing and Drying
Crude biodiesel still contains residual catalyst, soap, glycerin traces, and methanol. Water washing (3 cycles) removes these impurities. The washed biodiesel is then dried under vacuum to bring moisture below 200 ppm — the threshold for BIS IS 15607 (India), ASTM D6751 (USA), and EN 14214 (EU) quality standards. Dry washing using magnesium silicate is an alternative for water-scarce regions.
Stage 5 — Methanol Recovery
Excess methanol from the reactor and wash water is recovered by vacuum distillation at 64°C (methanol’s boiling point). Recovered methanol is recycled back to the reactor. This step reduces methanol cost by 15–20% and is mandatory for any plant targeting profitability. Plants that skip distillation systems to save CAPEX pay for it every month in OPEX.
3. Feedstock Comparison: Which Oil Is Best for You?
Your feedstock choice determines your production cost, geographic viability, pre-treatment complexity, and regulatory position. Here is a global comparison:
| Feedstock | Region | Cost Range | FFA Level | Pre-treatment Needed | Best Use Case |
| Used Cooking Oil (UCO) | Global (urban areas) | Low–Medium | Medium–High | Acid esterification | RUCO/India, EU RED II, USA RFS |
| Soybean Oil | USA, Brazil, Argentina | Medium | Low | Minimal | USA biodiesel — most common feedstock |
| Rapeseed/Canola Oil | EU, Canada | Medium–High | Low | Minimal | EU EN 14214-grade biodiesel |
| Palm Oil | SE Asia (Indonesia, Malaysia) | Low | Low–Medium | Degumming | High volume, cost-competitive |
| Jatropha Oil | India, Africa | Medium | Medium | Degumming + drying | Rural India, East Africa projects |
| Karanja (Pongamia) | India | Medium | Medium | Acid esterification | Central/South India MSME plants |
| Animal Fat (Tallow) | USA, EU, Australia | Low | High | Acid esterification | Low feedstock cost; complex process |
| Algae Oil | Pilot stage globally | Very High | Low | Minimal | Future feedstock; not yet commercial |
| Acid Oil (refinery waste) | India, SE Asia | Very Low | Very High | Dual acid-alkali process | Cheapest feedstock; expert process needed |
| Regional Feedstock Advice:India & South Asia: Start with UCO (RUCO network) or Karanja oil for lowest feedstock cost. USA & Canada: Soybean oil and animal fats dominate. Check RFS D4 credit eligibility for your feedstock. European Union: Rapeseed oil and UCO qualify under RED II double-counting rules — UCO earns double renewable energy credits. Southeast Asia: Palm oil is abundantly available but faces sustainability certification requirements (RSPO) for EU export. Africa: Jatropha and animal fat are most viable. Feedstock aggregation infrastructure is the main bottleneck. |
4. CAPEX Breakdown: Cost by Scale & Region
Plant costs vary by capacity, automation level, feedstock type, and country. Here is a realistic multi-regional breakdown for 2025–26:
India — CAPEX Ranges
| Scale | Capacity | CAPEX (INR) | Notes |
| Pilot / Small | 1–10 TPD | ₹1.7 Cr – ₹3.5 Cr | Batch reactor, manual operation, UCO or Jatropha |
| Commercial Mid | 10–30 TPD | ₹3.5 Cr – ₹7 Cr | Semi-automated, includes methanol recovery |
| Industrial | 50–100 TPD | ₹8 Cr – ₹15 Cr | Continuous flow, full automation, lab equipped |
| Large / Export | 100+ TPD | ₹15 Cr – ₹30 Cr+ | Distillation, glycerin refining, OMC-grade |
USA — CAPEX Ranges
| Scale | Capacity | CAPEX (USD) | Notes |
| Small | 1–5 Million Gallons/Year | $1M – $3M | EPA-registered, ASTM D6751 compliant |
| Mid-Scale | 5–15 MGY | $3M – $8M | RIN-generating, soy or UCO feedstock |
| Industrial | 30–60 MGY | $10M – $25M | Continuous process, full QA lab |
European Union — CAPEX Ranges
| Scale | Capacity | CAPEX (EUR) | Notes |
| Small | 500–2,000 T/Year | €400K – €1.5M | EN 14214 certified, RED II compliant |
| Mid-Scale | 5,000–15,000 T/Year | €2M – €7M | UCO double-counting eligible |
