CTEC Energy could reduce CO2 emissions by as much as 10 million tonnes and save the NHS over £1.5 billion by 2040
Our vision is to bring clean power to the world to reduce CO2 emissions, and make the world a climate-friendly place
CTEC are carbon reducing
Ideally tailored for hospital carbon reduction and clean air targets
Turning waste into energy
CTEC Energy, has been working alongside a talented group of experts to bring clean energy production and waste management systems to the world. At CTEC Energy, we design, engineer and manufacture Energy Recovery Equipment and utilise 100% waste to generate clean, renewable energy.
Many hospitals are near their capacity for electrical supply and future demand is growing due to the widening use of more sophisticated diagnostic and treatment equipment, as well as inevitable electrification of vehicles including ambulances.
How does it work?
CTEC energy is a British company producing Distributed Modular Generation using synthetic gas from non-recyclable plastic, mixed with biomass.
This syngas can be used to produce electricity, hot water or hydrogen with the lowest industry emissions from non-recyclable waste.
We treat residual plastic waste as valuable fuel
At CTEC, we design, engineer and manufacture Energy Recovery Equipment and utilise 100% waste to generate clean, renewable energy. CTEC has been working alongside a talented group of experts to bring clean energy production and waste management systems to the world.
Imagine if plastic waste was worth a fortune
Recovery of materials from historic landfill sites might sound far into the future, but it offers a much cleaner solution to the environment and feed our need for smart technology, energy storage and electric vehicles. Recycling the plastics and metals (including gold) and using the CTEC system to create electricity and hot water could create a completely new approach to recycling.
A local team, dedicated to helping the public and private sectors becoming more sustainable
A small-scale solution to optimise energy production and resource preservation
A service fulfilling your energy and complex waste needs
A decentralised energy production and distribution
A simple and seamless service
A local energy supply to help reduce your energy bills
A source of renewable and recovered energy to meet your carbon reduction objectives
An autonomous and resilient energy supply
The CTEC grid solution
CTEC Energy 2021 Video
CTEC Energy 2021 Video
Plastic Waste To Energy
Oceans drowning in plastic | #OceanRescue
How to power the hospital
The solution is by organising the infrastructures around the hospital, this is a planning exercise.
Increasing energy costs will drive up infrastructure planning, to promote localised power generation.
Hospitals are looking for partnerships in their local area to build Energy sustainability.
Hospital resources and emissions are being scrutinised, it's not the hospital which is a mean to an end its how to power the hospital.
Frequently asked questions
What is the foot print size of a standard CTEC Waste to Energy System?
A standard CTEC Waste to Energy System footprint is 25m x 30m x 6m high.
What is the sale cost of a standard CTEC Waste to Energy System?
Please apply for specific quotation.
How long is the payback for a standard CTEC Waste to Energy System?
A standard CTEC Waste to Energy System payback is between 2 & 3 years
What is the average IRR on a standard CTEC Waste to Energy System?
A standard CTEC Waste to Energy System IRR is between 15% & 30%
Why should I purchase a CTEC Waste to Energy System?
CTEC is at the forefront of ultra clean waste to energy systems using the best available technologies to generate sustainable revenue
Burning of plastic can be harmful to the environment. How do you minimise GHG (Greenhouse Heating Gases)?
We use a staged approach for CO2 reduction, which involves moisture removal from waste and controlled gasification via the Boudouard reaction (CO shift reaction using CTEC's filtration system). The controlled system is optimised for emissions reduction and the gasifier only uses exhaust gas recirculation for controlled amounts of oxygen. A further stage can be added for CO2 capture based on an aqueous monoethanolamine solution. Total CO2 reduction is targeted to achieve 80% of total CO2 emissions.
How much waste can you process?
250kg to 750kg per hour depending on waste calorific value
How much electricity do you produce?
350 kW per hour
How much thermal energy do you produce?
2.8mW per hour
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