Hima Paul Hildebrandt, independent provider of smart safety solutions for industrial applications, has entered into a partnership with Energy Control Technologies (ECT), a US company focused on the rotating machinery market.
The partnership will combine the strength of Hima’s SIL rated products and worldwide sales presence with the strength of ECT’s capabilities and experience. The US-based company would as well be a supplier to Hima, supplying rotating machinery control technology and commissioning support. Together, both companies will offer safety customers SIL-rated hardware for rotating machinery applications. The efforts would utilize ECT’s algorithms for surge control, performance control, load sharing and master control, steam turbine speed and extraction control, and expander control.
“The partnership with ECT will help us to drive our business in a very attractive market”, said Stefan Basenach, Group Vice President Business Segment Process at Hima. “We know about our customer’s needs and our high performance SIL-rated products have the ability to excel in rotating machinery applications. We have proven success on several rotating machinery projects and see this new partnership combining the experience of two specialized companies as the perfect means to address a growing market.”
Paul Fisher, President of ECT, commented: “The partnership with Hima is opening new markets for us. Our expertise is in controlling compressors, turbines and expanders and the algorithms that are necessary to maximize a plant’s production and efficiency while providing superior machine protection. Partnering with Hima, we bring together the best of two worlds for the benefit of the client.”
Primary target group of the partnership will be end users, typically brown-field projects, where modernization of existing machines is necessary. The partnership’s offering is useful to refining applications like fluid catalytic cracker air blowers and wet gas compressors, power recovery systems, hydrogen recycle applications and refrigeration. Chemical applications like ethylene and ammonia plants can take advantage of the SIL rated hardware and rotating machinery control technology.
New increase capacity to conduct stability studies at Labofine
“This is welcome news for our local and international clients”, said Dr. M. Mancini, Labofine’s Director of Corporate Development, “since it increases our capacity to provide storage conditions for long-term, accelerated or intermediate studies for the three classes of label storage claims and the conditions required by the five climatic zones meeting ICH and WHO guidelines.”
“By adding state-of-the-art equipment, we are beyond excited to continue building momentum with our expansion, which we believe is an excellent representation of the way Labofine views our partnerships with our customers,” added CEO Dr. G. Sammane.
Labofine first entered the Canadian testing market in 2014 with the opening of its Laval, Quebec location. Since then, it has seen tremendous growth, including the opening of operations in California in 2017 to offer extensive coverage of the North American market. After joining the Tentamus Group in 2019, Labofine continues to expand its reach to better serve its Canadian customers in the domain of supplements, pharmaceuticals, cosmetics and food products.
CureVac Appoints Dr. Franz-Werner Haas as Chief Executive Officer and Dr. Igor Splawski as Chief Scientific Officer
CureVac today announced that Dr. Franz-Werner Haas, previously acting Chief Executive Officer and Chief Operating Officer (COO), has been appointed Chief Executive Officer (CEO).
Before Dr. Haas joined CureVac in June 2012, he worked as Vice President Operations and Chief Compliance Officer of SYGNIS Pharma AG, where he was responsible for the execution of M&A and capital market transactions. Dr. Haas started his professional career as an assistant to the management of a privately-held holding company before assuming several management positions in the life sciences industry, including Vice President and General Counsel of LION bioscience and General Counsel of Sirona Dental Systems. He studied law at the University of Saarbruecken, Catholic University of Leuven and the University of Edinburgh.
In addition to the appointment of Dr. Haas as CEO, CureVac has announced that Igor Splawski, Ph.D., joins the executive team as Chief Scientific Officer with immediate effect. In this role, he will be responsible for leading CureVac’s mRNA biology research. Dr. Splawski comes to CureVac from the Novartis Institutes for BioMedical Research (NIBR), where he served for two years as Executive Director and Site Head of the NIBR Biologics Center in Cambridge, Mass. Dr. Splawski was an Assistant Professor at Harvard Medical School from 2005 to 2008 and has a Ph.D. in human genetics from
Assessing risk and determining responses to Covid-19 were major themes of the most recent Water Action Platform webinar which took place on 9 July. Here are six key learnings from the interactive event which was hosted by Isle chairman Piers Clark.
