IncBio to Put in Biodiesel Plant in Greece

incbiologoPortugal-based IncBio will put in an 8,000MT/year biodiesel plant in Greece. The company specializing in fully automated industrial ultrasonic biodiesel plants signed a deal with SPA Renewables S.A, a company specializing in turning waste cooking oil into biodiesel, for the refinery in Corinth, Greece.

This will be one of the most advanced and efficient transesterification plants in the world, based on IncBio’s technology parameters: small footprint, low cost and high efficiency, through the use of technology which is both innovative and widely proven in biodiesel production plants globally.

IncBio expects to complete the plant in February 2015 and looks for it to be the beginning of more projects in Greece.

West African Solar Project Gets Funding

A large photovoltaic solar farm to be located at Zagtouli on the outskirts of Ouagadougou, the capital of Burkina Faso in sub-Saharan Africa is moving ahead. The European Investment Bank has agreed to provide EUR 23 million to support the project. When completed the 30 MW solar plant is expected to act as a reference for future solar investment across the continent.

Once operational the new solar plant will significantly increase power generation in Burkina Faso, reduce dependence on energy imports from Ivory Coast and Ghana and help prevent power cuts. It is estimated that less than a quarter of the country’s inhabitants have access to electricity. In recent years power demand in the country has increased annually by 10 percent; however, power cuts and limited electricity access have seriously hindered economic growth.

Burkina Faso Flag“The European Investment Bank is a strong partner for Burkina Faso and this close cooperation over many years has enabled significant investment in new water and energy infrastructure that has created jobs across the country. The new support agreed today for investment by SONABEL in renewable energy is an importance milestone in the long-standing cooperation between Burkina Faso and Europe,” said Lucien Bembamba, Minister of Economy and Finance for the Republic of Burkina Faso.

Agreement for financing the solar project follows detailed feasibility studies to evaluate local energy needs and strengthen project implementation supported by the European Union. The European Union Delegation in Ouagadougou has supported the project since the start and worked closely with promoter SONABEL. Alongside the EIB, financing will also be provided by the French Development Agency and European Union and over a hundred jobs will be created during construction of the solar plant.

“Electricity in essential for economic activity and the European Investment Bank is committed to supporting energy investment that will improve lives across Africa,” added Pim van Ballekom, European Investment Bank vice president. “The significant support for the new solar farm builds on our strong partnership over many years with Sonabel. Burkina Faso can be proud to host the new facility that will act as a benchmark for renewable energy in West Africa.”

UK Firm Fires Up Straw-Fired Energy Plant

glennmontA renewable energy investment firm has opened a 38 megawatt straw-fired plant in the United Kingdom. Glennmont Partners announced the start of operations at the Sleaford biomass facility.

The plant was built by a consortium of Burmeister & Wain Scandinavian Contractor A/S and Burmeister and Wain Energy A/S. Glennmont purchased 100% of the equity in the project in December 2011, and financed the construction through a debt package provided by NIBC Bank NV, RBS, Siemens Bank GmbH and Unicredit Bank AG.

Sleaford will generate enough electricity to power 65,000 homes as well as providing free heat to local sports clubs and community facilities. It will create and support jobs in local agriculture and has been built to perform to the highest environmental standards.

Joost Bergsma, Managing Partner of Glennmont, said: “Sleaford is a landmark deal not only for Glennmont but for the UK biomass industry as a whole. Glennmont has committed itself to leading the way for institutional investors to realise exceptional value from the renewable energy market, and Sleaford is an excellent example of this.”

Glennmont Partners has a renewable energy portfolio of more than 300MW of biomass, wind and solar power in France, Ireland, Italy, Portugal and the UK.

Researchers Get More Out of Trees for Bioenergy

spainbiomassResearchers in Spain have found a way to manipulate the genes of trees to get more biomass to make more bioenergy. In a joint venture between the Universidad Politécnica de Madrid (UPM) and the National Institute for Agricultural Research and Experimentation (INIA), the scientists figured out how to increase biomass production in a forest with altering the growth, composition or wood anatomy of the trees.

Lateral buds of most of the woody species in warm and cold areas do not sprout in the same season that they are born. These buds, called proleptics, remain latent and do not grow until the following spring. However, some lateral buds sprout during the same season such as poplar trees, other salicaceae species and many tropical species. This way, a syleptic branching can increase de amount of branches, leaf area and the tree growth in general, mainly during their first years of life.

