Mackay Sugar closer to providing renewable energy to Mackay region

According to North Queensland Register

Mackay Sugar’s $120 million Cogeneration Project is fast taking shape, with preliminary site works already completed and civil works set to commence at Racecourse Mill next week.

Mackay Sugar CEO Quinton Hildebrand said the plant would produce enough clean renewable energy to provide one-third of the Mackay region’s electricity requirements and reduce greenhouse gas emissions by about 200,000 tonnes (t) equivalent carbon dioxide (CO2e) each year.

Had desperation to find alternative energy source pushed people into converting sugar into energy? Let’s examine the pros & cons of using sugar as alternative energy to fossil fuel.

Pros (as stated in the article)

  1. Reduce greenhouse gas emissions by about 200,000 tonnes (t) equivalent carbon dioxide (CO2e) each year.
  2. Provide one-third of the Mackay region’s electricity requirements
  3. The plant will also generate significantly more income from the same sugarcane crop, delivering exceptional value to shareholders
  4. provide more than 250 jobs during construction, with construction contracts being awarded to local Mackay companies.
  5. take advantage of the untapped potential from Mackay Sugar’s cane supply

Cons

  1. Sudden surge in sugar prices for human consumption in the region
  2. Hyper-inflation in food prices that uses sugar
  3. High fluctuation of energy supply during a “bad” harvesting season due to natural disasters.
  4. Technically not 100% fossil fuel free as pesticides are oil based, fertilizers are natural gas, harvesters uses oil too.

Overall, sugar will eventually be just like oil and we will no longer have a normal fizzy drinks with sugar anymore or prepare to pay more for it…and there goes my sugar donut or my 3 in 1 coffee.

Sugar like oil can push inflation too causing more hardship in the global economy too, all that sounds like a bad idea but alternative energy need a balance of every possible energy sources. Hopefully, we can research more into a more abundant source of renewable energy.

Popularity: 5% [?]

Latest potent biofuel made from Sweet sorghum sap…another potent cause of higher cost of food

Yahoo!Singapore News:

LUBBOCK, Texas – Sweet sorghum is grown in the U.S. for cooking and livestock feed. But the tall plant also might help at the gas pump.

A sugary sap inside the plant’s stalk, which grow as tall as 12 feet, can be turned into a potent biofuel, and experts and companies are studying its potential with hopes that farmers will want to plant more of it.

Ethanol made from the stalk’s juice has four times the energy yield of the corn-based ethanol, which is already in the marketplace unlike sweet sorghum. Sweet sorghum produces about eight units of energy for every unit of energy used in its production. That’s about the same as sugarcane but four times as much as corn.

“I think it can be a piece of the puzzle” as a biofuel crop, said Danielle Bellmer, executive secretary of the Sweet Sorghum Ethanol Association and an Oklahoma State University researcher studying ways to improve stalk pressing and fermentation methods. “The real issue is it’s just not a well-known crop.”

Currently about 10 million tons of grain from the tops of the plant’s stalks are harvested in the U.S., the world’s leading grower, but most of the sugar from the stalks goes to make syrup that people use to pour on biscuits, cook, and feed animals.

One company, Global Renewable Energy LLC, hopes to change that. It has planted two 20-acre plots to conduct tests with an eye toward using the plant for ethanol production.

“The purpose of those are obviously the testing, but we want to bring farmers and investors out,” said Ray Coniglio, a spokesman for the Sebastian, Fla.-based company.

Sweet sorghum growers in South Texas and South Florida can get two crops a year because of their tropic-like weather. The crop, though, can be grown as far north as Canada. It grows in dry conditions and tolerates heat well.

In Texas and Florida, the second crop doesn’t need to be planted; it sprouts from the first harvest. “We’ve found the contents are as good as the first crop,” Coniglio said.

Sweet sorghum also spares the environment. Less fertilizer is needed than with corn and as a result there is less water contamination, Coniglio said.

Sweet sorghum differs from grain sorghum, which is grown on about 100 million acres worldwide. Sweet sorghum could be grown on about half of those.

“I think it will add more ethanol to the market,” said Morris Bitzer, the executive secretary of the National Sweet Sorghum Producers and Processors Association, which has 500 members in 38 states.

The crop has caught the attention of the U.S. Agriculture Department, which along with Texas A&M University is sponsoring a conference on its use as a biofuel in Houston in August.

