01B100
Biodiesel
Liquid fuel fractions recovered for transport and industrial use.
Waste-to-energy · Advanced pyrolysis
Advanced pyrolysis.A new generation of waste-to-energy.
Locus Energy develops advanced pyrolysis technology designed to transform waste and biomass into valuable fuels, energy products and carbon materials — supporting a more sustainable, resilient and circular future.
24–800 TPD capacityContinuous operationElectrically heatedModular & containerised
Fig. 01 — Pyrolysis reactor
01 / Core technology
Turning waste into value
Locus Energy specialises in the design, manufacturing and operation of waste-to-energy plants using advanced pyrolysis technology — converting waste and biomass into fuels, energy and carbon products within a controlled, oxygen-free environment.
- 24–800 TPD
- Plant capacity
- Continuous
- Electrically heated pyrolysis
- Oxygen-free
- Controlled thermal conversion
- Modular
- Scalable & decentralised
- Lower footprint
- Designed for efficient deployment
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02 / Our technology
Advanced pyrolysis technology
Feedstock is heated in the absence of oxygen, so material is thermally broken down rather than burned — and separated into valuable fuels, gas and solid carbon.
- 01
Waste & biomass
- 02
Preparation
- 03
Pyrolysis
O₂-free chamber
- 04
Thermal conversion
- 05
Product separation
- 06
Energy products
Oxygen-free environment
No combustion. Controlled heat breaks long-chain materials into smaller molecules that can be recovered as fuels, syngas and biochar.
O₂ 0% Electric heat
- Electrically heated technology
- Continuous operation
- Modular architecture
- Industrial-scale capacity
- Waste & biomass processing
- Resource recovery
- Circular economy principles
03 / Outputs
From waste to valuable resources
02KER
Kerosene
Middle-distillate fuel for heating and industrial applications.
03SAF
SAF / Jet fuel
A pathway towards sustainable aviation fuel feedstocks.
04H₂+CO
Syngas / RNG
Combustible gas to power the process or supply energy.
05C
Biochar / Solid carbon
Stable carbon material for soil, industry and materials.
04 / Our solutions
Our solutions
A practical approach to sustainable waste management and energy generation — built around business value and environmental purpose.
01
Waste-to-energy
Plants that recover energy from waste streams that would otherwise go to landfill, generating fuels and power on site.
02
Waste & biomass conversion
Processing mixed waste and biomass feedstocks through continuous pyrolysis into marketable products.
03
Renewable energy
Creating alternative energy pathways that support decarbonisation and local energy supply.
04
Circular economy
Keeping resources in use by recovering value — fuels, gas and carbon — from materials considered waste.
Stripe Verified Checkout7 Core Sectors
Dedicated Consultancy Services (£15, £260 & £1,500 + VAT)
Specialized advisory across Waste Management, Renewable Energy, Sustainability & Circularity, ESG / Net Zero, and Carbon Footprint Reduction. Three focused one-time packages: £15 + VAT for a 15-minute quick strategy call, £260 + VAT for a 1-hour comprehensive session, or £1,500 + VAT for full project support with instant Stripe billing.
05 / Scale
Designed for industrial scale
Modular, decentralised technology designed for scalable deployment — from 24 tonnes per day to 800 tonnes per day.
- Modular plant architecture
- Containerised commissioning
- Faster deployment
- Lower CAPEX potential
- Reduced physical footprint
- Scalable capacity
- Decentralised processing
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Tonnes per day · upper capacity
06 / Why Locus Energy
Engineered for a more resilient energy future
01 —
Advanced technology
Continuous, electrically heated pyrolysis with controlled thermal conversion.
02 —
Industrial scale
Plant capacities from approximately 24 to 800 tonnes per day.
03 —
Modular design
Containerised units for scalable, decentralised deployment.
04 —
Resource recovery
Fuels, syngas and solid carbon recovered from waste and biomass.
05 —
Energy resilience
Local energy production that reduces dependence on distant supply.
06 —
Circular economy
Turning waste streams back into useful resources.
07 / Sustainability
From waste problem to resource opportunity
- 01 Reducing reliance on landfill
- 02 Supporting circular resource use
- 03 Recovering value from waste
- 04 Creating alternative energy pathways
- 05 Supporting Net Zero objectives
- 06 Building energy resilience
- 07 Supporting sustainable economic development
08 / About Locus Energy
Engineering the future of waste-to-energy
Locus Energy is a UK-based company specialising in the design, manufacturing and operation of waste-to-energy plants. Our continuous, electrically heated pyrolysis plants process waste and biomass at capacities from around 24 to 800 tonnes per day, with modular and containerised deployment.
DesignManufacturingOperationsAdvanced pyrolysisWaste-to-energyBiomass conversionSustainable industrial solutions
09 / Applications
Where the technology applies
10 / In simple terms
How it works
Input
Waste
+ Biomass
Process
Pyrolysis
technology
Heat · No oxygen
Output
- Biofuels
- Syngas
- Biochar
- Carbon products
11 / Team
The people behind the technology
01
Team member
Managing Director
Leads company strategy, partnerships and project development across waste-to-energy markets.
02
Team member
Technical Director
Oversees pyrolysis plant engineering, process design and technology development.
03
Team member
Operations Director
Responsible for manufacturing, commissioning and plant operations.
Let's build the next generation of energy infrastructure
Talk to Locus Energy about your waste-to-energy, pyrolysis and sustainable energy requirements.
12 / Contact
Start a conversation
Locus Energy
Flow Business Services
Suit 5C Cargo Fleet
Middlesbrough Road
Middlesbrough TS6 6XJ
United Kingdom