On that basis, researchers at UPM have used a biotechnological procedure to modify the gene expression levels of RAV1 (Related to ABI3 and Viviparous 1) that increases the development of sylleptic branching of woody species. Thus, researchers have found a way of increasing biomass production of a poplar plantation. This process of genetic modification is potentially applicable to any woody species and using their adaptive features to a particular habitat.

The researchers say this will give them better control over biomass production levels without year-to-year variances.

DNV GL Releases Offshore Wind Transmission Guide

DNV GL, together with the Swedish Transmission Research Institute (STRI) and 10 wind industry companies have developed a methodology for technology qualification of offshore High Voltage Direct Current (HVDC) technologies through a joint industry project.

With the development of wind farms further offshore there is an increasing need for long-distance underwater power transmission. The use of HDVC transmission allows power transmission through cables over longer DNV GL offshore wind transmission guidelinesdistances and higher capacities compared to what is feasible when using AC transmission. To date, though, companies have little experience using HVDC transmission technologies and as such, there are no relevant standard, guidelines or recommendations for its successful use.

Peter Vaessen, segment director future transmission grids at DNV GL said of the new guidelines, “Implementation of new technology always introduces uncertainties that imply risk for its developers, manufacturers and end-users. With this technology qualification, we enable our customers to provide the evidence that the technology used will function within the specified limits with an acceptable level of confidence. Customers can ensure that each step is agreed in advance with the technology provider and the buyer, whilst delivering projects on time.”

As a means to manage the technology risks associated with offshore HVDC transmission projects, the new recommended practice is based on DNV GL’s methodology for technology qualification, which has been used extensively for managing technology risks in the oil and gas industry for more than a decade. Technology qualification is a method for providing evidence that technical equipment will function within specified operational limits with an acceptable level of confidence, both for suppliers and buyers of the relevant equipment.

Companies that participated during the testing process included: ABB, Alstom Grid, DONG Energy, Elia, Europacable, Scottish Power, Statkraft, Statnett, Statoil, Svenska Kraftnät and Vattenfall.

Largest 100% Biomass Plant in North America Opens

AtikokanGS1North America’s largest power plant fueled 100 percent by biomass opens in Canada. Ontario Power Generation’s (OPG) Atikokan Generating Station (GS) is now operating on biomass after undergoing a massive reconstruction after being a coal-fired plant, and according to Engineering and Technology Magazine, it will be capable of generating about 900 million kW/h of electricity per year – enough for 70,000 homes.

“The conversion of Atikokan will ensure a clean, reliable, sustainable and local supply of electricity for the region,” said Bob Chiarelli, Minister of Energy. “I am very happy to see this facility playing an active role in helping us deliver on the commitments in our Long-Term Energy Plan.”

“Ontario is a leader in green energy production and technology and the conversion, of the Atikokan Generating Station is a great example of innovative new opportunities available in Northern Ontario,” said Bill Mauro, MPP Thunder Bay-Atikokan. “This facility will create and maintain well-paying jobs right here in our community and will contribute to Ontario’s clean energy strategy.”

“Northwestern Ontario is on the leading edge of some very exciting new mining and forestry developments and I am very pleased that our government is taking action to meet the future energy needs of our region,” said Michael Gravelle, MPP, Thunder Bay-Superior North. “This project is not only providing more clean power to Ontarians, it is creating promising new economic opportunities and sustainable jobs for Northwestern Ontario in the green energy and forestry industries.”

Officials say the plant is already running on locally sourced wood pellets.

Lotnisko Wind Farm Contruction Begins in Poland

September 10, 2014 marked the official beginning of construction of the 90 MW Lotnisko wind farm based in Kopaniewo, Poland. It is one of the largest projects in the Polish wind power industry. The ceremony was attended by Marek Woszczyk, PGE Odnawialna S.A1, President of the Board; Maciej Górski, PGE Energia 90 MW Lotnisko wind farm in PolandOdnawialna S.A., President of the Board; Lesław Kuzaj, Alstom, President of the Board; Mirosław Kowalik, Alstom Thermal Power and Renewable Sales and Marketing Director; Alexis de Beaumont, Alstom Renewable Spain, Regional Vice President; and several local officials.

