2019 PR-GRID

The 2019 PR-GRID was developed to introduce high-quality international investors and vendors to Puerto Rican commercial and industrial entities as part of the plan to revitalize the grid following Hurricanes Irma and Maria.

The event is hosted by New Energy Events and the Puerto Rico Manufacturers Association, have joined forces to host the 2^ndPuerto Rico Grid Revitalization & Investment Forum (PR-GRID II).

The objective of the grid conference is to provide stakeholders in Puerto Rico’s power sector with insights to develop the landscape. The grid conference will provide information on how distributed generation products and services can aid the commonwealth.

The PR-GRID Objectives are as follows:

• Present a clear picture of the status of generation, transmission and distribution infrastructure following last year’s Hurricanes
• Create a marketplace for Puerto Rican municipal and industrial leaders to explore opportunities for collaboration with international investors and providers of solar, storage, LNG & microgrid products and services
• Get a complete picture of the regulatory environment and the evolving role of PREC
• Provide insight for international investors into the matrix of Puerto Rican and federal agencies and where decision-making lies
• Provide Puerto Rican authorities with qualitative insight into the spectrum of services and investors to engage in Puerto Rico
• Support institutional planning around procurement and reconstruction of Puerto Rico

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Distributed & Decentralized Generation for Puerto Rico: The Investor Perspective.

Martin Energy group is a provider of generation and storage solutions for commercial and industrial customers. This panel will explore and showcase latest technologies and solutions of distributed generation. Speakers will also address the concerns around financing and deploying these technologies in Puerto Rico as well as the incentives available for developers.

http://newenergyevents.com/pr-grid/agenda/

2017 Powergen Conference Best Global CHP project

At the 2017 Powergen Conference the Best Global CHP project was awarded to NRG for their “Green Headquarters.” The 130,000 square foot ultra-green building showcases the best in energy efficiency and onsite power generation technologies. And who did they ask to package this world renown CHP project?

The best kept secret in power generation solutions — Martin Energy Group.

For almost fifty years, Martin Energy Group has quietly focused on quality, craftsmanship, and performance. While many industry competitors were claiming value and shining a spotlight on themselves, this family business has been busy fixing the mistakes of others. In the process, Martin has built a fanatically loyal customer base that values their industry expertise and commitment to honoring promises.

Martin Energy has completed over 500 projects in North America, Europe, Australia, and Central and South America. Their expertise extends to Generator Packages, Turnkey Cogeneration Systems, Microgrids, and Anaerobic Digester Design & Construction among others. Unlike many of their industry competitors, Martin will package for any engine manufacturer making them the versatile choice for performance and cost savings.

Project applications have included Greenhouses, Hospitals, Hotels, Universities, Landfills, Waste Water Treatment Plants, Industrial, Agriculture AD, Mining, Oil fields, Data Centers, and many others. Martin is equally comfortable installing products in remote regions as they are on the roofs of skyscrapers in the world’s largest cities.

Martin Energy has the capacity to supply and service the full range of power generation products including generator sets, switchgear, gas handling skids, waste heat recovery systems, absorption chilling systems, carbon credit monitoring systems, and much more.

To assist your project, Martin Energy works with some of the finest engineering companies in the world in conjunction with its industry leading in-house electrical and mechanical engineering team.

Martin Energy Group is becoming the first choice in complete energy solutions for clients who require quality, performance, and expertise.

Biodigestor runs strictly on cow manure

Cow manure essentially fuels the entire dairy farm since Rob McInlay installed the Belgian-designed biodigester

By Lisa B. Pot for The Rural Voice | January, 2019

Rob McInlay has created a detour for his manure that generates energy to run his entire dairy farm. What looks like a large yurt is actually an anaerobic biodigester that turns manure into electricity, generating 20 Kw from two 10 Kw “gen sets”. Connected to the electrical grid since March 2018, it more than supplies the hydro needs of Harcolm Farms near Beachville.

“I really like the idea of having a closed loop on the farm and making the best use of our manure,” says Rob, who farms with wife Rachel and her parents, Dwight and Nancy Hargraves. Sustainability is key, but so was viability and simplicity.

“We didn’t want the fuss of bringing in off-farm organic materials to feed a digester,” explains Rob. “We wanted a smaller-scale, simplified approach to connect to the grid.”

Being a mechanical engineer with a fascination for technology and equipment, the process appealed to Rob.

“I enjoy taking complex problems and boiling out the simplicity,” he says.

With these goals, and in partnership with John Hawkes, the president and CEO of Wayside Energy Inc., in Toronto, he decided to go with a ready-to-use pocket digester from Biolectric in Belgium.

“We didn’t want to build our own system. We wanted to use exciting technology … why learn all our lessons the hard way?” questions Rob.

The fully-automatic biodigester was specifically designed to work on farms by creating green energy from manure sources. The system is pre-packaged or “containerized” requiring little set-up. The Harcolm Farms system, the only one of its kind in Ontario, came by ship with all the mechanical components housed in a container. The yurt-like digester made of stainless steel had to be assembled. Two Biolectric installers came from Belgium to aid in the set-up.

