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Forget 'developing' poor countries, it's time to 'de-develop' rich countries. This week, heads of state are gathering in New York to sign the UN’s new sustainable development goals (SDGs).

Forget 'developing' poor countries, it's time to 'de-develop' rich countries

The main objective is to eradicate poverty by 2030. Beyoncé, One Direction and Malala are on board. It’s set to be a monumental international celebration. Given all the fanfare, one might think the SDGs are about to offer a fresh plan for how to save the world, but beneath all the hype, it’s business as usual. The main strategy for eradicating poverty is the same: growth. Growth has been the main object of development for the past 70 years, despite the fact that it’s not working. Orthodox economists insist that all we need is yet more growth. In other words, growth isn’t an option any more – we’ve already grown too much. Right now, our planet only has enough resources for each of us to consume 1.8 “global hectares” annually – a standardised unit that measures resource use and waste.

What does this mean for our theory of development? Negative formulations won’t get us anywhere. Finnish Consulting Group. Contact Us - Gershman, Brickner & Bratton, Inc. (GBB) Gershman, Brickner & Bratton, Inc. 2010 Corporate Ridge, Suite 510 McLean, VA 22102 Phone: (703) 573-5800 Fax: (703) 698-1306 Click the person's name to send a direct email message.

Contact Us - Gershman, Brickner & Bratton, Inc. (GBB)

Harvey Gershman – President & Co-Founder Bob Brickner – Founder Associate and Co-Founder John Carlton, P.E., BCEE – Senior Vice President Chris Lund, P.E., PSS – Senior Vice President. Solid waste management - COWI. ​- this is how COWI provides world class waste management and waste-to-energy solutions that includes all aspects of waste management, – with a passion for resources and energy.

Solid waste management - COWI

Our geographical experience ranges from China in the East to Ireland in the West and from South Africa in the South to Greenland in the North, provided by knowledge sharing waste management competence hubs in Denmark, Norway, Sweden, the Middle East, Lithuania, and Russia. COWI has repeatedly been identified as one of the global top 3 solid waste management by the US based ENR (Engineering News Record). In 2014, COWI was selected the world no. 2 solid waste management consultant with a global SWM turnover of USD 21 million.

Plasma gasification explained. Plasma gasification - Wikipedia. Process[edit] Small plasma torches typically uses an inert gas such as argon where larger torches require nitrogen.

Plasma gasification - Wikipedia

The electrodes vary from copper or tungsten to hafnium or zirconium, along with various other alloys. A strong electric current under high voltage passes between the two electrodes as an electric arc. Pressurized inert gas is ionized passing through the plasma created by the arc. Plasma gasification commercialization - Wikipedia. Plasma gasification is in commercial use as a Waste-to-Energy system that converts municipal solid waste (MSW), tires, hazardous waste, and sewage sludge into synthesis gas (syngas) containing hydrogen and carbon monoxide that can be used to generate power.

Plasma gasification commercialization - Wikipedia

Municipal-scale waste disposal plasma arc facilities have been in operation in Japan and China since 2002. No commercial implementations in Europe and North America have succeeded so far. The technology is characterized by the potential of very high level of destruction of the incoming waste, but low or negative net energy production and high operational costs. Plasma gasification is used commercially for waste disposal at five locations worldwide representing a design capacity of 250 tonnes of waste per day in total.

High-Powered Plasma Turns Garbage Into Gas. From the highway, one of the biggest landfills in the US doesn’t look at all like a dump.

High-Powered Plasma Turns Garbage Into Gas

It’s more like a misplaced mesa. Only when you drive closer to the center of operations at the 700-acre Columbia Ridge Landfill in Arlington, Oregon, does the function of this place become clear. Some 35,000 tons of mostly household trash arrive here weekly by train from Seattle and by truck from Portland. Dump trucks inch up the gravel road to the top of the heap, where they tip their cargo of dirty diapers, discarded furniture, lemon rinds, spent lightbulbs, Styrofoam peanuts, and all the rest onto a carefully flattened blanket of dirt.