The construction of the Lotnisko wind farm will be conducted by Alstom who was awarded the contract in June 2014. This is the first wind power project implemented by Alstom Poland. The project includes supply, installation and commissioning of 30 Alstom ECO 110 3MW wind turbines, equipped with a 110m diameter rotor, 90m high steel tower and a SCADA2 remote control system. Completion of the wind farm is scheduled for Q 4 of 2015.

“Alstom is proud to contribute to this project, thus confirming our involvement in the development of the wind power sector and the effort to build a sustainable energy mix in Poland,” said Yves Rannou, Senior Vice President of Alstom Wind business.

Brazilian Football Players Create Energy

Brazilian football legend Pele is helping Shell shine a light on the world’s energy future with a first of-its-kind player-powered community football pitch in the heart of aRio de Janeiro favela.

As a real-world example that ideas can come from anywhere, Shell has used the invention of a young entrepreneur to solve a challenge for the Morro da Mineira community. The football pitch, a key part of life for favela residents, was refurbished by Shell using 200 high-tech, underground tiles that capture kinetic energy created by the movement of the players. This energy is then stored and combined with the power generated by solar panels next to the pitch to convert into renewable electricity for the new floodlights, giving everyone in the favela, and especially young people, a safe and secure community space at night.

Pele who joined Shell to officially open the pitch, said, “Football is Brazil’s biggest passion and the sport has gone through so much technological innovation since the last time I played. This new pitch shows the extraordinary things possible when science and sport come together. The Morro da Mineira community will now be able to use this sports facility as a safe gathering place – all thanks to the floodlights powered by the community’s football players.”

The Morro da Mineira project is part of the Shell #makethefuture programme, which aims to inspire young people and entrepreneurs to look at science and engineering as a career choice, and in particular use their minds to develop energy solutions for the future of the planet. The kinetic technology used at this football pitch has been developed by a grant recipient of the UK Shell LiveWIRE. The Morro da Mineira project illustrates how creative ideas delivered through committed partnerships can shape neighbourhoods and transform communities.

“By 2050, the world will be using 75 percent more energy than it does now. Meeting that extra demand will require a set of energy sources – and a new generation of scientists and engineers with the passion, ideas and innovation to develop it,” said Andre Araujo, Shell Brazil Country Chair. “The pitch proves the potential and power when scientists and entrepreneurs focus their efforts to develop creative and innovative energy solutions. By tapping into the world’s passion and interest in football, we aim to capture the attention of youngsters around the world so they think differently about energy and the opportunity of science studies and careers.”

Pedro Veiga, coordinator of the Rio+Social programme of the Instituto Pereira Passos (IPP) added: “To have a project like this on our doorstep will make a real difference to Morro da Mineira. Until it was redeveloped by Shell, the football pitch was largely unusable and many of our young people were being forced to play in the streets. You never know, this example of innovation might even inspire some of the kids to dream of being the nextIsaac Newton!”

Taiwan Biodiesel Provider Offers Free Biocatalyst

sunhoTaiwan-based Sunho Biodiesel Corp. is offering a free lipase biocatalyst to clients that license and set up a biodiesel plant based on the Sunho’s ET Process®.

When considering a process for industrial production of a commodity, two major criteria are process reliability and cost of consumables. This is where the ET Process® offers distinctive advantages. The design of the ET Process® allows the system to optimize its efficiency. It runs in an automatic, continuous manner. There is no need for the producer to conduct numerous trial-and-error adjustments since it is a well-designed process. The use of inert solvent prevents lipase poisoning and deactivation from glycerol, methanol and water and stabilizes lipase activity. Due to the improvement in life span, the catalyst does not have to be replaced frequently, leading to significant catalyst cost savings. From recent market data, it was found that the lipase consumption of enzymatic processes that use either immobilized or liquid lipase without inert solvent is one order of magnitude higher than that of the ET Process®. Based on a plant with a capacity of 10,000 T/yr biodiesel, the former processes will consume more than 12-20 T/yr of biocatalyst, while the ET Process® will consume only 1 T/y or less. This means that in a two-year span, the cost difference in lipase expense between retrofitting an existing plant using the aforementioned processes and using the ET Process® is much higher than the capital investment needed to set up a new ET Process® plant.

Sunho is offering the biocatalyst to biodiesel plants that will have a capacity of at least 5,000 tonnes/yr based on degummed oil. The biocatalyst will be supplied for the first 18 months or in 3 batches, depending on which one comes first.

