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An Advisory and Innovation Firm Delivering Sustainability and Decarbonization Solutions — From Strategy and Tactical R&D to Industrial Scale

Strategic advisory and hands-on R&D support grounded in deep technical and commercialization experience across green science, cleantech, renewables, biobased and advanced materials, nonwovens and polymers, absorbent and hygiene products, leather & plastic alternatives, depolymerization, waste upcycling, AI-enabled decarbonization, and circular industrial transformation.

Beyond implementation, I help organizations navigate high-stakes decisions where technology reality, R&D strategy, capital allocation, and systems risk converge.
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  • Who I Am

I am are on a mission to foster and bring to market green science and technological innovations that substantially reduce the carbon footprint and enhance sustainability.


From Scrap to Sustainability – Turning Industrial Waste into Climate Value™

I accelerate sustainability through materials waste upcycling, repurposing, and recycling.

Decarbonization, LLC is a research and consulting firm focused on enabling innovation, product/process development and commercialization of green, clean, renewable, low-carbon and energy-efficient technologies and products across broad sectors.
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  • Sanjay Wahal PhD, MBA
  • Founder & CEO

30+ Years | 21 Patents | $100M+ Impact

  • My Services
Decarbonization Solutions & Strategies
Advanced Materials & Chemistries
Green Personal Hygiene and Absorbent Products / Wipes
Sustainable Supply Chain Management
Value Chain & IP Analysis
Carbon Footprint Management
Sustainability Consulting
Renewable Energy Integration
Process Optimization & Scale-Up
  • Areas covered
Materials

Engineered, Biobased, Nonwovens, Absorbents, Bio-Leather, Mycelium

Waste / Scrap Recycling

Circular Economy, Up-cycling

Energy

Renewables, CCUS, DAC, Fuel Cells

Industrials

Green Chemistry, Hard-to-Abate Sectors

Transport

EVs, SAF, Hydrogen

Buildings

Green Cement, Insulation, Energy Systems

Agriculture

Biochar, Soil Carbon, Fertilizers

Accelerating Decarbonization Through AI/ML-Driven Innovation

At Decarbonization, LLC, I harness the transformative power of artificial intelligence (Al) and machine learning (ML) to drive innovation across various decarbonization sectors: Materials, Energy, Industry, Buildings, Transport, Agriculture, and Carbon Markets. My advanced Al/ML solutions empower organizations to make data-driven decisions that deliver real-time, scalable impact.

By integrating AI/ML, we help clients:

  • Optimize energy-intensive processes and design low-emission supply chains.
  • Deploy intelligent decision-support tools for faster, more accurate sustainability actions.
  • Unlock new decarbonization pathways that deliver measurable value today and future-proof sustainability strategies for tomorrow.

Whether your goal is to accelerate innovation, reduce carbon costs, or achieve ambitious climate targets, my tailored Al/ML consulting services deliver actionable insights and tangible results. Join us at the forefront of digital decarbonization and turn data into climate action.

A La Carte Services

In addition to my core advisory capabilities, Decarbonization LLC offers highly tailored, value-added services designed to accelerate innovation, investment, and market readiness:

  • Contract R&D & Proof-of-Concept Validation

• Undertake custom R&D assignments, technical feasibility studies, and proof-of-concept demonstrations

• Validate early-stage technologies in lab or pilot settings before commercialization

  • Business Strategy & Competitive Positioning

• Build strategic growth roadmaps aligned with decarbonization, and circularity

• Identify new market opportunities, competitive differentiators, and commercialization pathways

• Stay ahead of regulatory and competitive shifts

  • Market Intelligence & Customer Insights

• Conduct targeted market research to map customer needs, and market gaps

• Analyze market-entry strategies for climate tech products and decarbonization platforms

  • Intellectual Property (IP) Strategy & Monetization

• Evaluate IP portfolios for licensing, partnerships, or M&A readiness

• Assist with marketing of patents, technology licensing deals, and competitive IP landscaping