At night, more dump trucks spread another layer of dirt over the day’s deposits, preventing trash from escaping on the breeze. But as of November, not all the trash arriving at Columbia Ridge has ended up buried. In an era when it’s getting more and more confusing to determine where to toss your paper coffee cup—compost? Recycling is all well and good. Plasma Gasification. Plasma Gasification. NRG Energy Plasma Gasification MSW. THE PLASMA CONVERTER SYSTEM (PCS. PWR - Recycling Waste into Energy (High Res) Disposal of hazardous waste. Plasma Power. Process Details. The PEM® system uses heating from electrically conducting gas (a plasma) to convert waste feeds to valuable products.

Process Details

PEM systems are highly effective in processing a wide variety of waste streams, including hazardous, medical, radioactive, industrial, municipal and tire wastes; transforming them into valuable commercial products including energy (ultra-clean power generation or transportation fuels production, using the syngas) and industrial materials (chemicals from the syngas; roofing tiles, insulating panels, sand-blasting media and other construction-related products from the glass; and recoverable metals). The PEM system is environmentally attractive based on its minimal environmental impact and ability to provide near-total destruction of organic materials (providing large volume and weight reduction). Feed Systems: Feedstock is introduced to the PEM process through a feed system designed specifically for the type of materials being processed. Clean Planet Technologies. Plasma gasification: Clean renewable fuel through vaporization of waste « Recycling « Waste Management World.

Plasma gasification technology in the US is developing fast, and could be the perfect way to divert MSW from landfill and produce valuable by-products.

Plasma gasification: Clean renewable fuel through vaporization of waste « Recycling « Waste Management World

Here, we look into the benefits. by Ed Dodge Plasma gasification is an emerging technology which can process landfill waste to extract commodity recyclables and convert carbon-based materials into fuels. It can form an integral component in a system to achieve zero-waste and produce renewable fuels, whilst caring for the environment. Plasma arc waste recycling - A simple introduction. Advertisement by Chris Woodford.

Plasma arc waste recycling - A simple introduction

Last updated: February 20, 2017. Humans are machines for turning the world into waste—at least that's how it seems. Plasma Waste Processes - PyroGenesis Canada Inc. WASTE, REFUSE, GARBAGE, all words used to describe materials that we just don’t need any more.

Plasma Waste Processes - PyroGenesis Canada Inc.

Advanced waste management practices through the 3Rs (reduction, re-use and recycling) have reduced the amount of waste that we as a society need to ”make go away”. However, we have deemed acceptable to bury our garbage or simply burn it, in both cases just amplifying the damage we are causing to our planet. Our team of innovators have said NO to this paradigm. How Plasma can fix our waste problem. Gasification Animation. Free Radical Gasification - FRG™

Responsible Energy - Free Radical Gasification (FRG™) About - PyroGenesis Canada Inc. Advanced Plasma Power - THE Energy from Waste Solution. Plasma Thermal Destruction & Recovery, PTDR – Process Overview - PEAT. Process Overview The Plasma Thermal Destruction & Recovery (PTDR) waste-to-energy technology uses the heat generated by plasma arcs in an oxygen starved (pyrolytic) environment to first, pull apart (dissociate) the molecules that make-up the organic portions of the waste, then, depending on the composition of the waste stream, a controlled (stoichiometric) amount of oxygen (either in the form of steam or pure oxygen) can be added to reform the dissociated elements of the waste into a synthesis gas ("syngas"), consisting mainly of Carbon Monoxide (CO) and Hydrogen (H2). This process is commonly referred to as plasma gasification. The syngas can then be used in a variety of ways: as a fuel for thermal and/or electric energy production or as a feedstock for the production of liquid fuels, such as ethanol (i.e. waste to energy).

Waste to Energy Company, Medical Waste Treatment Technology, Toxic Waste to Energy Systems - PEAT. How To Recycle Plasma & LCD / LED Televisions.

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