Tag: Develop

EPA Awards Analysis Funding to 25 Tiny Businesses to Develop Environmental Technologies

Amel

WASHINGTON – Currently, the U.S. Environmental Safety Agency (EPA) declared $2,497,134 in exploration funding for 25 compact organizations to establish systems that deal with some of our most urgent environmental troubles. Assignments incorporate technologies for detecting methane emissions, approaches to lengthen the shelf everyday living of foods and lower food waste, computer software programs to boost recycling and products administration, and a water sampling product to detect the presence of PFAS.

“Congratulations to these compact businesses for spurring innovation with their interesting strategies,” mentioned EPA Assistant Administrator for the Office of Research and Development Chris Frey. “We are psyched to see how they acquire their technologies as they address crucial environmental issues.”

These awards are aspect of EPA’s Little Enterprise Innovation Exploration (SBIR) application which runs an yearly, two-phase competition for funding. The 25 little businesses beneath are getting up to $100,000 in Phase I funding for 6 months for “proof of concept” of their proposed technologies. Providers that entire Section I can then use to obtain Period II funding of up to $400,000 to further build and commercialize their technology.

SBIR Period I winners and their proposed technologies are down below:

  • Beta Analytic (Miami, Fla.) to produce a novel method to trace fugitive resources of methane in atmospheric fuel mixtures.
  • Can I Recycle This, Inc. (Athens, Ga.) to develop a circular financial system resolution that supplies serious-time, geospatial supplies recovery facts.
  • Censys Systems Company (Daytona Seashore, Fla.) to create an innovative technique for remote sensing of fugitive methane.
  • Town of Roses Disposal and Recycling, Inc. (Portland, Ore.) to develop a real-time recycling stock aggregation and administration program for building and demolition waste.
  • Cleaned and Green, LLC (Indian Springs Village, Ala.) to acquire ann enhanced effectiveness poultry litter-primarily based fertilizer that is charge-productive and environmentally pleasant.
  • Aquarius Techniques (North Prairie, Wis.) to create an in-h2o assortment and removal device to seize floating particles.
  • EIC Laboratories, Inc. (Norwood, Mass.) to establish a novel approach for immediate, on-web site assessment of drinking water high-quality.
  • Without end Analytical Providers, Inc. (South Bend, Ind.) to produce a immediate, industry-deployable drinking water sampling machine to measure PFAS.
  • GoodGames (Freeport, Maine) to develop a social networking system to assist build neighborhood resilience to disasters, threats, and excessive temperature.
  • HJ Science & Technological know-how, Inc. (San Leandro, Calif.) to acquire a transportable, on-site know-how to detect PFAS in complex h2o environments. 
  • Hydrova Inc. (San Diego, Calif.) to establish a novel procedure for entire source recovery and hydrogen production from secondary aluminum processing waste.
  • Imvela Corp (Brooklyn, N.Y.) to develop a novel, normal ingredient that cuts down microbial spoilage and extends shelf daily life of fresh fruit.
  • Iterant, Inc. (Berkeley, Calif.) to develop an on the net platform for regional plastic packaging reuse techniques.
  • J-Tech LLC (Lakewood, Colo.) to produce a septic tank technological innovation that enables small-value, sustainable disinfection of wastewater for on-web page non-potable reuse.
  • Kamilo, Inc. (San Francisco, Calif.) to acquire a electronic verification procedure to validate the share of recycled
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Oklahoma Oil Expansion: Utilizing Unconventional Technology to Develop Conventional Targets

Amel

Oklahoma’s Anadarko Basin, one of the world’s super basins, is currently known for horizontal drilling in the Woodford Shale, the principal source rock in the basin. However, above the Woodford, many attractive oil and gas reservoirs have been pursued with vertical technology over the past 100 years. As one of the deepest basins in the United States, with horizontal Woodford wells routinely drilled between 14,000 to 17,000 FT TVD, there is a lot of rock above the source in which hydrocarbons have accumulated.

Lynx Oklahoma Operating is focused on developing targets for horizontal drilling within and adjacent to existing legacy fields in the Anadarko Basin, specifically Caddo County, Oklahoma. After analyzing multiple targets in Caddo County, including the deep Woodford, Meramec, Springer, Red Fork and multiple Hoxbar reservoirs, Lynx decided to initiate its horizontal program targeting crude oil in the Hoxbar Marchand. The Hoxbar Marchand is a sandstone oil reservoir with a typical gravity of 42 to 48 degrees API at 9,500 FT to 10,500 FT TVD, historically developed utilizing conventional vertical technology since the mid-1960s.

Post frac cleanout and frac plug milling with 285K stand-alone snubbing unit on Lynx Sergeant Major 18-19-30-9-10 #1HXL.