- Expect seasonal resurgence of Covid-19
Recent research shows that we can expect resurgence of Covid-19 due to seasonal fluctuations. In an interview on the Water Action Platform webinar on 9 July, hydrologist Fernando Miralles-Wilhelm, Chair and Professor at University of Maryland said research into the environmental conditions needed for virus outbreaks to “explode” showed the sweetspot for temperature was between 5-11oC and for relative humidity, between 40-70%. He also explained that this information is not yet included in predictive models.Miralles-Wilhelm said, “We do expect resurgence of the virus. It’s a seasonal virus like influenza. As we have very good ways to predict weather and climate we can expect to see a resurgence in November/early December in the northern hemisphere.
“If we are prepared and take the social distancing measures needed, we can minimise the impact. We have plenty of warning, there is no excuse for not being ready.”
- Wastewater detection can give early warning on Covid
The potential for wastewater to act as an early-warning-system for outbreaks of Covid-19 in communities is being demonstrated by Canadian technology company LuminUltra. Repeatedly testing everyone in a given population for Covid-19 may not be feasible, but identifying and quantifying the presence of SARS-CoV-2 in their collective wastewater can serve as an early warning system, alerting health authorities.Patrick Whalen, chief executive, LuminUltra said, “The science is still evolving but what we know is that people not only infect others directly, but also through air and surfaces. There is potential for wastewater to act as early warning system, to determine the presence of asymptomatic carriers without having to run tests directly on people.”
Responding to a government callout for technologies for diagnostic testing, LuminUltra contacted Public Health Canada and offered to help shore-up the supply chain for reagents.
The company has now produced 5 million quantitative polymerase chain reaction (qPCR) tests for Canada and is helping other countries.
- Sewage based epidemiology costs quantified
Participants in the Water Action Platform have been keen to better understand the cost of implementing a sewage-based epidemiological system. A new research paper from a collaboration between engineering consultancy Arup, KWR research institute in the Netherlands and Exeter University in the UK outlines the tasks and costs associated with designing an early-warning system and cites two main cost elements.The first is the initiation phase during which systems are set up, for which the costs are estimated at £200,000. Deployment costs then have to be factored in and for populations of 3-5 million that could run up to £1 million, depending on localised variables.
Spanish technology company GoAigua has developed a similar pricing model which shows that costs vary depending on size and complexity of the utility and the number of samples, the cost of which ranges from US$30-50 dollars per unit.
- Far-UVC light inactivates coronaviruses safely
Recent research carried out in the US has shown that far-UVC light – wavelengths in the 207-222nm range – efficiently inactivates airborne human coronaviruses. It is well known that conventional germicidal UVC lamps, emitting 254nm wavelengths, can be used to disinfect unoccupied spaces such as empty hospital wards and train carriages, but direct exposure poses a health hazard to humans and cannot be used in occupied spaces.The new study from Columbia University Irving Medical Center found that more than 99.9% of seasonal coronaviruses present in airborne droplets were killed when exposed to a particular wavelength of ultraviolet light that is safe to use around humans. Far-UVC light cannot penetrate the tear film on the surface of the eye or the outermost layer of skin so it cannot damage living cells in the human body.
Isle chairman Piers Clark said, “At these low dose rates, far-UVC exposure might well provide a method for reducing the virus in public locations. On its own this doesn’t solve the pandemic, but it’s definitely part of the solution.”
- Very low risk of virus spreading through sewage
An ongoing review of the available academic literature by analysts from Isle continues to conclude that the risk of contracting Covid-19 through exposure to sewage is very low. A recent paper on transmission in recreational waters in the journal Science of the Total Environment says that while wastewater is a potential dissemination route for SARS-CoV-2 to recreational waters, there is limited data on the presence and viability of the virus in water bodies.Isle chairman Piers Clark says, “More research is needed, but we hold to our previously stated conclusions that the risk of the virus spreading through sewage is very low.”
- Workplace diversity accelerated at innovation sprint
A collaborative sprint on Improving Workplace Diversity in the Water Industry will take place as part of the Northumbrian Water Innovation Festival. The event, which facilitates sprints and challenges to help solve real-world water issues, will be delivered digitally and internationally for the first time and takes place from 14-17 September.Isle is leading the diversity sprint which will take place 24-hours-a-day, over all four-days of the festival.
Isle chairman Piers Clark said, “We’re going to look at how we can improve workplace diversity in the water sector and I’m delighted that a much wider group can get involved than ever before, from anywhere around the world. We aim to highlight key issues, gather data and share best practice on a topic which very relevant, especially in light of the Black Lives Matter movement.”