HERO BX, one of the largest biodiesel producers in the US, is currently exploring possibilities to develop Jamaica’s first commercialscale biodiesel plant.

The firm’s representatives have been visiting the island since Jampro’s “Jamaica Investment Forum” earlier this year, and have been meeting with various government and private sector stakeholders with serious interest in confirming the project.

The plant would boost Jamaica’s renewable energy programme and would also impact a number of industries, since biodiesel uses feedstock such as waste oils from the hospitality industry and plant feedstock from the agricultural industry.

The investment would also be a significant source of employment and could empower the Government to benefit from the sale of biodiesel produced here on the island, which would operate as the hub of HERO BX’s Caribbean operations.

HERO BX produces 50 million gallons of fuel per year from multiple raw materials and has achieved the highest quality accreditation available. The company is investigating expanding into the Caribbean region, as the growing global renewable energy market is estimated to grow to US$614.92 billion by the end of 2015.

Glen F Garth, executive vice-president of US consulting firm Garth Solutions Inc, and representative of HERO BX, stated that Jamaica has received top billing for the development of the plant due to the country’s strategic location, amongst other factors.

“The location of Jamaica strategically in the Caribbean basin, the access to a quality, educated labour force, the access to all of the benefits that are available due to commitments made by the Jamaican government to encourage foreign direct investment, are all factors.

Those attributes are what first attracted our attention and have further strengthened our interest in establishing a biodiesel hub in Jamaica.” Garth also commended the country’s strong national energy policy and renewable energy sub-policy, saying those components were seen as favourable, and increased the company’s interest in Jamaica.

Minister of Industry, Investment and Commerce Anthony Hylton noted that Jamaica continues to receive more investment interest.

“This robust investment climate and investment in a variety of sectors in the economy is the result of work across Government to improve the business environment, facilitate economic growth and create opportunities for job creation,” Hylton said.

Jampro President Diane Edwards is pleased that the country’s strides to promote its renewable energy strategy have been bearing fruit. She stated that following on the Ministry of Industry, Investment and Commerce’s mandate, the agency has been campaigning for more investments in newer sectors to diversify Jamaica’s economy.

“We are seeing more interest in sectors such as energy and technology as the Government makes moves to improve the business atmosphere and the country’s readiness for investments. Jampro will monitor the progress of this and other projects closely as we try to bring more significant, sustainable investments to Jamaica,” she said.

 

The Observer

University of Technology Jamaica (UTech) File Photo

 

THE findings of a University of Technology, Jamaica (UTech)-led research project focusing on the sustainable production of hydrogen as a fuel for domestic cooking will form the basis of presentations and discussions at an International Hydrogen Conference and Exhibition being hosted by UTech at its Papine campus, November 3 – 4, 2015. The conference is first of its kind in the Caribbean region.

In 2012, UTech, along with research partners from Brunel University, United Kingdom; University of the West Indies; Bureau of Standards Jamaica; and the Ministry of Science, Technology, Energy, and Mining began a research project on ‘The Application of Solar-Powered Polymer Electrolyte Membrane (PEM) Electrolysers for the Sustainable Production of Hydrogen Gas as Fuel for Domestic Cooking’. The project is co-funded by the European Union under the ACP Caribbean & Pacific Research Programme for Sustainable Development.

Dr Ruth Potopsingh, Associate Vice- President, Caribbean Sustainable Energy & Innovation Institute in the School of Graduate Studies, Research and Entrepreneurship at UTech, and coordinator of the conference, explains that the issue of hydrogen as a sustainable energy source is particularly relevant to Jamaica at this time.

“The use of hydrogen, whether for cooking at the household or commercial level, clean transportation fuel or utility scale applications, such as power to gas, are options which the Caribbean region needs to further examine,” she said.

Conference presentations by local and international research experts will highlight global trends in hydrogen as a key enabling pathway for renewable energy applications. Thematic areas to be examined include hydrogen from renewable resources, environmental issues and climate change, hydrogen as a transportation fuel, the future of hydrogen technology, hydrogen storage systems, education and public awareness for using hydrogen as a domestic fuel, and case studies on successful hydrogen projects.

