Pyrogen Environmental Limited PEL logo
Looking up at glass and steel office towers against a clear blue sky.

PYROGEN ENVIRONMENTAL LIMITED

Engineering the future of energy through advanced waste-to-energy systems and tokenised infrastructure.

CHESTER-LE-STREET · UNITED KINGDOM

UK • Europe • Global humanitarian and infrastructure projects

Black and white photograph of the Cyclonox stainless steel unit standing beside its control cabinet in a warehouse.
FIG. 01 The Cyclonox
Black and white photograph of a landfill site with a tracked excavator working across mounded refuse.
FIG. 02 Waste
Black and white photograph of heat exchanger vessels and connecting pipework inside a processing plant.
FIG. 03 The Technology

CHAPTER 01

What We Do

We design and deploy technologies that:

Key Technologies

  1. Convert waste into energy
  2. Improve power generation efficiency
  3. Reduce emissions
  4. Support water purification
  1. ATOM (Advanced turbine system)
  2. Pyrolysis (Waste-to-energy)
  3. Cyclonox (Thermal oxidisation)
  4. Heat exchangers
Stone and glass office facade rising above the street, seen from below.

CHAPTER 02 · PYROGEN ENVIRONMENTAL

Our Mission

To provide sustainable, cost-effective energy solutions that reduce environmental impact while improving efficiency and accessibility.

CHAPTER 03

Our Technology

PEL develops integrated systems designed to maximise efficiency and minimise environmental impact.

  1. ATOM A high-efficiency turbine system that increases power output while reducing costs and emissions.
  2. Pyrolysis Converts waste into usable energy, reducing disposal costs and creating new revenue streams.
  3. Cyclonox A modular waste-to-energy system delivering clean power with no harmful emissions.
  4. Heat Exchangers Recover and reuse thermal energy to improve overall system performance.
  5. Result Scalable, low-emission energy systems for modern infrastructure.
Black and white photograph of an open field strewn with discarded plastic waste.
FIG. 04
Black and white concept image of a house with energy symbols overlaid.
FIG. 05
The Cyclonox stainless steel unit and its Siemens control cabinet installed in a warehouse.

CHAPTER 04 · ADVANCED WASTE-TO-ENERGY SYSTEM

The Cyclonox

Overview

Cyclonox is a high-efficiency waste-to-energy system designed to convert bio-organic and plastic waste into clean electricity and heat with near-zero emissions.

How It Works

Cyclonox uses ultra-high temperature thermal oxidation to fully break down waste materials, producing clean energy without harmful by-products.

PERFORMANCE

1 MWh

1 tonne of waste ≈ 1 MWh electricity

1050–1300°C

Operating temperatures: 1050–1300°C

250 kW to 1 MW

Scalable output: 250 kW to 1 MW

Key Benefits

  1. Converts waste into usable energy
  2. No harmful emissions (no dioxins or VOCs)
  3. Modular and scalable design
  4. Rapid deployment (containerised system)
  5. Lower cost than traditional plants

Applications

  • Municipal waste
  • Industrial sites
  • Off-grid power
  • Remote communities
  • Disaster relief

Impact

Turning global waste challenges into reliable, clean energy solutions at scale.

An early ATOM turbine prototype assembled on a workshop bench, its bladed rotor exposed at one end.

CHAPTER 05 · ATMOSPHERIC THERMAL OPTIMISATION MAGNETO

THE ATOM

FIG. 06 An early prototype of the ATOM

Overview

A next-generation energy system designed to increase efficiency, reduce costs, and lower emissions.

How It Works

Advanced turbine technology optimises airflow, temperature, and pressure while capturing atmospheric heat to enhance efficiency.

Key Benefits

  1. Higher energy output
  2. Reduced energy costs
  3. Lower emissions
  4. Multi-output capability (power, heat, cooling, water)
  5. Export surplus energy

Applications

  • Residential
  • Commercial
  • Industrial
  • Off-grid

Impact

Reliable, low-cost, low-emission energy for scalable deployment.

Black and white photograph of a hand holding a pen above printed documents.
FIG. 07
Black and white panorama of a city skyline of high-rise towers.
FIG. 08

CHAPTER 06

Tokenised Energy Infrastructure

Overview

PEL uses tokenisation to enable access to real-world energy services without traditional funding limitations.

Why Tokenisation

  1. No equity dilution
  2. Increased liquidity
  3. Scalable funding model

PyroTech Token Utility

  1. Access discounted energy
  2. Access waste-to-energy services
  3. Purchase renewable energy certificates

Model

Demand is driven by real-world usage, aligning energy consumption with token utility.

CHAPTER 07

Contact Us

Visit Us

Site visits available by appointment.

Telephone
+44 7930 101 140
Email
info@pyrogenenvironmental.com
Web
www.pyrogenenvironmental.com
Address
Pyrogen Environmental Limited
182 Front Street
Chester-le-Street
County Durham
DH3 3AZ
United Kingdom

Where We Operate

UK • Europe • Global humanitarian and infrastructure projects

Black and white photograph of the stone and glass office facade.