| Industrial | 30,000+ T/Year | €10M – €30M+ | ISCC certified, SAF precursor capable |
Key CAPEX Components — Universally Underestimated
- : 10–15% of equipment cost — always include itMethanol recovery distillation column
- : ₹5–15 lakhs / $15K–$50K — mandatory for certificationLab and quality testing equipment
- : Often quoted separately — get it in your EPC scopeGlycerin storage and pre-treatment
- : 15–25% of total CAPEX in most marketsCivil construction and land
- : Electricity, water, steam — ₹10–30 lakhs / $30K–$100KUtility connections
5. OPEX: What Eats Your Profit Every Month
OPEX structure is similar globally, though absolute numbers differ by region. Feedstock is universally the largest cost at 50–65% of production cost. Here is the full breakdown:
| Cost Component | % of Total OPEX | India Specific | USA / EU Note |
| Feedstock (oil/fat) | 50–65% | UCO: ₹25–40/L | Jatropha: ₹35–55/L | Soy: $0.45–0.65/L | Rapeseed: €0.70–0.90/L |
| Methanol | 8–12% | ₹35–50/L market price | $0.45–0.65/L; highly volatile globally |
| Catalyst (NaOH/KOH) | 2–4% | ₹25–40/kg bulk | $0.35–0.55/kg |
| Power & Utilities | 5–8% | ₹8–12/kWh industrial | $0.08–0.18/kWh depending on state |
| Labour | 4–7% | 4–10 staff; ₹15K–40K/month each | $18–35/hr; major cost difference vs India |
| Maintenance & Repairs | 2–4% | Pump seals, valve replacements critical | Similar globally |
| Logistics / Transport | 3–6% | High if feedstock scattered (UCO model) | Lower in soy belt (USA), higher in EU |
| QC Testing & Compliance | 1–3% | BIS testing labs; PCB reporting | EPA RIN tracking; ISCC audits in EU |
6. Profitability & ROI Analysis
Profitability varies significantly by market and feedstock. Here are realistic figures for a 10 TPD / ~3 million litres per year plant in each region:
| Metric | India (UCO) | USA (Soybean) | EU (Rapeseed/UCO) |
| Selling Price (B100) | ₹91–110/litre | $1.10–1.40/gal | €0.90–1.20/litre |
| All-in Production Cost | ₹72–88/litre | $0.95–1.25/gal | €0.75–1.05/litre |
| Gross Margin per Litre | ₹8–22/litre | $0.10–0.20/gal | €0.10–0.20/litre |
| Glycerin Revenue (byproduct) | ₹3–8 lakhs/month | $3K–8K/month | €4K–10K/month |
| RIN / Carbon Credits | Not yet applicable | $0.15–0.40/gal RIN value | €30–80/tonne CO2 ETS |
| Net Profit Margin | 10–22% | 8–18% | 8–16% |
| Break-Even Period | 2.5–4.5 years | 3–5 years | 3–5 years |
| The Hidden Revenue: Carbon Credits & RINsUSA: Every gallon of qualifying biodiesel generates Renewable Identification Numbers (RINs) under the Renewable Fuel Standard (RFS). D4 RINs (biomass-based diesel) have traded at $0.15–$0.80/gallon in recent years — this can add 10–25% to your revenue without selling a single extra litre. EU: Biodiesel plants qualify for EU ETS carbon credits and can earn additional revenue under national renewable energy certificate (REGO/GoO) schemes. UCO-based biodiesel earns double renewable energy credits under RED II, making it significantly more valuable than virgin oil biodiesel. India: India’s Carbon Credit Trading Scheme (CCTS) is currently being operationalised. Early movers who register projects now will be positioned to earn credits retroactively. Voluntary market credits (VCS/Gold Standard) are already available. |
7. Real-World Case Study: How a 10 TPD Plant Became Profitable in 28 Months
The following is a composite case study based on publicly available data from RUCO-enrolled biodiesel manufacturers and MSME success stories from industry publications. Names and specific locations are generalised for privacy.
A first-generation entrepreneur in Maharashtra identified that his city’s restaurant and hotel industry was generating over 4,000 litres of used cooking oil per day — with no structured collection system. After research, he decided to set up a 10 TPD batch biodiesel plant, initially targeting local fleet operators and then gradually moving to OMC supply.
