Environmental Solutions India

Turning Waste Plastic Into Clean Fuel

Reliable4Energy Environmental Solutions (India) Pvt. Ltd. pioneers the conversion of non-recyclable plastic waste into usable fuel — powering a greener tomorrow.

Sustainable Energy
65%
Fuel Yield
0.023
Sulphur ppm
3
Plant Sizes

A Planet Drowning in Plastic

The world faces an unprecedented plastic pollution crisis. Oceans, landfills, and communities are overwhelmed by plastic that doesn't break down for centuries. Reliable4Energy turns this problem into an opportunity.

90%
of ocean surface trash is plastic waste
1000yrs
it takes for plastic to naturally degrade
MLP
Multi-layer plastics that cannot be traditionally recycled — we process them
Zero
segregation needed — our process accepts mixed plastic waste
Plastic Waste Crisis

Our TCD Conversion Process

Waste plastic input – collection and feed

Waste Plastic Input

Mixed, unrecovered, and low-value plastic waste — including hard-to-recycle MLPs — is collected and fed into the system.

TCD process plant converting plastic to fuel

TCD Process Plant

Our proprietary Thermal-Chemical-Depolymerization (TCD) process uses catalysts at low pressure and controlled temperature (160°–430°C) to crack molecules into usable fuel.

Poly-fuel output from TCD process

Poly-Fuel Output

High-quality synthetic fuel (Poly-fuel), syngas, and residual carbon char are produced — with low sulphur content and excellent calorific value.

What We Produce

Output ratios depend on type of plastic waste input

45–65%
Poly-Fuel
High-quality synthetic diesel-equivalent fuel for industrial & commercial use
Poly-Fuel synthetic diesel-equivalent fuel
20–25%
Synthetic Gas
Flammable syngas recycled back into the plant process for energy efficiency
Synthetic gas from TCD process
~5%
Carbon Char
Residual carbon char recovered and repurposed as a useful byproduct
Carbon char byproduct
TCD Plant converting plastic waste to clean fuel

From Waste Plastic
To Clean Energy

Our TCD plant converts mixed plastic waste into high-quality poly-fuel using low-pressure catalytic depolymerization — safer, greener, and more efficient than conventional pyrolysis.

TCD Process vs. Conventional Pyrolysis

Parameter Standard Pyrolysis Reliable TCD Process ✓
Process Type Thermal only Thermal & Chemical (Catalytic)
Temperature Range Starts at 300°C, requires 800°C+ 160°C – 430°C (more efficient)
Pressure Higher pressure — safety risk Lower pressure — safer operation
Catalyst No catalysis Catalyst improves efficiency & reduces risk
Uncondensed Gas Released — wasted Recirculated for process heating
Fuel Quality Lower quality Better quality, lower sulphur

Key Process Advantages

Processes hard-to-recycle plastics — MLP wrappers, thin films, and mixed waste — no segregation required
Diverts waste plastic from landfills — contributes to a litter-free, cleaner country
Produced fuel has a lower carbon footprint than conventional diesel or LDO
Energy-efficient process — all outputs are utilized, including gas recirculated for heating
Financially viable, proven technology — modular and decentralized approach to waste management
Empowers waste-pickers and women for socio-economic upliftment through inclusive supply chains
Ultra-low sulphur content (0.015–0.023 ppm) — significantly cleaner than diesel (0.05–0.25%)
Decentralized model — plants can be deployed close to waste sources, reducing transport emissions

Modular Plant Sizes

Scalable technology for different deployment needs

125
KG / DAY
300
KG / DAY
1000
KG / DAY

Uses of Reliable Poly-Fuel

Industrial Boilers powered by Poly-Fuel
Industrial Boilers
Cooking stoves using Poly-Fuel
Cooking Stoves
Generators running on Poly-Fuel
Generators
Incinerators fuelled by Poly-Fuel
Incinerators
Agricultural pumps powered by Poly-Fuel
Agricultural Pumps
Industrial furnaces using Poly-Fuel
Industrial Furnaces

Aligned With Global Impact

7
SDG Goal
Affordable and Clean Energy
11
SDG Goal
Sustainable Cities and Communities
13
SDG Goal
Climate Action — Combat Climate Change
UN Sustainable Development Goals aligned with Reliable4Energy

Meet Our Directors

Radha Maurya – Executive Director, Strategy & Compliance
Radha Maurya
Executive Director (Strategy & Compliance)

Radha Maurya is the Promoter and Whole-Time Director of the company, holding an MBA and LL.M., with over six years of advocacy experience in Company Law. She leads the organization’s strategic vision while actively overseeing techno-commercial operations and regulatory alignment. She also heads the company’s key domains in Continuous Reactor Technology and Solid Waste Management, driving innovation, compliance, and sustainable growth.

Anant Maurya – Executive Director, Technology & Operations
Anant Maurya
Executive Director (Technology & Operations)

Mr. Anant Maurya is the driving force behind Reliable4Energy, leading the company alongside Ms. Radha Maurya. As Co-Founder and strategic head, he spearheads technology development, plant operations, and expansion initiatives, focusing on converting waste plastics into clean fuel through advanced TCD technology. His leadership combines industrial execution with long-term vision, positioning Reliable4Energy as an innovation-driven and sustainability-focused enterprise.

We Have Taken Our Steps.
What About Yours?

"Stopping plastic pollution is the best of solutions."
Join us in building a greener, cleaner future.

reliable4energy@zohomail.com
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