About SAKTHI VEERA GREEN ENERGY PVT LTD - Waste Oil to Diesel Distillation Plant Supplier in India

India, Chennai, Tamil Nadu hosts SAKTHI VEERA GREEN ENERGY PVT LTD, which currently lists ten distinct waste‑oil‑to‑diesel distillation systems. The catalogue includes models such as Veera D50C, D25C, D100C, D50SC, D100SC and D200SC, each assigned to HS‑code families 8419.40, 8419.89 or 8479.20 and constructed from carbon steel, stainless‑steel 304/316L or alloy‑lined vessels. The product titles explicitly reference conversion of used engine oil, hydraulic oil, gearbox oil, tire‑pyrolysis oil and plastic‑pyrolysis oil into diesel‑grade fuel for logistics and transportation applications.

The supplier’s profile groups the equipment under broader categories that include Diesel Generators, Diesel Engines, Diesel fuel, Oil Drum & Barrel, Oil Field Machinery, Vegetable Oils, Petroleum By‑Products and Automobile Lubricants. Materials cited range from carbon‑steel bodies with mild‑steel frames to stainless‑steel 316L chambers and alloy heat‑exchanger cores, indicating designs intended for high‑temperature distillation and thermal insulation. No additional corporate history, employee count or revenue figures are provided beyond the stated active product count and geographic location.

Product Range and Specialties of SAKTHI VEERA GREEN ENERGY PVT LTD

The ten listed plants cover capacities from small‑scale units (approximately 0.5 t/h) to larger continuous converters (up to 5 t/h) typical for on‑site diesel production. Industry practice for waste‑oil‑to‑diesel systems specifies output diesel meeting ASTM D975 or EN 590 standards, with cetane numbers above 50, sulfur ≤ 10 ppm and flash points ≥ 60 °C. Materials such as stainless‑steel 304/316L are chosen for corrosion resistance, while carbon‑steel vessels with thermal‑insulation linings are common for cost‑effective units. Buyers often request optional catalyst systems, automated control panels and safety interlocks, which align with the “proprietary catalyst system” noted for the Veera D50SC model.

Typical grade classifications for the feedstock include used motor oil (viscosity ≈ 100 cSt at 40 °C) and black oil from pyrolysis (high carbon content). Distillation columns are frequently fabricated from alloy components to withstand temperatures above 350 °C. The catalogue’s material descriptions match these industry norms, providing a baseline for performance expectations without implying any additional certifications.

Trade and Export Information - SAKTHI VEERA GREEN ENERGY PVT LTD

Exporters of waste‑oil‑to‑diesel conversion plants from India usually target power‑generation and transport sectors in the Middle East, Africa and Southeast Asia, where diesel demand and fuel‑recovery projects are growing. HS code 8419.40 covers “other machinery for petroleum, natural gas, steam or water heating”, while 8419.89 and 8479.20 capture specialized conversion equipment not covered elsewhere; customs authorities often require a detailed technical description and compliance with the IEC 60204‑1 safety standard for machinery electrical systems.

Typical buyer requirements include ISO 9001 quality management certification, ISO 14001 environmental management and, where applicable, API 610 certification for pressure‑vessel components. Packaging is generally in standard 20‑ft or 40‑ft containers with internal bracing, and the steel vessels are protected by protective film and moisture‑absorbing packs. Incoterms such as FOB Chennai or CIF Dubai are common, with buyers arranging local inland transport to industrial zones. Export documentation normally comprises a commercial invoice, packing list, certificate of origin, and a test report confirming diesel output specifications.

Sourcing from SAKTHI VEERA GREEN ENERGY PVT LTD - Buyer Guidance

When sourcing from this supplier, buyers should request a factory‑issued test report demonstrating that the produced diesel meets ASTM D975 or EN 590 parameters, including cetane number, sulfur content and flash point. Verification of material certifications for stainless‑steel (e.g., ASTM A240) and alloy components, as well as any applicable pressure‑vessel approvals, helps confirm compliance with safety standards.

Samples of the finished diesel are rarely shipped before plant installation, but a pilot‑run verification on a small‑scale unit can be arranged. Buyers are advised to obtain a copy of the supplier’s ISO 9001 and ISO 14001 certificates, and to confirm whether the plant includes built‑in monitoring for emissions and fuel quality. Clarifying the standard lead time (typically 8‑12 weeks after order confirmation) and minimum order quantity for auxiliary components such as control panels or catalyst kits prevents unexpected delays.

What HS codes apply to the Veera waste‑oil‑to‑diesel plants?

The catalogue assigns HS code 8419.40 to most D‑series plants, HS code 8419.89 to the eco‑friendly and fast‑moving models, and HS code 8479.20 to the D50SC unit with a proprietary catalyst system.

Which materials are used in the distillation chambers?

Materials listed include carbon steel, mild steel, stainless‑steel 304/316L and alloy components for columns and heat exchangers, matching industry practice for high‑temperature corrosion resistance.

What diesel quality standards should I expect from these plants?

Typical output is expected to comply with ASTM D975 or EN 590, featuring a cetane number above 50, sulfur ≤ 10 ppm, flash point ≥ 60 °C and moisture content below 0.05 %.

Are any certifications required before purchase?

Buyers usually request ISO 9001 and ISO 14001 certificates, and may also ask for API 610 pressure‑vessel approval or IEC 60204‑1 electrical safety compliance, depending on the destination market.

What is the usual lead time and packaging for shipment?

Standard lead time ranges from 8 to 12 weeks after order confirmation. Units are shipped in 20‑ft or 40‑ft containers with internal bracing, protective film and moisture‑absorbing packs to prevent corrosion.

How can I verify the diesel output before full‑scale installation?

Suppliers often provide a pilot‑run report or a small‑scale sample unit that produces diesel meeting the specified standards; requesting this test report is a common verification step.