Taiwan School Uses Microwaves to Make Biodiesel

ncku1A university in Taiwan is turning waste cooking oils into biodiesel using microwaves and strontium oxide (SrO) as catalyst. National Cheng Kung University (NCKU) in southern Taiwan is using the talents of Prof. (Emeritus) Aharon Gedanken from the Department of Chemistry at Bar-Ilan University, Ramat-Gan, Israel, in the process.

With the system designed by the team, a machine has been built by a company in Taiwan.

“The machine is made in Taiwan and working very well comparing it with similar ones I have at home,” according to Gedanken

The converting machine has been set up in the department and ready to yield more biofuel in the coming months, according to MSE Distinguished Professor Jiunn-Der Liao who has invited Gedanken to cooperate with NCKU faculty conducting the research.

Prof. Liao said that with Gedanken’s help we are going to set up a converting station at An-nan campus and hopefully we will collect more waste cooked oil for the demonstration.

The experimental process cranks out 3 liters per hour, and the researchers hope to have companies in Taiwan apply the know-how to their biodiesel operations.

EIA: Nat Gas, Biofuel to be More of World Fuel by 2040

Natural gas and biofuels will make up the biggest share of the increase in what are known as “other liquid resources” in the world liquid fuel supply. The U.S. Energy Information Administration’s (EIA) International Energy Outlook for 2014 (IEO2014) says those fuels that include natural gas plant liquids (NGPL), biofuels, coal-to-liquids (CTL), gas-to-liquids (GTL), kerogen (oil shale), and refinery gain, made up just 14 percent of the world’s liquid fuels in 2010. But that number is expected to rise to 17 percent by 2040, driven by higher petroleum prices.
worldotherfuels1
NGPL are the largest component of the other liquids, accounting for 68% of the total in 2010 (Figure 14). The increase in NGPL production is directly correlated to the increase in natural gas production. In contrast, increased production of the remaining other liquids (primarily biofuels, CTL, and GTL) is in response to policies that encourage growth in the expansion of these liquids with available domestic resources, such as coal and crops. In the IEO2014 Reference case, sustained high oil prices make the development of the non-NGPL other liquids more attractive. In addition, biofuels development also relies heavily on country-specific programs or mandates. Combined, the remaining, non-NGPL other liquid fuels grow at more than twice the rate of NGPL over the projection period.

Brazil is expected to put in 500,000 additional barrels of biofuels per day, with another 300,000 additional barrels of biofuels coming from China.

EWEA to New Commissioner: Rein in Energy Future

Alenka Bratusek has been named Vice President- and Commissioner-designate for Energy Union and Miguel Arias Canete has been named as European Commissioner-designate for Energy and Climate Action. In response to the news, the European Wind Energy Association (EWEA) is calling on the new commissioner to take the reigns of the Europe’s energy future.

ewea-logo“We look forward to working with Vice President Bratusek and Commissioner Canete on building a new treaty-busting energy union in Europe, which is underpinned by renewables,” said EWEA Chief Executive Officer Thomas Becker. “For a true single energy market to flourish in Europe, energy policy must become the domain of EU lawmakers and should not be shackled to 28 diverging ministries, regulators and agencies at national level.”

Becker said added, “The announcement of Vice President-designate Bratusek, with responsibility for energy union, shows a commitment by the Juncker presidency to make strides toward a single electricity market that places renewable energies, such as wind power, at the heart of European energy security.”

Parliamentary hearings for the new College of Commissioners are expected to commence on the week beginning Monday September 29, 2014.

Spanish Biodiesel Plants Get Boost from Foreigners

300px-Flag_of_Spain.svgBiodiesel plants in Spain have hit records in output and exports, thanks to foreigners who have come in a re-opened many idled facilities. This article from Argus says in May, biodiesel production in Spain hit 140,000 metric tonnes – a record and 50 percent higher than a year ago. And through May, biodiesel production in the country was 400,000 metric tonnes for 2014, up nearly 40 percent from a year earlier and close to the previous record high output in 2011.

Rising Spanish production has followed the first-quarter restart of the country’s largest biodiesel plant, the 600,000 t/yr Infinita unit at the Mediterranean port of Castellon. Plant operator Indonesian palm oil and biodiesel producer Musim Mas has struck deals to buy or operate 1.1mn t/yr of Spanish biodiesel production capacity and avoided the EU’s 2013 Europe-wide tariffs on biodiesel imports from Indonesia and Argentina, under anti-dumping legislation.