Keynote speakers will be:

* Phillip Paulwell, minister of Science, Technology, Energy, and Mining (MSTEM)

* Paola Amadei, ambassador, head of delegation of the European Union in Jamaica

* Prof Maria Kolokotroni, Professor / theme leader for Resource Efficient Future Cities at Brunel University

* Dr Andrei Tchouvelev, Chairman of ISO’s primary technical committee on hydrogen technologies based in Canada.

Other presenters include the project research team led by Dr Earle Wilson, lecturer, School of Engineering, UTech; Dr Zahir Dehouche, Brunel University; Dr Kurt Edward, UWI; Omar Alcock, MSTEM; and Hunstan Hunter, Bureau of Standards, Jamaica. Presentations will also be delivered by representatives from industry and the European Union ACP Research Programme for Sustainable Development.

The international hydrogen conference will also include an exhibition featuring faculty and student research as well as innovations and service providers from the local energy sector. It will be free and open to the public, but participants are being asked to register owing to limited capacity. The public exhibition opens to the public from 9:00 am to 5:00 pm on each day. Further information is available at http://www.solarhydrogen.utechsapna.com or via email CSEII@Utech.edu.jm.

 

The Observer

A new law recently passed in France mandates that all new buildings that are built in commercial zones in France must be partially covered in either plants or solar panels.

Green roofs, as they are called, have an isolating effect which helps to reduce the amount of energy needed to heat a building during the winter or cool it in the summer. They are capable of retaining rainwater and reducing problems with runoff, and also offer birds a place to call home in the urban jungle.

French environmental activists originally wanted to pass a law that would make the green roofs cover the entire surface of all new roofs.

However, partially covered roofs make for a great start, and are still a huge step in the right direction.

Some say the law that was passed is actually better, as it gives the business owners a chance to install solar panels to help provide the buildings with renewable energy, thereby leaving even less of a footprint.

Green roofs are already very popular in Germany and Australia, as well as Canada’s city of Toronto! This  by-law was adopted in 2009, by the city of Toronto which mandated green roofs on all new industrial and residential buildings.

Benefits of Green Roofs

There are so many benefits to green roofs. Here are just a few:

  • Adding natural beauty and major aesthetic improvement to buildings, which in turn increases the investment opportunity.
  • Helping contribute to landfill diversion by prolonging the life of waterproofing membranes, using recycled materials, and prolonging the service of heating, ventilation, and HVAC systems through decreased use.
  • Green roofs assist with storm water management because water is stored by the substrate, then taken up by plants, and thus returned to the atmosphere through transpiration and evaporation. They also retain rainwater and moderate the temperature of the water and act as natural filters for the water that does run off. They delay the time at which runoff occurs, which results in decreased stress on sewer systems during peak periods.
  • The plants on green roofs do a great job of capturing airborne pollutants and other atmospheric deposition. They can also filter noxious gasses.
  • They open up new areas for community gardens, commercial and recreational space in busy cities where this space is generally quite limited.

France is definitely on the right track, but it should be a mandate that all new buildings being built in North America, and even worldwide, adopt this amazing idea to reap all of the potential benefits.

 

CS Globe

From plants to people, every living thing on this planet needs water. But getting enough to survive, and survive comfortably, that can be a little tricky. Just look at the furor around California’s new water restrictions. If a state as wealthy as California is having to get creative in order to start saving water, you can bet that governments and municipalities with less money and clout are having to turn to even more inventive methods to get clean water without breaking the bank.

Luckily, some of the brightest minds in the world are on the case. USAID recently announced the winners of the Desal Prize, part of a competition to see who could create an affordable desalination solution for developing countries. The idea was to create a system that could remove salt from water and meet three criteria: it had to be cost-effective, environmentally sustainable, and energy efficient.

The winners of the $140,000* first prize were a group from MIT and Jain Irrigation Systems. The group came up with a method that uses solar panels to charge a bank of batteries. The batteries then power a system that removes salt from the water through electrodialysis. On the most basic level, that means that dissolved salt particles, which have a slight electric charge, are drawn out of the water when a small electrical current is applied. In addition to getting rid of salt (which makes water unusable for crops and for drinking), the team also applied UV light to disinfect some of the water as it passed through the system.