I’m excited that they recognize that there are more feedstocks than just corn and switchgrass,” Oklahoma State’s Bellmer said.

In developing countries across Africa and in India, the grain is also used as food _ to make a porridge and a flat bread _ though its taste is rather bland, experts said.

Sweet sorghum in those countries that’s turned into ethanol is allowing money that used to go overseas to buy oil to remain in rural economies.

I had mentioned previously that ethanol production is net energy negative compared to crude oil that gush out of the ground with pressure. The production of the crops requires “Less” fertilizer but still uses it and fertilizer is made from natural gas, pesticides are made from oil, heavy harvesters uses tons of oil to plough, seed, harvest, oil is often used for electric pump to water the crops.

The implications of using Sorghum as ethanol is similar to other food turn to fuel crops caused by global farmers trying to earn a quick buck.

These again will cause inflation of food stuff and create hardship for those who cannot afford higher prices of essential food.

Sorghum made into unleavened breads, boiled porridge or gruel, malted beverages including beer, and specialty foods such as popped grain and syrup from sweet sorghum.

Sorghum starch is manufactured in the U.S. by a wet-milling process similar to that used for corn starch, then made into dextrose for use in foods. Starch from waxy sorghums is used in adhesives and for sizing paper and fabrics, and is an ingredient in oil drilling “mud.” The grain can be a source of grain and butyl alcohol. In the United States, sorghum is a principal feed ingredient for both cattle and poultry.

Are you still be excited to use Sorghum to fill your car but pay more for meat, dextrose, starge, adhesive, porridge, beer, syrup and butyl alcohol?

Popularity: 2% [?]

Malaysian government not concerned with rising palm oil prices – minister


According to FX Street news:

KUALA LUMPUR (Thomson Financial) – The Malaysian government is not concerned with the current high price of crude palm oil (CPO) and expects prices to remain firm going forward, supported by strong demand from China and India, Second Finance Minister Nor Mohamed Yakcop said on Monday.

Current CPO prices are not excessively high and the Malaysian government does not see an optimum price for it, Nor Mohamed said.

We are happy that CPO is fetching high prices,” he said.

The palm oil price, as measured by the CPO futures contract traded on the Malaysian derivatives exchange, has gained more than 50 percent over the past year.

The benchmark contract for March delivery was last traded at 2,940 ringgit. It hit an all-time high of 3,068 ringgit on November 26.

Prices will continue to be strong because of demand, especially as the middle-class in China and India grows,” Nor Mohamed said.

Surging palm oil prices will translate into higher export revenue for Malaysia, which is the world’s leading palm oil producer.

Exports of palm oil products surged nearly 70 percent to 4.25 billion ringgit in October, up from 2.5 billion ringgit a year earlier.

But persistently high CPO prices do not bode well for the country’s efforts to promote the biodiesel industry, which uses palm oil as feedstock.

Only five out of the 91 companies that have obtained government approval to build palm-based biodiesel plants locally have commenced operations, Minister of Plantation Industries and Commodities Peter Chin said last week.

The slower-than-expected progress of biodiesel production was mainly due to high feedstock prices, he said.

(1 US dollar = 3.32 ringgit)

- Well, with high food prices coming from higher Ethanol & Palm Oil prices…we will soon find ourselves starving while driving around expensive “renewable” vehicles. IS THIS THE FUTURE you really really want?

Do research again on Palm Oil ladies and gentlemen, it’s being used in paints, cosmetics, food, cooking oil, margarine and many other essential products. So, use current prices of these products and multiply it with 2 times to 10 times and see if you can accept such high cost.

If everyone cannot accept it then the product will cease to exist anymore as there will be NO DEMAND and need to either switch to alternative or closes down operation.

Jobs will be lost, many will starve in silence as they cannot afford high cooking oil prices…global population will suffer especially the poor and lower income folks.

All these just for profits? There are also research that Palm Oil is not exactly environmentally friendly at all and why the demand? The only reason is high cost of oil as the culprit, we must think again for much better alternative before the world begin to collapse from food shortages instead.

Depression without kitchen soup anyone? That will be people starving without donation of free food as no food will be free or cheap anymore! This is going to be a fight for survival!

Go alternative energy without disrupting the lives of others PLEASE!

Popularity: 2% [?]