  • Global Representation & Business Development

• Represent clients at industry events, pitch or investor meetings, and tradeshows to secure partnerships and elevate visibility

• Facilitate development of global supply chains and technology partners

• Introductions to toll manufacturers, independent labs, raw material suppliers, offtakers, and government innovation programs

Short Courses & Executive Learning Programs

I offer custom-designed short courses, learning modules and training workshops to help companies build internal capability in innovation and sustainability. Sample topics include:

  • Decarbonization Overview: Potential Pathways and Enabling Technological Innovations for Net Zero Carbon
  • How to Build and Foster an Innovation Mindset and Boost Innovativeness
  • Decarbonization Overview: Potential Pathways and Enabling Technological Innovations for Net Zero Carbon
  • Biobased Materials, Biopolymer and Circularity: An Overview of the Latest Trends
  • Intellectual Property Strategy: Basics for Scientists, Startups, and Innovators
  • From Trial-and-Error to Algorithmic Manufacturing
  • Systems Approach: Decarbonization, Sustainability and Innovation
  • Leadership in a Nonlinear World: Why Linear Thinking Fails in Complex Environment
  • The Future of Materials Innovation: Carbon, AI and Energy Will Decide the Winners
  • Why Green Science, Cleantech and Sustainability Capital Keep Missing the Real Leverage Points
  • Profitable Closed-Loop Innovations and Business Models for Circular Economy
  • Next Generation Biomaterials: Case Studies That Separate Hype from Scale
  • Waste is the New Feedstock: Circular Value That Actually Works
  • Clients Served

I invest in relationships.

I have confidence in each other to always act in the best interest of our clients.

Get started

Reach out to me today

OR REACH ME AT:
Email: decarbonizationllc@gmail.com

We are better together.

Drop your contact details into the form, and we’ll reach out to you!

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Materials

Engineered | Biomass | Nonwovens | Polymers | Mycelium / Algae | Chemicals

We support innovation, R&D, and commercialization across advanced and sustainable materials, spanning engineered materials, biomass-derived platforms, nonwovens, polymers and plastics, and emerging bio-fabricated systems such as mycelium and algae. Our work covers the full innovation lifecycle—from early-stage concept validation and formulation development to process scale-up, qualification, and market entry. We help clients make informed decisions on feedstocks, processing pathways, and end-of-life options while balancing performance, manufacturability, cost, and carbon intensity. By integrating lifecycle assessment (LCA), techno-economic analysis (TEA), and customer-driven specifications early in development, we help avoid late-stage technical and commercial failures. From circular polymers and fiber-based substrates to hybrid and bio-based materials, we bridge laboratory innovation with industrial reality—enabling low-carbon materials that are manufacturable, competitive, and adoption-ready.

Waste / Scrap Recycling & Upcycling

Circular Economy | Refurbishing | E-Waste | Advanced Materials Recovery

We treat waste and scrap as strategic industrial feedstocks, enabling circular economy solutions that deliver both carbon reduction and economic value. Our work spans industrial scrap recycling, refurbishing, e-waste recovery, and advanced upcycling pathways. We assess waste stream variability, contamination risks, processing requirements, yield losses, and quality consistency to determine what can realistically scale. Critically, we distinguish between theoretical circularity and commercially viable circularity, helping clients avoid solutions that fail outside the pilot stage. Our services include process and technology development, market validation of recycled outputs, regulatory and EPR alignment, and integration with existing manufacturing assets. By combining engineering rigor with commercialization strategy and policy insight, we help convert complex waste streams into bankable materials, energy carriers, or chemical intermediates—closing loops that work in practice, not just on paper.