Using the sun instead of fossil fuels to power a desalination plant isn’t a totally new idea. Larger solar desalination plants are being seriously investigated in areas where water is becoming a scarce resource, including Chile and California. While proponents hope to eventually could provide water to large numbers of people, the technology is still expensive (though prices are dropping) and requires a lot of intricate technology.

In rural areas or developing countries, durability is key, and technology that requires constant upkeep won’t last long. The MIT/Jain team and their competitors tested their projects at the Brackish Groundwater National Desalination Research Facility in New Mexico, where they had to run the system for 24 hours at a time, removing salt from 2,100 gallons of water each day. The next step is to test it in an even harsher environment, exposing it to everyday use with rural farmers in an area where USAID is active. If all goes well, the system could provide enough water to irrigate a small farm.

 

Popular Science

THE Inter-American Development Bank (IDB) and University of Technology (UTech) recently collaborated on a one-day workshop designed to teach non-technical professionals about the energy sector and how it affects their lives and businesses.

Billed ‘Demystifying the Energy Industry’, the event targeted business people, entrepreneurs, banking and insurance executives, among others. It zeroed in such areas as energy costs and renewable alternatives to fossil fuels.

IDB Country Representative Therese Turner-Jones noted that “because energy is a complex and technical topic, discussions are often dominated by energy sector professionals”.

But the workshop, she said, would help non-technical professionals “navigate discussions involving issues like petroleum-derived fuel products, natural gas, wind, solar, waste-to-energy, biofuels and energy efficiency”.

Dr Ruth Potopsingh, associate vice-president of Sustainable Energy at UTech noted that “knowledge of the energy sector can better equip us all to make sound business decisions”.

IDB Consultant Dr Earl Green presented the results of the IDB/DBJ Energy Efficiency Pilot Projects for Small & Medium Enterprises and a video called Success Stories in Energy Efficiency in Jamaica.

Lumas Kendrick Jr, senior energy specialist, IDB, moderated a panel discussion on Finding Solutions for Jamaica’s Energy Sector Challenges, which included panellists Fitzroy Vidal, director of energy, Ministry of Science, Technology, Energy & Mining; Christopher Brown, business development manager, Development Bank of Jamaica; Dr Ruth Potopsingh, associate vice-president-Sustainable Energy, UTech; and IDB/DBJ Grant recipients Yorkin Waltes, owner, Triple Seven Farms and Pauline Wilson, general manager, Pioneer Meats.

 

Jamaica Observer

Google Maps is already one of the most popular apps used on on smartphones thanks to its sophisticated navigation powers. But Google has figured out an even cooler use for the service and it that doesn’t even involve getting directions – meet Google’s brand new Project Sunroof.

Using the immense map data that’s behind Google Maps, the company’s new Google Maps feature will help you decide the best way to install solar panels on your roof. What Google can do for you is use the knowledge it collects about your home’s location to tell you how much sunlight you’re getting each day, how much electricity that can generate and how much it’ll cost you to install the solar panels.

Basically, Google’s service will be ready to answer some of your most pressing questions related to installing solar panels on your roof. So all you need to do is jot down the data and get ready to invest in solar panels for your roof. We should note, of course, that solar power might not be a good investment for everyone so make sure installing them will be financially worthwhile before making the switch.

Project Sunroof will debut in Boston, San Francisco and Fresno, but should expand to other markets in the future. A video explaining the cool Google Maps tech behind it follows below – more details about the project are available on Google’s special site for it at this link.

 

BGR

No AC? No problem! With these hacks, you can keep cool this summer — and keep your electric bill down.

When the temperature creeps past 90 degrees on a hot summer day, it’s natural to regret the decision to rent a place without air conditioning or own a home without AC installed. But don’t despair. With these tips for living without an air conditioner, you can stave off the sweltering heat without paying a sky-high utility bill (or putting in a noisy, energy-sucking window unit).

