Mashimpeks was established in 1995 in Moscow as an implication exportation company and has been a strategic marketing and service better half of GEA PHE Systems for 12 classes. Mashimpeks is a licensed producer of plate heat exchanger skeletons for the Russian marketplace, likewise for GEA’s high performance gasketed NT-Series. In future the company, with its staff of 120, will operate on as GEA Mashimpeks.

In the premature line of work yr Mashimpeks’ remunerations were approximately 15 million euros. The company is one of the decisive market challengers in the plate heat exchanger business enterprise in Russia. Mashimpeks has two logistics pores with assorted manufacture installations and a well-structured mesh of cut rate sales and service mercantile establishments throughout the Russian Federation with its ain installations in Novosibirsk, Yekaterinburg, Samara, St. Petersburg and Irkutsk. This warrants tight and effective after sales agreements & service for PHEs by GEA.

In Solnechnogorsk, near Moscow and in Novosibirsk in the east of the area, Mashimpeks has been bringing about figures under licence to Russian industrial criterions for all scopes of gasketed GEA dental plate heat exchangers. The plates and gaskets are rendered from Germany by GEA PHE Systems. Mashimpeks specialists then meet the units in line with client specs, and are responsible for the complete after-sales & service.

Russia is a apace extending PHE mart. And there is increasing demand specifically in the petrochemical industry, for energy-saving heat energy retrieval in the chemical industry, in power station engine room and in the refrigeration, food products and pharmaceutics sectors. This is why GEA Heat Exchangers will continue to inflate the surviving Mashimpeks service and statistical distribution network to attain yet quicker law of proximity to the client. The logistics and product locations will rest and are scheduled for expanding upon in the average full term to ensure that GEA Mashimpeks can continue to issue the PHE equipment that the clients desire just as chop chop and in line with their specific pauperisms.

Source: oilandgaseurasia.com/news/p/0/news/10933/

Hot Springs Hotel has recently taken advantage of the geothermal energy smothering the hotel property by using a heat energy substitution appendage to furnish hot water for all hotel prerequisites conceived to be a first for Fiji.

After much tanoa talanoa, (words) it was decided something must be done to tackle this wasted resource, and at the same time, reduce hotel operating costs or in this case, extinguish the gas government note, so a simple heat exchanger was contrived and built.

The concept is the reverse of its marine applications programme where sea body of water is disseminated to cool hot locomotive engines, or in aircraft where cold fuel is warmed by hot locomotive engine organizations.

The hotel water supply is heated up by being diffused through the heat exchanger sunk in a geothermic hot spot on the hotel property.

The town water supply puts down the heat exchanger at the “outside” temperature of some 25 grades and is heated up to 50 grades prior to recording the hotel reticulation organization.

The appendage is all gravity-fed, thus fending off the demand for any extra pumps.

Ian Lilo, hotel maintenance handler oversaw the whole process.

Mr Lilo sounded out the beauty about geothermal energy was that it was a 24-hour, seven-days a workweek provision. This he enounces heartbeats the challenges of solar systems which is solely utile during daytime times of day on good cheery daytimes or consistent air current for wind generators.

Source: fijitimes.com/story.aspx?id=169697

If you are in this industry, you will definitely know how expansive a heat exchanger can be. Unless you can fabricate your own heat exchanger, that will save your company substantially a lot. Unfortunately, many companies have to purchase it from heat exchanger manufacturer. But, one good thing took place recently. DENSO Corporation has just developed 4 units of low cost heat exchanger to support the Indian automotive market. Continue reading the news below:

Kariya (Japan) As part of its ongoing effort to develop low-cost products for emerging markets, DENSO Corporation has developed four heat exchangers for the Indian market. DENSO’s new radiator, heater core, condenser and evaporator use common, locally sourced materials and are manufactured on a single production line, which helps to significantly reduce cost.

“While maintaining our DENSO quality, we’ve succeeded in substantially lowering the cost of these products by increasing our local procurement, and by using common materials to reduce the types of materials we use by more than 70 percent,” said Akio Shikamura, senior executive director of DENSO’s Thermal Systems Business Group. “We will share the newly developed cost-reduction techniques throughout the company to improve the competitiveness of our products worldwide.”

