E-Shakti Binary Currents delivers full-service Engineering, Procurement, Construction and Commissioning for oleochemical, phytochemical and biodiesel processing plants — designed from the ground up to run multiple product lines, adapt to feedstock shifts, and remain competitive against global benchmarks.
E-Shakti Binary Currents — operating under the IDHMA brand — is a full-service EPCC company with an unusual foundation: deep, hands-on experience in petroleum, oleochemical and specialty chemical manufacturing. This manufacturing DNA sets us apart from conventional plant vendors. We have been on the production floor. We understand what an end user needs from a facility — not just on day one of commissioning, but through years of operation in volatile, commodity-driven markets.
In today's markets, single-product plants carry significant risk. Our design philosophy addresses this directly. Every facility we engineer is built with multi-product flexibility as a core design parameter — not an afterthought. We make critical architecture decisions upfront that allow our clients' plants to handle multiple product lines without additional capital expenditure. When market conditions shift, our clients can pivot their production without rebuilding.
Our approach begins with your process parameters and business line, not a product catalogue. For example: in transesterification for low-FFA feeds, we design reactor systems capable of handling enzymatic catalysis, acid esterification and base transesterification within a single configuration — giving the facility true multi-route capability. This is next-generation process engineering, not off-the-shelf equipment selection.
Beyond plant delivery, we bring extensive commercial intelligence across petroleum, oleochemical and specialty chemical trade — visibility into market dynamics that we actively extend to our clients through regular consulting engagements with edible oil processors and specialty chemical manufacturers worldwide.
We have operated production facilities. That lived experience shapes every engineering decision we make for our clients.
Facilities engineered to switch product lines without additional capex — the strongest hedge against market volatility.
Process design starts with your feedstock profile and business parameters, not a standard equipment list.
Experience across petroleum, oleochemical and specialty chemical trade — actively extended to clients as consulting.
We don't just design plants — we design businesses. A facility that can only make one product at today's margin is a liability in tomorrow's market.
— E-Shakti Binary Currents · Est. 2014 · Aurangabad, MaharashtraProprietary process know-how across the oleochemical value chain — from raw vegetable oil fractions to pharmaceutical-grade specialty compounds.
Two-stage transesterification of vegetable oils. Reactor design supports enzymatic, acid and base-catalysed routes in a single configuration. Full B100-grade output certified by HPCL Quality Control Laboratory — all 28 parameters of IS 15607:2022 and ASTM D6751 satisfied.
Multi-stage crystallisation and purification of plant sterols from vegetable oil deodoriser distillates. Achieves greater than 95% total sterol purity verified by GC. Suitable for pharmaceutical, nutraceutical and functional food applications globally.
Short path and molecular distillation of soybean deodoriser distillates to concentrate Vitamin E tocopherols (alpha, beta, gamma, delta). Total tocopherol content independently verified at 35.46 g/100g by Eurofins Analytical Services India, IAS-accredited laboratory, to ISO 9936.
Fractional, molecular and azeotropic distillation of soybean and sunflower fatty acids for industrial, cosmetic and oleochemical applications. Consistent lot-to-lot specification with single-batch traceability. Suitable for supply to pharmaceutical and personal care formulations.
PLC-based batch and continuous process automation with SCADA supervisory control and full process visualisation. Motor Control Centres for multi-motor plant environments. Designed for operator-independent 24x7 production with complete data logging and alarm management.
Full Engineering, Procurement, Construction and Commissioning of specialty chemical and biodiesel processing plants. Custom reactor design, heat exchanger networks, separation columns, pressure vessels and pump skids fabricated to international standards. Site commissioning and operator training included.
A selection from our project portfolio — multi-reactor biodiesel and phytosterol facilities delivered on a turnkey basis, with full automation and site commissioning.












As operators of our own process technology, we supply the same specialty compounds produced in our plants — with full batch traceability and independent analytical certification.
Antioxidant derived from rice bran oil. Widely used in dietary supplements and sports nutrition for cholesterol-modulating properties.
Plant-derived sterols at greater than 95% total sterol purity by GC. Primary raw material for steroid hormone pharmaceuticals and functional food fortification.
Certificate of AnalysisNaturally occurring phytosterol with anti-cancer activity and plant growth promotion properties. Sourced from soybean and other plant oils.
High-purity soybean fatty acid fraction with elevated Vitamin E content. Total tocopherol 35.46 g/100g verified by Eurofins IAS-accredited laboratory to ISO 9936.
Eurofins Analysis ReportAvailable in Crude, Industrial Grade and Pharma Grade specifications. Derived from vegetable oil processing with full source traceability.
IS 15607:2022 and ASTM D6751 certified biodiesel. Independently tested by HPCL Quality Control Laboratory, Government of India — all 28 parameters passed. Cetane 71.9, Ester content 96.9%.
HPCL Inspection ReportEvery product specification is independently verified by accredited external laboratories. No claims without documented proof.
Laboratory inspection by Hindustan Petroleum Corporation Ltd., Vashi Terminal — a BIS-recognised biodiesel testing laboratory. Sample MIS-251, tested September 2022. All 28 parameters pass IS 15607:2022. Key results: Cetane Number 71.9 (min 51) · Ester Content 96.9% (min 96.5%) · Oxidation Stability greater than 8 hrs (min 8) · Total Sulphur 1.7 mg/kg (max 10).
Download Inspection ReportIndependent analysis of Processed Soya Fatty Acid, Report AR-25-IR-006586-01, January 2025. Tested by IAS-accredited laboratory, Bangalore. Total Tocopherol 35.46 g/100g by ISO 9936 · Alpha-Tocopherol 5.25 · Gamma-Tocopherol 20.14 · Beta-sitosterol 2702.93 mg/100g · Stigmasterol 1226.11 mg/100g.
Download Analysis ReportCertificate of Analysis, Batch ESBC/FG/20241501/PS/032, January 2024. Total Sterol 97.41% by GC (specification NLT 95.0%). Betasitosterol 50.48% · Stigmasterol 25.51% · Campesterol 22.45%. Full contaminant panel by ICP-MS. Complete microbiological data per ISO 4833, 5403, 4832, 6579. All parameters pass.
Download Certificate of AnalysisIDHMA contributes technical expertise on plant sterols, biodiesel and sustainable chemistry to international oleochemical and biofuel industry bodies and policy forums.
Whether you need a turnkey plant, a chemical supply, technical consulting or a product specification — we respond within one business day.
E-wing, Bharat Bazar, API Corner,
Chikalthana, Aurangabad (Ch. Sambhajinagar),
Maharashtra 431 210, India
Plant capacity, feedstock type, location and product requirements help us respond with relevant detail.