1. Change the rotation on your ceiling fan to counterclockwise.

It’s easier than you think to make this fix (usually your fan will have a little switch on the motor housing that alters its rotation), and doing so will allow the blades to circulate faster, creating a cooler breeze. If you have box fans, turn them around so that they blow hot air out the window.

2. Don’t let the light in.

Keeping shades, curtains, or blinds closed can lower the temperature inside your house by up to 20 degrees.

3. Channel your inner MacGyver.

Create a misting effect by placing a metal mixing bowl full of ice in front of a fan. Tilt the bowl so that the fan blows directly onto the ice. When the air hits the cubes, it will release a cool, misty breeze that chills the whole room.

4. Don’t close yourself off.

By shutting doors, that is. Keep inside doors open throughout the day, which allows the cool air to circulate throughout your house.

5. Revamp your bedding.

Pack away the flannel sheets (duh) and opt for percale instead, which is more breathable. Mist your sheets with cool water before bedding down for the night (or stick them in the freezer for a few minutes), and invest in a buckwheat pillow, which won’t trap heat the way traditional pillows do.

6. And then sleep solo.

Your partner may balk, until he or she realizes how much body heat cuddling creates.

7. Hit up your hot water bottle.

Only this time, stick it in the freezer first and then position it near your feet, which contain many pulse points. If you don’t have a hot water bottle, dunk your feet in ice water before turning in.

8. Unplug.

Appliances that are plugged in radiate heat — even when they’re not in use. So unplug what you can. Now is also the time to embrace your grill; turning on the oven on a 100-degree day is only going to make things hotter. But you knew that.

9. Turn off the lights.

Even the most energy-efficient light bulbs give off some heat, so make do with natural light on super-hot days. But still swap out incandescent bulbs for CFLs, which will also lower your energy bill. 

10. Lie low.

Literally. Hot air rises, so putting your mattress on the floor can help you stay cool while you slumber. Or if you’re feeling outdoorsy but like sleeping with a roof over your head, rig up an indoor hammock, which will increase airflow. Bonus: It may even lull you to sleep, which will make you forget how hot you are.

AOL

The U.S. Department of Agriculture (USDA) has announced $63 million in loans and grants for 264 renewable energy and energy efficiency projects nationwide.

USDA is supporting these projects through its Rural Energy for America Program (REAP), which was created by the 2008 farm bill and was reauthorized by the2014 farm bill.

These newly funded projects are expected to generate and/or save 207.8 million kWh of energy – enough to power more than 13,600 homes for a year.

“This funding will have far-reaching economic and environmental impacts nationwide, particularly in rural communities,” says Agriculture Secretary Tom Vilsack. “Investing in renewable energy and energy efficiency projects supports homegrown energy sources, creates jobs, reduces greenhouse gas pollution and helps usher in a more secure energy future for the nation.”

Eligible agricultural producers and rural small businesses may use REAP funds to make energy efficiency improvements or install renewable energy systems, including solar, wind, renewable biomass (including anaerobic digesters), small hydroelectric, ocean energy, hydrogen and geothermal.

Since the start of the Obama administration, USDA has supported more than 9,600 renewable energy and energy efficiency projects nationwide through REAP.

The next application deadline for REAP grants is Nov. 2. In the coming weeks, USDA will issue a notice of available funding with more details on how to apply.

 

Solar Industry Mag

FORMER United States President Bill Clinton’s Foundation is working with a Jamaican entity, Wigton Windfarm, to promote greater use of wind and solar energy here, as part of a wider effort to force down exorbitant energy costs in island nations.

The Climate Change Initiative (CCI) and its companion Rocky Mountain Institute-Carbon War Room (RMICWR) — both of which operate under the Foundation — believe that Jamaica could become more independent of the more costly traditional energy sources by reducing energy costs through renewable energy.

“This high cost puts stress on the Government by increasing the trade imbalance and discouraging foreign investment, as well as on individual households who have to pay high prices for the power they receive,” the CCI said in an article written exclusively for the Jamaica Observer and published on page 14 of today’s edition.

