Sustainable System Design Enterprises
From industrial feasibility and technology selection to field validation, intellectual property protection and real-world deployment across India and the United Kingdom.
Verified credentials and implementation milestones establishing SSDE's technical leadership in India's Green Energy transition.
A structured pathway from feasibility and technology selection through validation, intellectual property protection and real-world deployment.
Rigorous thermodynamic and technoeconomic feasibility analysis for Green Hydrogen (gH₂) storage technology selection tailored to high-capacity industrial demands. Benchmark evaluation across cryogenic, compressed, and material-based storage technologies.
Feasibility & Technology SelectionStrategic identification and selection of targeted agricultural projects for Green Ammonia (gNH₃) direct-injection application and soil nitrogen enrichment. Design of initial field trial protocols targeting crop response and soil compatibility.
gNH₃ Agricultural TargetingFormulated formal R&D partnerships with premier national institutes — IARI, NSC — and secured regulatory compliance authorizations across 7 FCO (Fertilizer Control Order) designated sites. Structured research agreements and compliance frameworks established.
IARI · NSC · 7 FCO SitesComprehensive vendor auditing, engineering specification development, and fabrication oversight for specialized high-precision gNH₃ application equipment. Mechanical design validation aligned with PESO and industry safety standards.
Vendor Auditing & Engineering DesignFull system integration under the S + A + TD framework: Storage + Applicator + Transportation/Distribution. Paired with rigorous high-pressure bullet testing, hydrostatic verification, and destructive failure-mode analysis ensuring zero-leak field safety.
S + A + TD · Bullet TestingComprehensive process validation and extensive multi-location field trials across diverse IARI research stations. Systematic evaluation of application safety, crop yield response, and operational efficiency across variable soil and climate conditions.
Multi-Location IARI ValidationSecured 02 core IPR protections covering novel process designs and application technologies. Simultaneously established an operational 5-state Green Ammonia (gNH₃) distribution network, translating the R&D pathway into a commercially viable deployment model.
02 IPR Protections · 5-State NetworkThe S + A + TD framework represents SSDE's holistic integrated engineering methodology — ensuring mechanical safety, zero-leak containment, and field-tested operational reliability from storage to final deployment.
Cryogenic & pressurised containment design complying with ASME and PESO international standards for high-pressure gNH₃.
Custom-engineered metering and precision injection mechanisms for controlled, uniform gNH₃ soil delivery at field scale.
Multi-state logistics protocols and distribution frameworks ensuring safety integrity over long-distance gNH₃ supply chains.
Stress testing, hydrostatic pressure verification, and destructive failure-mode analysis validating system integrity before deployment.
Rigorous field-level verification conducted in partnership with premier national institutes and regulatory bodies across India.
Multi-location field trials and crop nitrogen response validation at Indian Agricultural Research Institute stations.
National Seeds Corporation collaboration for seed compatibility evaluations and agricultural scaling assessments.
Full regulatory compliance across 7 Fertilizer Control Order designated sites, securing field trial authorization.
Operational Green Ammonia logistics and distribution network spanning 5 key agricultural states across India.
Protecting proprietary technologies, process innovations, and mechanical designs developed through years of rigorous R&D.
Covering novel process designs, high-pressure reaction kinetics, and Green Ammonia application technology. Granted by official patent offices in the United Kingdom and India following thorough examination.
Advanced development and prototype fabrication of specialized catalytic converters optimised for Green Hydrogen (gH₂) generation and industrial emission abatement. IP protection filing currently under process.
Contributing to global chemical engineering literature, industrial knowledge dissemination, and next-generation practitioner development.
Authored and co-authored books and book chapters published by international academic publishing houses, covering green catalysis, reaction engineering, and sustainable process design.
View PublicationsHigh-impact publications in indexed SCI international journals detailing experimental thermodynamics, reaction kinetics, renewable energy conversion, and green process engineering.
Browse ResearchKeynote lectures and technical presentations at major international forums including MICET 2021, HELM, and industry executive roundtables. Active LinkedIn knowledge contributions to the global chemical engineering community.
With over two decades of technical leadership in chemical engineering, Dr. Deepak Yadav specialises in translating complex thermodynamic and catalytic research into bankable industrial green energy assets.
His work spans Green Hydrogen (gH₂) system design, Green Ammonia (gNH₃) agricultural deployment, and sustainable process integration — with direct R&D execution experience from lab-scale feasibility through multi-state field deployment and international IP protection.
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