“It took eight of us four days to set it up,” remembers Rob.

It required a concrete platform (part of the cost) and some adjustments to the dairy barn to bring fresh manure from the barn to the digester. It automatically pumps fresh manure in on a daily basis. After 20 days, the manure is discharged into a large lagoon at Harcolm Farms.

On the day of this interview, the liquid manure was being pumped out and spread by a custom manure spreader. It’s a messy business to be sure but a relief for Rob to get this task underway in a wonky crop/weather year.

Meanwhile, the biodigester keeps working. A ladder tipped against the reactor allows us to peek through a circular glass window to see the manure bubbling away. Biogas is formed in the reactor through anaerobic fermentation which requires heat and stirring. The heat is supplied from waste heat from the engines. It’s run through water pipes coiled at the bottom of the reactor. A submersible mixer stirs the manure for two minutes in a 15 minute cycle.

“Stirring is necessary because the biological organisms that make the gas are not motile,” says Rob.

The gas is purified and turned into energy in the combustion engine.

The resulting energy is used on the farm in the form of electricity and heat.

“There is an elegant simplicity to it. It’s a clean design,” says Rob. Cost-wise, he estimated payback in 10 years with the following 10 years offering significant energy savings and profit.

Payback comes in two forms: hydro saved and hydro purchased. Harcolm Farms executes two contracts with Hydro One. The first is a Net Meter contract that provides a cost-avoidance savings of about 20 cents per kWh or $12,000 annually.

The second was a MicroFIT contract where the farm ships surplus electricity back into the grid at a price of 25.9 cents per kWh or $20,000 annually, reports the Bloom Clean Technology Demonstrations Project Case Study which Rob and John are involved in.

The outlay, however, was significant. John Hawkes, who is marketing the biodigester with the Martin Energy Group, believes similar setups could cost in the range of $350,000. However, being the first of its kind in Ontario, and requiring some barn modifications, the Harcolm Farms biodigester came close to half a million.

Since it was installed in March, the digester has had very few problems. Any issues have been able to be resolved by phone in conversation with Belgian technicians. These were mainly software issues.

All told, Rob thinks installing a manure digester on farm is a nobrainer. While saving on hydro costs, he makes double-use of the farm’s manure. He suggests that the fertilizer value of the manure may even increase after passing through the digester since the organisms already start the digestive process.

Rob McInlay’s on-farm digester came largely pre-packaged in a container from Belgium though the yurt-like structure that holds the manure had to be assembled on the ground at the dairy farm he runs near Beachville with his family. Considered a micro-digester, it runs purely on manure, and creates enough energy to run the dairy farm.

 

However, this is the first spread of the manure which has passed through the digester so there has been no chance to monitor any yield increases. Neither has Rob been able to find anything other than anecdotal evidence supporting this theory.

He has noticed the manure has a different smell. When the digestate is hot, “it has a bitter, rather than sweet smell.” However, in terms of rating it by “stink”, there is less odour than raw manure, he believes.

Labour-wise, Rob says the digester needs monitoring but it isn’t time significant. Labour isn’t physical. Rather, it’s a process of flipping switches.

“It certainly doesn’t require an engineering degree to operate,” says Rob.

“I wish I could stress to other farmers that this is a good thing. Before this was installed, it was kind of an unknown. I’m hoping this one will take the idea out of the fringe.”

So does Hawkes. As the man who did the legwork seeking government approval, building permits, organizing farm integration and much of the adaptive work required to properly integrate the system on a farm, he is keen to see biodigesters take off. Now in partnership with the Martin Energy Group, the biodigesters are being manufactured in North American with Canadian technicians stationed in Leamington and Kitchener. Two more biodigesters are being installed in Vermont and Pennsylvania but uptake in Ontario is slower.

Hawkes expects that is because farmers are wary of how the new NAFTA agreement will unfold. Also, farmers are waiting for green energy incentive packages to help with costs and payback time frames. “Farmers= can make use of net metering but it doesn’t quite make payback as attractive as most farmers want it to be.”

However, the younger generation, with their commitment to recycling and sustainability love the concept. Also, they see from McInlay’s project that micro digesters work without intense labour requirements, such as larger biodigesters which use a multitude of additional byproducts.

Hawkes estimates a new micro digester like McKinlay’s would cost in the area of $350,000. The biodigesters are ideal for dairy and hog farms with liquid manure. Manure needs to be in a slurry format to work in a biodigeter. The system wouldn’t work on farms that use sand for bedding. “Sand is inert and fills up the tank,” explained Hawkes. Farmers interested in installing an on-farm digester can fill an online questionnaire and will know in “about 10 minutes” if they are good candidates for the project, concluded Hawkes.

 

Rob McInlay of Harcolm Farms near Beachville peeks through the window of the biodigester to check on progress. Looking inside, one can see manure bubbling away as it is heated and stirred to create methane gas which is converted into electricity to power the dairy farm. Rob, along with his wife Rachel and her parents, Dwight and Nancy Hargraves, milk Holstein and Jersey cows in a new, robotic, freestall barn built in 2010. The biodigester was added in the fall of 2017.