When developing the new products, DENSO carefully assessed the needs of the Indian market to determine optimal specifications, while also using India’s locally made and widely available materials. This increased local procurement, and increased the number of common materials and components for each product.

Continue reading here.

Why Choose Bulk Powders Processing Technology

With this regards, the bulk powders processing technology uses the most advanced and state of the art technology in cooling and heating bulk products such as sugar, fertilizer, chemicals, plastics, dried biosolids, minerals, and many other types of grains, crystals and powders in the most energy efficient manner. This technology was geared to reduce the use of energy and at the same time earth friendly and cost effective.

Continue reading to learn more about bulk powders heat exchanger technology

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Updates shall be carried out from time to time. If you provide services related to heat exchanger tubing, please let me know too.

Pittsburgh, PA (PRWEB) February 20, 2009 — Conco Systems, Inc. announced today that the company shareholders and board of directors approved a name change of wholly owned Global Heat Exchanger, Inc. to Conco Industrial Services Corporation effective immediately.    The name Global Heat Exchanger has been used since 1970, achieving widespread penetration in the US, Canada, Europe, Australia, Middle East and Asia. The company is widely recognized as the innovator of the HydroDrill brand of tube cleaning systems and services, currently being used to clean challenging tube deposits at refineries, petrochemical plants, pulp and paper, electric power and process industry.

The name change reinforces the Conco brand as an integrated provider of heat exchanger tube cleaning and testing services and reflects the company’s long-term strategy to advance its service capabilities, and more closely aligns and strengthens the identity of each of its operating divisions; Conco Systems, Inc., Conco Services Corp., and Conco Industrial Services Corp.

In addition to a new name, Conco Industrial Services adds new cleaning capabilities with the introduction of its exclusive liquid nitrogen cleaning service called NitroLance. The NitroLance focuses on in-place cleaning of fouled heat exchanger tubes using zero-waste, clean liquid nitrogen.

For more information about Conco Industrial Services, please visit our website at www.ConcoIndustrial.com.
News adopted from Press Release Newswire.

This news article is adopted from stockreads.com.

Thermal energy storage enables concentrating solar thermal power (CSP) facilities to operate in a more flexible manner that allows both the developer and the local utility to maximize the value of a plant’s output. Richard Baxter explains why, with storage, the sun always shines on CSP.

Thermal energy storage provides a number of significant commercial benefits to the operation of a concentrating solar power (CSP) facility. Storage allows the plant to be optimized to address the peak load profile of a utility; it provides the operational flexibility required for the CSP facility to be more competitive and create the most value as a project; and it is a zero emission solution to the eternal ‘variability’ question that dogs much renewable generation, particularly when it is grid-connected. In short, storage enables a CSP facility to operate as a reliable and flexible low-carbon resource replacement for fossil generation.

Thermal energy storage is therefore an important technology that will play a key role in moving solar power into the mainstream of the power generation mix. CSP technology is a real, near-term solution to achieving widespread solar power facilities in the tens and thousands of megawatt class, and energy storage is a key enabling technology to make these facilities operate successfully in today’s power market.

Thermal storage technologies are designed to improve the availability and dispatchability of a solar thermal power facility — thereby enhancing its overall value. In the long run, thermal storage will help integrate more solar power into the generation mix by enabling CSP facilities to shoulder a greater component of the daily power demand in many regions of the world.

Continue reading : RenewableEnergyWorld.com.

With the heating system at Crocker Elementary School in Fitchburg on its last legs, School Committee member Sally H. Cragin sees an opportunity.

The state School Building Authority has already identified Crocker, which serves kindergarten through fourth grade, as eligible for renovation and repair funds. Among the options being considered for the school is a geothermal heating and cooling system, which proponents say is more efficient and cheaper to run than conventional systems.

Fitchburg will seek bids to study its feasibility.

To see geothermal in action, Ms. Cragin visited the Massachusetts Innovation Center on Oak Hill Road in Fitchburg.

“We saw that it was clean; we saw that it was very efficient engineering, and it made us curious to find out more,” she said. “The time is now. We are in a steady, serious pursuit of knowledge about this.”

Continue reading Here.