Instead, Musim importing and refining palm oil at Castellon to supply domestic demand, as well as eyeing exports.

And other foreign firms are buying cheap Spanish biodiesel capacity. Singapore based producer Ennovor has taken over a 60,000 t/yr facility at Huesca, north of Zaragoza. The company specialises biodiesel production from used cooking oil and waste animal fats.

The rise in production is obviously helping Spain’s biodiesel export market, setting a record 115,000 metric tonnes in March and another near-record 111,000 metric tonnes exported in May. For the first five months of 2014, Spain has licensed 488,000 metric tonnes of biodiesel for export, nearly doubling the amount from a year earlier.

The article also cites European Union tariffs on Argentinian and Indonesian biodiesel imports for the growth in Spain’s outputs and exports.

Yelo- A Solar Powered Desk in a Bag

Students in need of electricity in rural schools have a new way to learn: YELO. Designed by Prayas Innovation the bag converts into a school desk. It comes equipped with a LED light that is powered by solar energy kit. The rechargeable battery in the solar kit can be charged through solar energy as well as supports AC charging. YELO is made up of corrugated sheet is durable and has strength to carry belongings worth more than 5 kg and is the outcome of several months of research and user trails.

With millions of stEmpowering Rural Education - 'YELO' an Innovative Solar Powered School Bag that Converts into a Deskudents out of school world-wide, India ranks highest amongst countries with students not attending school. Students in rural areas lack access to basic educational infrastructure. Sitting on the floor in incorrect posture for long working hours results in back pain, bad eyesight and inability to concentrate and study.

YELO addresses these needs by helping children carry their books and belongings irrespective of weather conditions. The same bag with a single fold technique smartly transforms into a school desk. The desk offers an angle of 30-35 degrees for students to write and read, thus ensuring they maintain an ergonomic posture while studying at school or at home.

“We look forward to collaborate with corporates, NGO’s and other social organizations who share similar vision for working towards this cause,” said Manish Mathur, managing director of Prayas Innovation.

Tender Issued for Isreal Timna Solar Park

A tender is being issued to organize and operate the Tima Solar Park, an new 50 MW PV tracker solar energy farm in southern Isreal. The solar project is being led by the Eilat-Eilot Renewable Energy Initiative. The new Timna Solar Park will be located on a 247 acre plot of land adjacent to the site of the former Timna Mines, which is approximately 18 Eilat Eilot logomiles north of Eilat. The tender will be open to only PV Tracker solar systems and the cost of the bid will cover only the acquisition of the land. The tariff per installed kilowatt has already been determined by the government of Israel according to regulations established in 2012 for solar energy harvested by PV systems. The allocation of the land and project have already been approved by the Israeli Land Authority.

“We are very proud to announce this tender for the Timna Solar Park and significantly expand the amount of solar energy produced in the Arava and Eilat regions, which currently stands at 65 megawatts,” explained Dorit Davidovich-Banet, CEO of The Eilat-Eilot Renewable Energy Initiative and Chairperson of the Eilat-Eilot Green Energy Conference “The new Timna Solar Park offers bidders and their investors an attractive opportunity to build a profitable solar energy field supported excellent infrastructure and a dynamic renewable energy ecosystem.”

The tender to build and operate the Timna Solar Park is scheduled to be published on October 19,2014 and is open to qualified bidders worldwide, while the Timna Industrial Zone, where the Timna Solar Park will be located, will be managed by the Eilat-Eilot Renewable Energy Initiative. Detailed maps of the area and a completed environmental impact report will be provided to qualified bidders as part of the bid process. Each bidder will be required to submit a detailed plan of its proposed technology and systems to the Israeli National Planning Committee for approval.

Eitan Parnass, director general of the Green Energy Association of Israel, added, “The Timna Solar Park will substantially increase Israel’s renewable energy production and will play an important role in diversifying the country’s energy mix,” said “This project also holds the potential to serve as the basis for international cooperation throughout the region with connectivity and supply of solar energy to the national grids of neighboring countries.”

At the Eilat-Eilot Green Energy Conference, there will be a special conference session dedicated to discussing the project details and bidding process for the Timna Solar Park. This conference session is scheduled for 1pm on December 9, 2014 with bidders taken on a tour of the Timna Solar Park site the following day.