Legacy vertical Hoxbar Marchand wells vary in performance. Many are marginal vertical producers and vertical wells drilled but never completed for various reasons, including reservoir properties deemed commercially unproductive, commodity prices and operator challenges. Lynx’s Chief Executive Officer Nelson Bolen states, “These variables provide an attractive dynamic when analyzing conventional reservoirs for modern horizontal unconventional development, as the vertical penetrations provide a detailed subsurface database, showcase producibility, but leave most of the oil behind.” Although vertical Hoxbar Marchand development was in thicker, clean sandstones and thinner, dirtier sandstones, prospects in the thinner, dirtier rock were often not developed beyond the first few wells. This provides an opportunity to add value utilizing modern unconventional technology on legacy conventional rock.

According to Al Warner, senior vice president of geology, “Lynx’s geological approach was to first construct a series of detailed cross sections wherein individual sandstone benches, generally 5’ to 25’ but, in some instances, up to 50’ were correlated. These individual benches were then mapped over their entire extent, providing targets that, in many cases, extend beyond the known limits of a given field or play. In a number of instances, this detailed ‘splitting’ of the sandstones included mapping and extending the shalier sandstones over broader areas which have proven commercially productive.”

Pumping long string cement job on Lynx Gunnery Sergeant 7-18-11-12 #1HXL.
Pumping long string cement job on Lynx Gunnery Sergeant 7-18-11-12 #1HXL.

When targeting sandstones, like the Hoxbar Marchand, the gamma ray log is not the gospel when identifying productive or nonproductive rock. Other factors must be considered during drilling to stay in the optimum interval. Hydrocarbon shows both gas and oil provide excellent evidence of potentially productive rock, but are not always easily identified, especially when drilling with weighted oil-based mud. Rate of penetration is another excellent leading indicator that is utilized during geosteering and for target changes.

Building a natural gas pipeline while milling frac plugs on Lynx Sergeant Major 18-19-30-9-10 #1HXL.
Building a natural gas pipeline while milling frac
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AI purposes: IISc scientists develop design framework for subsequent gen analog chipsets for AI purposes

Amel
The Indian Institute of Science (IISc) has created a design and style framework to establish subsequent-generation analog computing chipsets that could be more rapidly and demand fewer electricity than the digital chips found in most digital gadgets.

Working with their novel structure framework, the IISc team has crafted a prototype of an analog chipset known as Aryabhat-1 (Analog Reconfigurable Technologies And Bias-scalable Hardware for AI Responsibilities). This style of chipset is particularly helpful for Artificial Intelligence (AI)-based applications like object or speech recognition like Alexa or Siri or these that call for huge parallel computing operations at large speeds, according to a press release from the IISc.

Most digital devices, significantly all those that include computing, use electronic chips simply because the layout process is straightforward and scalable. “But the advantage of analog is enormous. You will get orders of magnitude improvement in power and sizing,” according to Chetan Singh Thakur, assistant professor at the Division of Electronic Techniques Engineering (DESE) at IISc, whose lab is primary the efforts to develop the analog chipset. In applications that don’t demand specific calculations, analog computing has the possible to outperform electronic computing as the former is a lot more energy-productive.

ETtech

Even so, there are several technology hurdles to triumph over when planning analog chips. Compared with digital chips, testing and co-style and design of analog processors is complicated. Big-scale digital processors can be conveniently synthesised by compiling a significant-stage code, and the exact same style can be ported across distinct generations of technology growth – say, from a 7 nm chipset to a 3 nm chipset – with minimal modifications. Because analog chips don’t scale conveniently – they need to have to be independently customised when transitioning to the following generation technologies or to a new application – their layout is costly. Yet another obstacle is that investing off precision and speed with energy and location is not effortless when it will come to analog style and design. In electronic layout, basically including extra factors like logic units to the exact chip can raise precision, and the ability at which they run can be adjusted without the need of affecting the system overall performance., the push launch said.

To prevail over these issues, the staff has made a novel framework that lets the growth of analog processors which scale just like electronic processors. Their chipset can be reconfigured and programmed so that the same analog modules can be ported across diverse generations of process structure and throughout distinctive apps. “You can synthesise the exact same form of chip at both 180 nm or at 7 nm, just like digital design,” adds Thakur.

Uncover the tales of your desire

Different device studying architectures can be programmed on Aryabhat, and like electronic processors, can run robustly throughout a huge selection of temperatures, the scientists say. They increase that the architecture is also “bias-scalable” – its general performance continues to be the exact same when the functioning disorders like voltage or

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9 strategies to develop into an Search engine marketing dilemma-solver

Amel

Search engine optimisation is a massive issue. Of course, it is created up of a great deal of tiny issues. Some related, some not.

We’d all enjoy to remain on keep track of, on plan and have all the things go smoothly.

But the truth is that, at some place, one thing won’t accomplish as anticipated or a source won’t occur as a result of.

That’s why, to some diploma, Search engine marketing is based mostly on challenge-resolving as a whole.

