Large scale hog production is an international environmental problem. And hog farm size today is defined by the amount of adjacent land available for manure disposal. A new system breaks that linkage by recycling water from manure. Over 50% of liquids are recycled, odours reduced, bio security is improved and a new source of revenue is produced from a dry organic based fertilizer. Opportunity is also created for vertical integration of feed mill and slaughtering on-site, lowering costs and improving margins.

This company has developed a process to extract high value materials from a variety of remnant waste biomass types. It creates inulin, a dietary additive, as well as biochar and activated carbon for environmental remediation from wastes such as wheat straw, corn stover, sugar cane bagasse and certain hardwoods. The company is already financially supported in part by Sustainable Development Technology Canada (SDTC), which conducted significant diligence before investing.

With only one primary magnesium producer in the U.S., another producer intends to provide a long term domestic supply and compete globally. This company's new proposed American facility could favorably reduce environmental impact both by making the metal with fewer emissions and providing a product that, by its use, would also improve the environment.

Worldwide, there are tens of thousands of historic mining areas laden with toxic elements that leach into and contaminate surrounding areas. Current practice in the industry is often inadequate since it requires the costly long-term treatment of water discharge and does not eliminate the source of future problems: the sulphides and heavy metals remaining in the tailings. This company "cures the patient" by removing the sulphides and stops the creation of acid while recovering valuable metals, using a biological process.

Companies can replace coal, natural gas and other fossil fuels with renewable biomass energy using this company's refineries. Biomass waste can be converted to both bio-char and bio-oil which can be sold and used as substitutes for fossil fuels, and syngas which can be used onsite for heat or power generation. The company is seeking capital to scale its pilot factory into production.

Today, a significant amount of treated wood waste (e.g. utility poles, railroad ties, pilings, etc.) is being sent to class 1 & class 2 landfills. What if a green disposal method was available for this type of material which freed up landfill space, reduced transportation costs, relieved the generator from residual liability and minimized the amount of methane being released into the environment? This startup has designed and tested a mobile combustor to accomplish the forgoing and says it is ready to start production.

This company has patented an alternative material to wood for green building applications. The company's material is made from recycled plastic and rice waste, and can be used in industries such as construction, furniture, automotive and marine. The company claims its material has competitive advantages over standard wood, and expects it can produce its products even cheaper than wood today.

This company is targeting solutions to soil and groundwater contamination using humic substances, a new patented technology for decontamination of water and soil. The company claims humic substances are a more effective and cost-efficient solution when utilizing a Permeable Reactive Barrier (PRB) installed by injection (not by excavation) to facilitate subsurface interception, retention, and treatment of groundwater contaminants released by industrial and agricultural sources.

This company is building what it calls a unique “managed service” offering for the carbon offset market globally by integrating and customizing intellectual property of three corporations. It is investing in technology to enhance three web based services: GIS mapping technology, satellite imagery data and hosted database services to provide a secure managed service for all stakeholders that it calls the GeoBridge platform.

Mantra’s Electro-Reduction of Carbon Dioxide (ERC) system is intended to reduce the problem greenhouse gas CO2 and convert it into a series of valuable chemicals, a form of carbon capture and recycling (CCR). There are currently 27 Billion metric tonnes of CO2 emitted annually from fossil fuel combustion, an inexhaustible supply of feedstock. The first product is formic acid (HCOOH) which commands a market of approximately USD $1 billion. ERC technology passed the lab stage, and is ready to be tested in the field.