The Setup (Month 0–14)
- Total CAPEX invested: ₹2.85 Crore — including methanol recovery unit and lab
- Feedstock strategy: Signed MoUs with 3 restaurant chains and 2 food courts for UCO collection at ₹28/litre before breaking ground
- Licensing timeline: CTE received in 47 days; Factory License in 22 days; BIS certification in 3 months
- PMEGP subsidy received: ₹71.25 lakhs (25% capital subsidy — urban category)
- Net CAPEX after subsidy: ₹2.14 Crore
The First Year (Month 15–26)
- Average monthly production: 240 KL biodiesel + 27 tonnes crude glycerin
- First 6 months: Sold B20 blends to private truck fleet at ₹96/litre — higher margin than OMC
- Month 22: Received first OMC supply order for 500 KL at ₹98.50/litre
- Glycerin sold to soap manufacturer at ₹18/kg — contributing ₹4.86 lakhs/month additional revenue
The Result
| Metric | Actual Result |
| Monthly Revenue (Month 26) | ₹23.04 lakhs (biodiesel) + ₹4.86 lakhs (glycerin) = ₹27.9 lakhs |
| Monthly OPEX | ₹19.8 lakhs |
| Net Monthly Profit | ₹8.1 lakhs (29% net margin — above industry average) |
| Break-Even Achieved | Month 28 from first production |
| Key Success Factor | Feedstock secured BEFORE equipment was ordered |
The single biggest lesson: This entrepreneur spent 3 months building his UCO supply network before spending a single rupee on equipment. His feedstock cost was ₹26–29/litre versus the industry average of ₹34–40/litre. That ₹8–11/litre difference was the entire profit margin. Feedstock is not a procurement decision — it is a strategic decision.
8. Licensing & Compliance by Region
Getting the approval sequence wrong is one of the most common and expensive mistakes in biodiesel plant setup. Here is the correct order for major markets:
India — Correct Licensing Sequence
Phase 1 — Before Construction:
- from State Pollution Control Board — apply first, before any civil work. Processing: 30–90 days. References: mopng.gov.in, spcb.[yourstate].gov.inConsent to Establish (CTE)
- — online at udyamregistration.gov.in. Required for subsidy eligibilityUDYAM/MSME Registration
- — at gstin.gov.inGST Registration
Phase 2 — Before Operations:
- — from State PCB after plant construction is verifiedConsent to Operate (CTO)
- — Labour Department under Factories Act (10+ workers with power)Factory License
- — mandatory for methanol storage; apply to local Fire DepartmentFire Safety NOC
- — for B100; required for OMC supply. Apply at bis.gov.inBIS Certification (IS 15607)
Phase 3 — For OMC Supply:
- — if UCO feedstock is used. Register at eatright.fssai.gov.inFSSAI RUCO Enrollment
- — for OMC tender participationDPIIT / MoPNG Vendor Registration
USA — Key Approvals
- — mandatory before generating RINs under RFSEPA Renewable Fuel Producer Registration
- — for methanol handling and process emissions (varies by state)State Air Quality Permit
- — required for commercial sale; third-party lab testingASTM D6751 Quality Certification
- — industry quality program; improves customer trust and pricingBQ-9000 Certification
- — for methanol storage above threshold quantitiesLocal Zoning and Fire Code Permits
European Union — Key Approvals
- — mandatory for selling biodiesel claiming renewable energy status under RED IIISCC (International Sustainability and Carbon Certification)
- — for biodiesel sold in EU fuel marketsEN 14214 Quality Standard Certification
- — for chemical handling (methanol, catalysts)Reach Regulation Compliance
- — varies by country (e.g., BLE in Germany, OFGEM in UK)National Biofuel Authority Registration
Southeast Asia / Africa — General Framework
- — required in most markets for plants above 5,000 T/yearEnvironmental Impact Assessment (EIA)
- — SNI (Indonesia), MS (Malaysia), KEBS (Kenya), SANS (South Africa)National Standard Certification
- — BPDLH (Indonesia), BKM (Malaysia)National Biofuel Agency Registration
9. Government Subsidies & Incentives (2025 Global Update)
| Country / Region | Scheme / Incentive | Benefit | Who Qualifies |
| India | PMEGP (KVIC) | 25–35% capital subsidy on project cost | MSME, first-generation entrepreneurs |
| India | National Biofuel Policy | Up to 30% capital subsidy for waste-feedstock plants | All biofuel producers using non-edible/waste feedstock |
| India (UP) | Invest UP Bio-energy Programme | Land allotment + interest subsidy in industrial zones | Plants in UP industrial areas |
| India | NABARD RIDF / NCEF | Soft loans at 7.5–9% for rural biofuel units | Rural / semi-urban location plants |
| USA | BTC (Blenders Tax Credit) | $1.00/gallon tax credit for biomass-based diesel | Biodiesel blenders; extended through 2024 |
| USA | USDA REAP Grant | Up to 25% of project cost as grant (max $250K) | Rural small businesses |
| EU | RED II Double Counting | UCO-based biodiesel counts double toward renewable targets | UCO / waste feedstock producers |
| EU (Germany) | BLE Biofuel Quota | Mandatory blending creates guaranteed market | All EN 14214 certified producers |
| Indonesia | Biodiesel Subsidy (B40 mandate) | Government price support for B40 blending | Domestic palm-based biodiesel producers |
| Global | Carbon Credits (VCS/Gold Standard) | $15–80/tonne CO2 verified reduction | Plants with verified emission baseline |
10. Seven Costly Mistakes to Avoid
- Not securing feedstock supply before buying equipment. A plant idling without UCO or oil supply loses $3,000–$15,000 per day in opportunity cost depending on scale. This is the #1 failure pattern globally.
