Full process guarantee
De-risking investors capital on process design, ensuring the process will guarantee to produce cellulose rich biogenic fibre from the paper, food and cardboard fraction of the waste.
De-risking investors capital on process design, ensuring the process will guarantee to produce cellulose rich biogenic fibre from the paper, food and cardboard fraction of the waste.
Diversion of up to 90% of incoming waste away from landfill. Waste is sterilised making it easier to automatically and manually segregate ferrous and non-ferrous metals, plastics, wood, textiles and glass for on-sale or down cycling.
The homogeneous biogenic fibre from the autoclave system provides consistent fuel input to all combusters, gasifyers and pyrolysis systems.
Wilson Fibre® is a valuable feed stock which can be developed into high value chemicals and other source of renewable energy.
The steam autoclave process is a method of creating a high cellulose content biogenic material from MSW and Commercial waste using dry, saturated steam in rotating autoclaves resulting in approximately 90% diversion from landfill.
The Wilson Solution uses large rotating autoclaves to convert the biogenic fraction of Municipal Solid Waste and Commercial and Industrial Waste into a homogeneous, sanitised fibrous material (Wilson Fibre®)to be used efficiently and effectively in a variety of conversion technologies including, approved combustion, gasification, pyrolysis, conversion into bio-char, bio-chemicals, bio-fuels and anaerobic digestion .
Incorporating a fully de-risked system from acceptance of waste to the delivery of the Wilson Fibre® and valuable recyclable materials, including water recovery and odour free operation, the autoclaving process will ensure minimum landfill requirements and a maximum high value from the incoming waste.
There are a number of EfW technologies available on the market, all these technologies vary considerably in their characteristics and capabilities, both with advantages and disadvantages.
Steam Autoclaving has been considered a Mechanical Heat Treatment (MHT) process for the pre-treatment of waste, the product of which can be used in conversion technologies to transform the biomass to energy.
Autoclaving waste as a pre-treatment process can generate more efficient returns on conversion technologies.
Steam Autoclaving proves to be best available technology on the market as:
The alternatives to Steam Autoclaving include:
This will depend on specific projects, but less than Mass Burn Incineration
The Wilson Solution is risk minimal! The technology has been successfully proven covered by Professional Indemnity Insurance which includes a Process Guarantee.
Working together to change plastics for good. Today I find myself thinking about ‘The Jetsons’ and their expectations of the future in 2062. Wouldn’t it be great to have some sort of power to see if the future meets our own expectations? Will we be powered by 100% renewable energy? Will we have a circular […]
Coffee cups; a perfect example of our throwaway culture and how we are now faced with the consequences of single use plastics. This is a product created simply for convenience and only recently people come to realise the amount of waste produced and ending up in landfill. Hugh’s War on Waste reported that 2.5 billion […]
Wilson Bio-Chemical has officially opened our Micro Autoclave Fibre Production Plant for turning municipal solid waste (MSW) into biomass fibre that can be converted into a range of useful products. The facility has been developed with the help of the University of York subsidiary, the Biorenewables Development Centre (BDC) and is based at the BDC’s […]
We are very proud to announce that our very own shareholder, Mark Ennis, has been awarded a CBE in the Queen’s Birthday Honours List. Mark has been recognised for his outstanding performance and his dedication to the economy and community in Northern Ireland. Alongside his other roles, particularly as Chairman of Invest NI and Executive […]
March 2016 We have installed a micro fibre production plant which is due for commissioning in April 2016! Our micro plant is located at the Biorenewables Development Centre at the University of York which allows our Clients, Academia and our own in-house work to study in detail the behaviour of a variety of waste streams […]
November 2015 We are pleased to announce that Wilson Bio-Chemical Ltd has been successful in obtaining a grant from Innovate UK, the UK’s Innovation Agency, of £40,000 towards a project cost of £144,000 to carry out a practical feasibility study for the production of Bio-Char from MSW and commercial waste. Bio-Char is a “coal-like” substance […]
November 2014 Tawnywood Recycling have acquired the majority of the Wilson’s steam autoclaving plant previously installed at Limerick in Ireland. This 150,000 tonne per annum capacity system shall be refurbished, brought up to date and re-installed by Wilson Bio-Chemical at Tawnywood’s Staveley site at Chesterfield UK ready for re-commissioning in late 2016
September 2014 The SIP was awarded £7,500 to look at the feasibility of pelletising and torrefying the biogenic fibre (Wilson Fibre®) to make a durable and coal-like pellet for further use as a fuel. The result of this grant was the formation of a strong, durable, high density pellet suitable for co-mingling with coal or […]