We have to be prepared for people scenarios and know what to do mainly because Website positioning roadblocks and problems are unavoidable.

Some SEOs are wonderful strategists, some others terrific implementers. Several excel at each. Anyone has different strengths and ranges of thought era, system development and tactical implementation disciplines.

With so lots of stakeholders and variables included in Search engine optimisation, what does it can take to be a thriving Search engine marketing challenge-solver? In this article are 9 ways to become an Search engine optimisation challenge-solver.

Get the each day publication search entrepreneurs count on.

1. Understand your stakeholders (all of them)

Search engine marketing achievements (good or not) is frequently judged by non-SEOs and, at the similar time, can be held back again or negatively impacted by others as perfectly.

Difficulty-resolving receives simpler when you presently know the expectations, discover possible roadblocks in progress and have a entire context. Whether or not it is enterprise politics, differing ranges of comprehension of Search engine optimization matter matter, or wildly distinctive anticipations for performance and timing, you want to know all the gamers and evaluate what difficulties could be ahead.

The much more you can control the stakeholder combine and expectations, the a lot easier it will be to troubleshoot challenges or to go down the appropriate route when they materialize. And yes, which is a “when,” not an “if.” I’m not being snarky, but practically nothing at any time goes in accordance to strategy.

2. Established up roles and communication plans

Beyond the comprehensive set of stakeholders, there are distinctive persons who you do the job with. That might consist of people today on your workforce, inside your company, within just your department and/or other functions no matter if company-aspect or client-facet.

You will have to have other individuals to be thriving until you have the expertise and roles beyond Web optimization of author, designer, developer and approver.

Build very clear roles and duties. Know who your go-to individuals are for the diverse functions you need to have. Discover their processes and sync them up with yours.

Understand direct periods and turnaround situations. Make positive they know that unplanned requests and points will transpire.

Make it crystal obvious what you know you will need and what you could want, and how timing and responsiveness will effect Seo functionality. Develop allies and include things like them in your dilemma-solving and troubleshooting process and get the job done to get as considerably agility with assets that you can.

3.

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DustPhotonics Secures $33M to Develop its Silicon Photonics Technology

Amel

MODIIN, Israel, Oct. 28, 2021 — DustPhotonics, a leading developer of silicon photonics technology and solutions, announced today a new investment and corporate reorganization to align with new business opportunities and corporate strategy. This investment, totaling $33 million, was led by Greenfield Partners, who join DustPhotonics’ Round B investors Intel Capital, veteran entrepreneur Avigdor Willenz, and others. In addition, the company also announced it has completed an organizational realignment to support its strategic and business direction. The company will focus its resources on silicon photonics solutions and phase out its Transceivers product line. As part of this move, Ronnen Lovinger, president of DustPhotonics, has assumed the role of CEO. Ben Rubovitch, the company’s previous CEO, has stepped down and will lead the Business side of the company.

Ronnen Lovinger, CEO of DustPhotonics.

The development and production of silicon photonics solutions has increased in complexity in recent years, driven by exponentially growing data rates with every successive generation. DustPhotonics focuses on developing scalable, high density, lower power and higher reliability technologies to meet these needs. The company’s InP Laser to Silicon Photonics integration technology will provide significant value differentiation enabling superior performance to support 800 Gb/s, 1.6Tb/s, CPO and future products.

“This latest investment and the organizational changes will enable us to take advantage of new business opportunities and to continue focusing on serving our customers’ strategic requirements. Our disruptive silicon photonics technology addresses their key and most challenging problems, creating scalable, cost-effective silicon photonics and driving it as the mainstream solution for the Cloud and Telecom markets,” said Ronnen Lovinger, CEO of DustPhotonics. “We are thrilled at the continued confidence of our investors in our strategic direction.”

“With the rapid evolution of the connectivity and silicon optics markets, there is a growing need for innovative technologies. DustPhotonics is well positioned at the forefront of silicon photonics technology development and we are excited to take part in their journey,” said Yuda Doron, Managing Partner at Greenfield Partners.

About DustPhotonics

DustPhotonics develops silicon photonics  solutions for Cloud, data center, enterprise and HPC applications. Its innovative products and technology, such as Laser integration into Silicon, are targeted at enabling the next generation of optical modules and connectivity. DustPhotonics was founded in 2017 with offices in Modi’in, Israel and Cupertino, California. For more information, visit www.dustphotonics.com or contact [email protected].

About Greenfield Partners

Greenfield Partners is an Israel-based investment firm focused on exceptional early growth stage technology and tech-enabled businesses. With a dual presence in Tel Aviv and New York, the Greenfield team fuses investment and operating experience, deep local Israeli roots, and an expansive global network to support entrepreneurs in their quest to build thriving technology companies.

Source: DustPhotonics

DustPhotonics Secures $33M to Develop its Silicon Photonics Technology

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