- Skipping methanol recovery distillation. Saves 10–15% on CAPEX but adds ₹5–10/litre or $0.05–0.12/gallon to permanent operating cost. Payback on distillation unit is typically 8–14 months.
- Ignoring FFA content of feedstock. UCO and animal fat have high FFA levels. Without acid pre-treatment, soap formation causes 20–40% yield loss and equipment fouling. Test your feedstock FFA before finalising reactor design.
- Applying for CTO before CTE (India). The State PCB will reject the application. This mistake costs 3–6 months. In the USA, attempting to generate RINs before EPA registration results in penalty fines.
- Purchasing equipment without MOC (material of construction) certificates. Methanol corrodes zinc, brass, and certain aluminium alloys. Always verify SS-316 or compatible materials for methanol-contact components. This is a fire safety issue, not just a corrosion issue.
- No glycerin monetization plan from Day 1. Crude glycerin is produced at ~10% of biodiesel output by weight. At ₹15–25/kg or $0.10–0.20/kg, a 10 TPD plant generates ₹3–7 lakhs or $4K–9K per month in glycerin alone. Treating it as waste disposal cost is a significant profit leak.
- Underestimating working capital requirement. OMCs pay in 30–60 days. Industrial buyers often pay in 45–90 days. You need 60–90 days of full OPEX as working capital buffer, or your plant may stop production waiting for receivables.
11. Frequently Asked Questions
Q1. How much does it cost to set up a biodiesel plant?
Globally, costs range from as low as $400,000 for a small EU-compliant plant to $30 million+ for a large industrial facility. In India, a commercially viable 10 TPD plant costs ₹1.7–3.5 Crore (approx. $200K–$420K). In the USA, a 5-million-gallon-per-year plant costs approximately $2M–$5M. The biggest variable is automation level and whether methanol recovery distillation is included.
Q2. Is biodiesel production profitable in 2025?
Yes, in most markets — but margins depend heavily on feedstock cost and your sales channel. Net profit margins of 10–22% are realistic for well-run plants. USA plants benefit significantly from RIN credits ($0.15–$0.80/gallon) on top of fuel sales. EU plants benefit from UCO double-counting under RED II. India-based plants have the advantage of lower labour costs and growing OMC demand.
Q3. What is transesterification and how does it work in a biodiesel plant?
Transesterification is the core chemical reaction in biodiesel production. Oil (triglycerides) reacts with methanol in a 1:6 molar ratio, catalysed by NaOH or KOH, at 55–65°C for 60–90 minutes. The triglyceride molecules are broken apart and recombined with methanol molecules to form fatty acid methyl esters (FAME) — which is biodiesel — and glycerol as a byproduct. The reaction achieves 96–98% conversion when feedstock quality is controlled.
Q4. Which feedstock is best for a biodiesel plant?
It depends on your location. In India and urban Southeast Asia, Used Cooking Oil (UCO) offers the best balance of cost and availability. In the USA, soybean oil dominates. In the EU, rapeseed (canola) and UCO are most common. In tropical regions, palm oil is cost-competitive but faces sustainability certification requirements for export markets. The key rule: secure your feedstock supply before selecting your feedstock type.
Q5. What licences are required to start a biodiesel plant in India?