(See Bill Clinton Foundation pushing renewable energy for Jamaica) The CCI pointed to new initiatives in Jamaica which are addressing renewable energy transitions from a variety of angles, including the Wigton Windfarm which uses wind to generate electricity and which has recently expanded its energy capacity to 38.7 megawatts.

CCI also said it was working on innovative solar PV programmes in Jamaica. “Jamaica can significantly reduce energy costs by becoming more independent, which will benefit the country as a whole… These projects are a great first step in transitioning to sustainable energy systems, but more work can be done,” it said.

The Clinton Foundation suggested that there was a link between climate change and energy, and that the threats of rising sea levels, freak weather patterns, and dying ecosystems had become part of the daily conversation, yet the international response was yet to catch up.

But it praised island nations like Jamaica for having taken “admirable steps towards transitioning to renewable energy”. “Island nations like Jamaica will benefit economically if there is a systematic transition away from traditional sources of energy.

Because of their dependence on importing diesel and petroleum, these nations are susceptible to global market fluctuations and have to pay high premiums on transport of fuel. For instance, the price of energy for some island nations has reached almost 500 per cent the typical US average.

In Jamaica, 11.46 per cent of the country’s GDP is spent on energy. “Compared with non-island nations, whose energy expenditure only represents a small percentage of GDP, this high price causes a significant economic burden for the people of Jamaica and their families,” CCI said.

 

Jamaica Observer

Jamaica Public Service Company Limited (JPS) has inked a deal with US-based New Fortress Energy to provide a long-term natural gas solution for its power plants, starting with Bogue.

However, the power supplier is not yet saying which gas it has selected as fuel and the price at which it will be supplied.

JPS itself has formerly floated the idea of propane initially and a future migration to natural gas.

The power utility has also not disclosed which entity will be responsible for retrofitting the plant at Bogue, which currently uses diesel fuel but has the infrastructure that allows it to transform to gas fuel.

As indicated to the Electricity Sector Enterprise Team last year, JPS is to convert the 115MW gas turbine plant at Bogue in Montego Bay from automotive diesel oil initially to propane by the fourth quarter of this year. The conversion, it projected, would result in an approximate 40 per cent fuel-price reduction.

The current plant consists of three individual units: two combustion turbine generating units with a total capacity of 80MW; and one 40MW steam-generating unit. The two combustion turbines operate on diesel fuel but are capable of converting to natural gas.

JPS said in a February update posted on its website that an independent engineer had been retained for the project and that construction was expected to begin by the second quarter of 2015 and that the plant should begin operating on gas fuel by the first quarter of 2016.

The company said this week that the gas-supply agreement with Fortress would pave the way for work to begin on the infrastructure needed for the delivery of gas to Bogue by early 2016.

The parties are firming up their agreement, which they expect to finalise by the end of this month.

Government Approval

Kelly Tomblin, JPS’ president and CEO, said that the company had received the final sign-off from the Government, through the Electricity Sector Enterprise Team, for the project.

“JPS understands the importance of gas to long-term sustainable energy prices and is proud to be able to finally bring gas to Jamaica,” she said in a company-issued statement.

JPS said New Fortress Energy was selected from a list of eight bidders who had responded to JPS’ request for proposals earlier this year.

Wesley Edens, founder and co-chairman of the board of Fortress Investment Group, said his company was quoted as saying that his company planned to “help make Jamaica an energy hub for the Caribbean and Latin America”.

New Fortress Energy is part of the Fortress Investment Group, a diversified global-asset firm with approximately US$70 billion of assets under management.

Investment vehicles managed by affiliates of Fortress own one of the largest crude oil terminals in the United States, as well as the first liquefaction facility in Florida, from which the gas will be supplied to Jamaica.

JPS has already submitted its proposal for Bogue to the Office of Utilities Regulation. The power utility previously telegraphed that the Bogue project may cost about US$80 million.

JPS senior vice-president for generation and project development John Kistle said in February that the converted installation was likely to include new pipelines and storage facilities constructed by fuel suppliers who would want to recover their costs. The new infrastructure is also likely to require new terminal facilities for off-take and supply of gas.

Request for additional comment on the new Fortress partnership were unanswered up to press time.