Organic Waste Recycling

Description

Equipment and technology around the use of natural or enhanced fermentation (and "anaerobic digestion") on biodegradable waste (including paper) to reuse products of this fermentation or reduce the overall amount of waste. Equipment focused on the product of useful by-product fuel and electricity can also be found in the "Energy & Fuels from Waste" group.

Latest Editorial 22

PX inks deal with 2OC for USD109m UK waste-to-energy plant
02 May 13
Renmatix lands USD25m and joins with Waste Management
24 Aug 12
Gates Foundation awards USD3.6m for smart toilets
17 Aug 12
Organic waste recycling firm Harvest Power lands USD15m
20 Jul 12
Waste water firm Ostara bags USD14.5m
07 Jun 12
Harvest Power lands USD110m for organic waste recycling
16 Apr 12
Waste treatment firm BCR lands USD10m
18 Oct 11
Organic waste recycler Harvest buys Coastal Supply
07 Sep 11
Harvest raises USD1.3m for organic waste recycling
06 Sep 11
Organic waste recycler Harvest adds USD6m to funding round
26 May 11
Read more...

Live Global News 1855

Hannah-Beth Jackson names Agromin top small business in her district
24 May 13 - Ventura County Star
Most of green waste not recycled; new laws, Puente Hills Landfill...
23 May 13 - Inland Valley Daily Bulletin
Evapolet® Announces Eco Friendly Waste Management Products that Convert Organic Waste to Water and CO2
23 May 13 - PRWeb
SC Johnson Designs Ziploc® Brand Compostable Bags for Commercial Composting Facilities
23 May 13 - OMNexus
Evapolet® Announces Eco Friendly Waste Management Products that...
23 May 13 - PRWeb
New Biogas Plant to Process Oxfordshire Food Waste Collections
22 May 13 - Waste Management World
Construction of composting facility put on hold
22 May 13 - Little Falls Evening Times
Biomass-to-nitrogen technology to be installed at North Dakota biofuel plant
21 May 13 - Biomass Magazine
HK unveils 10-year plan for waste management
21 May 13 - China.org.cn
150,000 TPA Wood Waste Recycling Plant Planned for Yorkshire
21 May 13 - Waste Management World
Read more...