The mandatory sequence is: (1) Consent to Establish from State PCB, (2) UDYAM/MSME Registration, (3) GST Registration, (4) Consent to Operate from PCB, (5) Factory License, (6) Fire Safety NOC, (7) BIS Certification for IS 15607. For OMC supply add FSSAI RUCO enrollment and DPIIT vendor registration. Apply in this exact order — applying out of sequence causes significant delays.
Q6. How long does it take to set up a biodiesel plant?
Realistically, 12–18 months from feasibility study to first production for a mid-scale plant. PCB clearance: 30–90 days. Equipment fabrication and delivery: 90–180 days. Installation and commissioning: 60–90 days. Trial runs, quality certification: 30–60 days. The USA EPA registration adds 60–90 days; EU ISCC certification 90–120 days.
Q7. What is the difference between B20 and B100 biodiesel?
B100 is pure biodiesel — what your plant produces. B20 is a blend of 20% biodiesel with 80% fossil diesel, commonly used in trucks, buses, and industrial equipment. Most OMC supply contracts globally procure B100 (pure biodiesel) which is blended at the refinery or depot. USA B5 blends are sold at standard retail pumps. EU markets commonly use B7. Your plant’s role is to produce B100 to the applicable quality standard.
Q8. How do RINs work for USA biodiesel producers?
Renewable Identification Numbers (RINs) are tradeable credits issued under the USA’s Renewable Fuel Standard (RFS). Every gallon of qualifying biodiesel generates one D4 RIN (biomass-based diesel category). Obligated parties (refiners and importers) must buy RINs to prove compliance. Biodiesel producers either sell RINs separately or bundled with the fuel. RIN prices fluctuate significantly ($0.15–$0.80/gallon) but can add 10–40% to effective revenue. EPA registration is required before RINs can be generated.
Q9. What byproducts does a biodiesel plant produce, and how valuable are they?
The main byproduct is crude glycerin at approximately 10% of biodiesel output by weight. Crude glycerin (80% purity) sells for ₹15–25/kg in India or $0.10–0.20/kg globally to soap, cosmetic, and animal feed industries. Refined glycerin (99.5% purity) commands ₹35–60/kg or $0.35–0.70/kg but requires additional investment in a glycerin purification unit. Recovered methanol is recycled internally, reducing input costs by 15–20%. A 10 TPD plant generates approximately 1 tonne of crude glycerin per day.
Q10. Can a biodiesel plant earn carbon credits?
Yes. Globally, biodiesel plants qualify for carbon credits under the Voluntary Carbon Standard (VCS), Gold Standard, and national emission trading schemes. In the EU, biodiesel reduces obligations under the EU ETS. UCO-based biodiesel achieves up to 88% lifecycle GHG reduction vs fossil diesel — the highest of any common biodiesel feedstock. India’s Carbon Credit Trading Scheme (CCTS) is being operationalised in 2025; registering early is advisable. Revenue from credits: $15–80/tonne CO2 equivalent, adding $3K–$15K per month for a typical mid-scale plant.
12. Conclusion: Is Now the Right Time to Start a Biodiesel Plant?
The answer is the same whether you are reading this in Lucknow, Los Angeles, Leipzig, or Lagos: yes — but with discipline.
Every major economy has committed to reducing fossil fuel dependence. Blend mandates are increasing. Carbon pricing is expanding. UCO collection infrastructure is being formalised from India’s RUCO scheme to the EU’s waste oil tracking regulations. The demand for biodiesel is not speculative — it is contractually guaranteed by government policy in 70+ countries.
The entrepreneurs and investors who will capture this opportunity are not the ones who rush to buy equipment after reading a half-page overview. They are the ones who spend time on feedstock strategy, choose the right scale for their market, complete licensing before committing capital, and build glycerin revenue into their P&L from Day 1.
This guide has given you the roadmap. The financial models, the process knowledge, the licensing sequence, the subsidy sources, and the mistakes to avoid — everything is here. The next step is market-specific: talk to feedstock suppliers in your region, get quotes from two or three EPC contractors, and begin your PCB or environmental permit application.
About Author
FOSTECHNO Process & Engineering, led by Director Jafar Husain, specializes in designing and manufacturing industrial plants for solvent extraction, edible oil refining, oleochemicals, and biodiesel. Jafar Husain brings over 13 years of expertise in project execution to the company’s EPC and EPCC turnkey solutions. For more details, visit Fostechnos
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