Energy

Renewables | Syngas | CCUS | DAC | Batteries | Fuel Cells

We support decarbonization innovation across the energy value chain, including renewables, syngas, CCUS, direct air capture (DAC), batteries, and fuel cells. Our role is to bridge the gap between promising energy technologies and deployable, financeable systems. We take a technology-agnostic but outcomes-driven approach, evaluating solutions based on real emissions reduction, reliability, cost trajectories, and infrastructure readiness. Our work addresses system efficiency, integration with industrial and grid environments, lifecycle impacts, and scale-up risks—helping clients avoid hype-driven investments. From pilot projects to first commercial deployments, we help translate energy innovation into practical, scalable decarbonization pathways aligned with industrial, grid, and policy realities.

Industrials

Green Chemistry | Steel | Cement | Petrochemicals

Hard-to-abate sectors require engineering-led, execution-focused decarbonization. We work across green chemistry, steel, cement, and petrochemical value chains to identify credible, implementable pathways for emissions reduction. Our expertise spans process-level innovation, optimization, feedstock substitution,

electrification, heat integration, and carbon capture—always grounded in operational constraints and evaluated through technical and economic lenses. We help industrial players balance capital efficiency, regulatory pressure, asset life, and product performance while minimizing operational disruption. By focusing on both incremental improvements and step-change innovations, we enable decarbonization strategies that are technically sound, economically rational, and scalable, without jeopardizing production continuity or competitiveness.

Transport

EVs | Sustainable Aviation Fuels (SAF) | Biofuels | Hydrogen | Ammonia

We address transport decarbonization across EVs, sustainable aviation fuels (SAF), hydrogen, and ammonia by focusing on use-case-specific solutions rather than one-size-fits-all answers. Our work evaluates vehicle and powertrain technologies, fuel production pathways, distribution infrastructure, lifecycle emissions, and policy alignment. We help clients prioritize near-term opportunities that deliver real emissions reduction while identifying longer-term bets as technologies and infrastructure mature. By integrating R&D priorities with commercialization and deployment realities, we support transport solutions that reduce carbon intensity without compromising performance, reliability, or economic viability.

Buildings

Insulation | Embodied Carbon | Advanced Glass | Energy Systems Integration

Buildings represent a major source of both operational and embodied carbon—and a significant opportunity for decarbonization. We focus on reducing lifecycle emissions through advanced insulation systems, low-carbon materials, embedded carbon reduction strategies, and high-performance glass technologies. Our approach integrates material science, product development, construction economics, building codes, and performance requirements to enable solutions that scale across residential, commercial, and industrial buildings. By addressing materials, design, and energy use together, we help clients move beyond incremental improvements toward holistic, structural decarbonization of the built environment—without sacrificing durability, safety, constructability, or cost effectiveness.

Materials

Engineered | Biomass | Nonwovens | Polymers | Mycelium / Algae | Chemicals

We support innovation, R&D, and commercialization across advanced and sustainable materials, spanning engineered materials, biomass-derived platforms, nonwovens, polymers and plastics, and emerging bio-fabricated systems such as mycelium and algae. Our work covers the full innovation lifecycle—from early-stage concept validation and formulation development to process scale-up, qualification, and market entry. We help clients make informed decisions on feedstocks, processing pathways, and end-of-life options while balancing performance, manufacturability, cost, and carbon intensity. By integrating lifecycle assessment (LCA), techno-economic analysis (TEA), and customer-driven specifications early in development, we help avoid late-stage technical and commercial failures. From circular polymers and fiber-based substrates to hybrid and bio-based materials, we bridge laboratory innovation with industrial reality—enabling low-carbon materials that are manufacturable, competitive, and adoption-ready.

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Our Services

Decarbonization Solutions and Strategies
Carbon Footprint Management
Advanced Materials and Chemistries
Sustainability Consulting
Sustainable Supply Chain Management
Renewable Energy Integration​
Value Chain and IP Analysis
Process Optimization and Scale-up
Green Personal Hygiene / Personal Care Consumer Products / Wipes
Materials Circularity | Circular Economy Solutions

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