Posts Tagged ‘landfill gas’

SWAPSOL in Hydrocarbon Engineering Magazine on sour gas, landfill gas cleanup

Wednesday, October 12th, 2011

This month, editors at Hydrocarbon Engineering Magazine, Europe’s premiere refining trade publication, took a look at the SWAP’s application in cleaning sour gas which has potential for dramatic savings for refiners.  A new outside report shows the SWAP can beat costs of traditional methods (Claus) by as much as 70 percent.

In early 2011, an independent comprehensive process design and cost analysis was commissioned for the SWAP sour gas application, covering a design for a typical well and one for cleaning landfill gases. The outside contractor was chosen because of his renown expertise in sulfur recovery technology and process design.


“What is clear from the data is that the SWAP can provide cost advantages over competing processes, especially in view of the fact that thecompeting cost data needs to be inflated for a four year time period. Compared to the industry standard (the Claus process), the SWAP provides a cost advantage in excess of 40 % (after adjustments for inflation); the advanced SWAP process increases the potential advantage to 70%.”

To read the full article, please visit the PDF.

Wolf Koch Named CEO of SWAPSOL

Monday, September 19th, 2011

Former Amoco veteran leads efforts behind industry breakthrough of the SWAP

Wolf Koch before shareholders in NYC, March 2011

Wolf Koch before shareholders in NYC, March 2011

The SWAPSOL Board of Directors has named Amoco Oil veteran Wolf Koch president and chief executive officer of N.J.-based SWAPSOL on the eve of a major expansion of business development activities by the company.

The new appointment surrounds the company’s patented green chemistry breakthrough, the SWAP, designed to mitigateCO2 and turnpollutants into valuable materials for a wide range of industries. Koch is President and Founder of the Sterling-based consulting firm Technology Resources International, Inc.

Board chairman and company co-founder Ray Stenger said Koch will have responsibility for business operations, strategy, and partnership negotiations as the company moves forward; he will divide his time between the Company’s office and labs in Eatontown, N.J. and his Sterling office.

“We couldn’t have a better man at the helm,” Stenger said. “Wolf’s many years of experience in the oil industry and his vast network of industry relationships make him the ideal choice in leading us forward.”

The SWAP is a suite of hydrocarbon refining applications based on a self-sustainable chemical reaction. The reaction instantaneously eliminates noxious pollutants, such as hydrogen sulfide and reduces CO2 levels in natural gas and refinery streams. The SWAP has applications in landfill gas-to-energy projects, hydrogen generation, industrial flue gas cleanup and carbon fiber-like material development. Independent engineering and cost analyses show the SWAP can reduce costs in some hydrogen sulfide removal operations by as much as 70 percent and significantly lower a plant’s carbon footprint. SWAPSOL is currently engaging industry on joint development and joint investment opportunities in the commercialization of the technology.

Koch recently served as Director of Planning and Development for SWAPSOL and is a member of the company’s Board of Directors. He holds a Ph.D. in chemical engineering and worked in the oil and gas sector for more than 30 years, including 20 years at Amoco Oil. He frequently presents on the SWAP to industry both in the United States and abroad, and he will continue these activities as CEO.

“SWAPSOL is armed with an innovative marketing team and a strong cadre of negotiating experts,” Koch said. “Backed by independent commercial analyses showing the economic and environmental benefits of the SWAP, I’m confident industry will embrace our technology’s potential in the marketplace.”

EPA submits Greenhouse Gas rules to White House

Friday, April 23rd, 2010

It will be interesting to watch how the recently submitted EPA rules to the White House drive new dialogue among business leaders on how reporting requirements will affect bottom lines.  How will the new “tailoring rules” ultimately apply?

The Wall Street Journal reports: “EPA officials say the agency wants to finalize the rule by the end of April, but that timetable may slip into May. The EPA said earlier this year that the first phase would likely target facilities that emit more than 75,000 to 100,000 tons of carbon-dioxide equivalent a year starting in 2011. The agency hasn’t yet made clear the exact first-phase threshold.”

Landfills may be particularly impacted and would present a valuable opportunity  for municipal leaders to explore how the SWAP could be implemented to safely and cheaply process landfill gas (LFG) for power.  A recent article from the New York Times delves into the broad potential impact of these rules.

In the United States alone, there were more than 3,500 landfills in operation as documented by the EPA in 1995.  In 2003, we generated 236.2 million tons of municipal solid waste (MSW), an increase of 15 percent above 1990 levels and 168 percent above 1980 levels.  The number of landfill gas projects that generate electricity on-site, supply industrial gas-fired boilers, or produce substitute natural gas rules, such as compressed natural gas (CNG) jumped from approximately 400 in 2005 to 519 in 2009.

Many landfills are now accepting large quantities of construction and demolition debris in addition to MSW, which in sufficient quantities results in landfill gases with relatively high concentrations of hydrogen sulfide (H2S).  H2S is generally the byproduct of bacterial decomposition of construction wastes, particularly drywall containing calcium sulfate.   There is an interesting article from Environmental Leader on H2S and potential reporting requirements this month.

Landfill gas cleanup is likely to experience significant growth in the future as a renewable energy option.  Each landfill is normally a stand-alone operation close to an urban location.  Integrating SWAP technology at these locations, it is believed, would require minimal interface activities with existing processes.

www.swapsol.com

South Africa first with Landfill gas to energy project, World Cup shining

Monday, February 8th, 2010

The first landfill gas-to-energy project has been completed on the African continent.   Funded in part by the city of Durban, South Africa, the nearly $12.9 million facility will produce 10MV of electricity and is expected to serve the eThekwini  municipality for the next eight years.

Bisisar Road Landfill, outside Durban

Bisisar Road Landfill, outside Durban

The power from the Bisisar Road, La Mercy and MarianHill landfill sites will help mitigate power shortage issues and reduce the amount of CO2 released by conventional coal-fired power stations.

The South African government has now asked Durban to consult other cities on generating power from landfill gas.  Energy Minister Dipuo Peters called the project a benchmark for the future.

As reported by the Times, her department contributed nearly $3 million to the Bisisar project.

“I appeal to the eThekwini Municipality to help other municipalities to do this because you have succeeded. I will tell other departments to come to you,” she said.

Already in green spotlight

The world spotlight has been shining on South Africa recently in the run-up to 2010 FIFA World Cup June 11 – July 11.  The host nation has been working hard to burnish its green image in the face of criticism it is not doing enough to reduce its carbon footprint over the course of the tournament.  Africa’s first World Cup will reportedly generate 2.75 million tons of carbon emissions. This number takes into account international travel, intercity transport, stadium construction, etc.

A number of local organizations are proposing measures to bring this figure down.  One is Promoting Access to Carbon Equity (PACE). According to Anton Cartwright, co-founder of PACE, investment in carbon trading and offsets makes the most sense.

“It would, by my reckoning, cost around R200 million [$26.8 million] to offset the 2010 emissions by investing in renewable energy and energy efficiency projects,” Cartwright wrote.

“That is a large investment, but it is a fraction of the cost of our cheapest stadium, and you don’t have to be a Rhodes Scholar to work out that renewable energy is likely to make a longer and more positive contribution to South Africa’s future than many of our stadiums,” he added.

Meanwhile, cities like Durban appear to be doing their part.  In the United States, a growing number of landfill gas projects are underway, and many of those efforts are being supported by the Environmental Protection Agency.  We took a look at these projects in our previous post.