News

2024-08-29

One solution to animal sewage leaking into rivers: turn chicken poo into fertiliser


Thu 29 Aug 2024 17.30 BST

The process uses heat and enzymes, produces no emissions or smells and there is no waste, writes Dave Briant
 

A recycling plant in Shropshire can converts a ton of chicken manure into fertiliser/soil conditioner in only 3 hours.’
Photograph: Danielrao/Getty Images/iStockphoto

 

Feargal Sharkey (Privatised water firms are imperilling our health and poisoning our rivers. Act now: flood the streets with rage, 21 August) didn’t mention animal sewage, in the form of runoff and leakage from farm and field, that also makes its way into our rivers. As far as chicken manure is a problem (it is), there is a solution.
 

There is a recycling plant in Crickheath, Shropshire, which converts a ton of chicken manure into immediately usable fertiliser/soil conditioner in only three hours. Drying and pelletising takes another two hours.
 

The process uses heat and enzymes, and produces no emissions or smells. There is no waste, as the carbon and nitrogen does not gas off. Bacteria are killed by the 80C heat.
 

The technology was invented and developed in Taiwan, where it has been widely used for years, so we know it works. A similar technology deals with food waste and oil palm waste in Indonesia, producing a soil conditioner which, by replenishing the soil, minimises further deforestation.
 

Shouldn’t this process be part of any environmental strategy in this country?

Dave Briant

Oswestry, Shropshire

Source
 



About Diamond Biofund and Tetanti Agribiotech

Diamond Biofund aims at identifying innovative biotechnologies in the medical and agricultural realm that can truly impact the well-being of human and the environment.  In 2018, Tetanti Agribiotech, a startup company spun off from National Chung Hsing University, was funded by Diamond Biofund.
 

Led by Academia Sinica Fellow, Yang, Chiu-Chung, Tetanti AgriBiotech has developed a rapid treatment technology using enzymes instead of microorganisms with thirty years of research results, and hopes to use this innovative knowledge technology in agricultural biotechnology to solve the current problems faced by the industry.