Carbon Methane Patents Waste 
Envirotec Magazine
OCTOBER 28, 2019
Japanese knotweed removal firm Environet UK has developed a method for converting waste from Japanese knotweed and other invasive plants into biochar, with the potential to eliminate the need for environmentally damaging and expensive landfill disposal in the future.
Green Business Bureau
JULY 20, 2021
cities, Replate is a tech-driven nonprofit that combats food waste by connecting food donors and food rescuers together. Food waste is both a social and environmental issue and by finding a way to fully utilize perfectly good food, insecure communities find relief and the environmental repercussions of food waste are avoided.
This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.
Envirotec Magazine
MAY 28, 2021
Hazer Group produces fuel-cell grade hydrogen from methane, with high-quality graphite as a by-product rather than CO2. We see hydrogen as an opportunity to decarbonise key pillars of our society – including things that form part of our critical infrastructure like water and waste,” said Dr Baxter. Capturing carbon.
Hydrogen Fuel News
FEBRUARY 4, 2024
The patented Hazer Process, a pioneering technology developed by Hazer Group , marks a significant departure from conventional methods by transforming natural gas into hydrogen and graphite, with the ingenious use of iron ore as a catalyst.
Envirotec Magazine
MAY 9, 2022
In a year-long trial project that began in February, Carbogenics will put these “screenings” through the high-temperature low-oxygen process of pyrolysis, to produce a patent-pending biochar. Untreated screenings are also a source of methane emissions, a greenhouse gas that is 25 times more potent than carbon dioxide.
Envirotec Magazine
DECEMBER 19, 2021
We can now harness the carbon scavenging power of Japanese knotweed and other invasive plants, explains Nic Seal, Founder and MD of Environet, a UK specialist in the topic. We recognise our business activities create waste and emissions to land, air and water which we seek to mitigate as best we can.
Envirotec Magazine
NOVEMBER 27, 2020
” The biopolymers are combined with graphene, a variant of carbon (or allotrope , to be precise) whose modern rediscovery and isolation at the University of Manchester in 2004 led to a Nobel Prize. In addition, some bioplastics produce methane gas when they decompose, a compound with a global warming potential 25 times that of CO2.
Expert insights. Personalized for you.
188 
Let's personalize your content