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5 minutes with Professor Emmanuel Favaloro

5 minutes with Professor Emmanuel Favaloro

We took some time to talk with one of our researchers about his life-chang­ing work.

 

What’s your current role with NSW Health Pathology?

Prin­ci­pal Med­ical Sci­en­tist, NSW Health Pathol­o­gy, West­mead ICPMR.

 

What’s your passion?

Improv­ing lab­o­ra­to­ry-based diag­nos­tics for dis­eases that cause bleed­ing or thrombosis.

 

What’s your area of expertise?

Haemosta­sis (that’s a fan­cy term for blood clot­ting) diagnostics.

 

How has your work helped patients? 

On a per­son­al lev­el, some patients have been mis­di­ag­nosed with a dis­ease they don’t have, and using the appro­pri­ate test approach we can ‘fix’ the wrong diag­no­sis. With the wrong diag­no­sis comes the wrong treat­ment. By fix­ing the diag­no­sis, we can improve their treatment.

 

What advice do you have for people new to research? Where can they start? 

The most impor­tant things to get you start­ed are:

  1. Find a good men­tor, prefer­ably with­in your organ­i­sa­tion. Some­one to offer guid­ance, sup­port your growth, give feed­back on your research progress, and sug­gest ways to over­come hur­dles and challenges.
  2. Use resources avail­able to you. Look up pub­li­ca­tions rel­e­vant to your exper­tise or inter­ests to see what’s miss­ing or can be improved. Dis­cuss options with peo­ple in your field who are already doing research in your area.
  3. Learn and con­nect. Attend rel­e­vant meet­ings, forums, and con­fer­ences, local­ly or through pro­fes­sion­al organ­i­sa­tions such as AIMS. Such events can offer great net­work­ing oppor­tu­ni­ties and expose you to the broad­er health­care and research industry.

Most impor­tant­ly – research should bring you joy and spark your curios­i­ty. Find some­thing you’re pas­sion­ate about and your out­put will reflect this.

 

What research tools and resources can you suggest that will help early career researchers?

As part of the NSW Gov­ern­ment pub­lic health ser­vice, our staff can access a vari­ety resources. Many jour­nals are avail­able through the Clin­i­cal Infor­ma­tion Access Por­tal (CIAP).

Check out our Research Ser­vices pages and, Local Health Dis­trict intranets, and web­sites. There are a lot of web pages ded­i­cat­ed to research. Here are a few to get you started:

Find researchers work­ing in your area of inter­est and open some com­mu­ni­ca­tion chan­nels with those expe­ri­enced in research in your field.

 

What research are you working on at the moment? 

These days, my research is essen­tial­ly look­ing at the best way to diag­nose blood clot­ting con­di­tions. In oth­er words, I analyse the work being done with­in NSW Health Pathol­o­gy and else­where around the world to deter­mine what works best.

I also work with the RCPAQAP (Roy­al Col­lege of Pathol­o­gists of Aus­trala­sia Qual­i­ty Assur­ance Pro­gram). Togeth­er, we assess what works best or does­n’t work very well.

This isn’t med­ical research in the tra­di­tion­al sense of clin­i­cal tri­als. Still, our research reflects the work we do in pathol­o­gy, mak­ing it a valu­able addi­tion to stan­dard per­for­mance of clin­i­cal diagnostics.

 

Are you ready to get started? 

We’re ready to help you trans­late your research project into practice.

eRe­search­With­Us is our online research access request por­tal where you can apply for any of our services.

Pathology revolution transforming healthcare in South Western Sydney

The construction of a new NSW Health Pathology Department as part of the $790 million Liverpool Health and Academic Precinct (LHAP) redevelopment is centralising three levels of lab operations into a single floor.

It will be locat­ed clos­er to vital units such as the Neona­tal Inten­sive Care Unit, Birthing Unit, Inten­sive Care Unit, oper­at­ing the­atres, and the Emer­gency Depart­ment, pro­vid­ing many work­flow and col­lab­o­ra­tion ben­e­fits for patients, staff, and hos­pi­tal services.

NSW Health Pathol­o­gy Chief Exec­u­tive Vanes­sa Janis­sen shared her excite­ment sur­round­ing the project fol­low­ing a recent tour of the con­struc­tion site.

“I real­ly appre­ci­at­ed the oppor­tu­ni­ty to see the rede­vel­op­ment and the progress on the pathol­o­gy depart­ment,” Ms Janis­sen said.

“The lab space will uplift our team’s impor­tant work for the hos­pi­tal and community.

“Well done to every­one involved in the design and deliv­ery and I look for­ward to its commissioning.”

The Inte­grat­ed Pathol­o­gy Lab­o­ra­to­ry will have state-of-the art lab­o­ra­to­ry automa­tion and analy­sers, which will stream­line spec­i­men han­dling, and improve turn­around times – giv­ing patients and clin­i­cians faster access to cru­cial results.

A new pur­pose-built Genomics Lab­o­ra­to­ry will also sup­port the increas­ing demand for genom­ic infor­ma­tion and testing.

NSW Health Pathol­o­gy (NSWHP) ser­vices at Liv­er­pool Hos­pi­tal will relo­cate to the new Liv­er­pool Health and Aca­d­e­m­ic Precinct (LHAP) lat­er this year.

Artist's impression of the new Liverpool Health and Academic Precinct.
Stage one of the Liv­er­pool Health and Aca­d­e­m­ic Precinct will be com­plete in 2024.

There are two stages of the cam­pus rede­vel­op­ment, and the brand-new pathol­o­gy lab­o­ra­to­ry is includ­ed in stage one. The old lab­o­ra­to­ry will be demol­ished as part of stage two. The LHAP is a $790 mil­lion rede­vel­op­ment of Liv­er­pool Hos­pi­tal and a new edu­ca­tion and research hub.

The rede­vel­op­ment will pro­vide Liv­er­pool Hos­pi­tal with expand­ed clin­i­cal ser­vices, pub­lic spaces, and car park­ing, inte­grat­ed with research and teach­ing. Stage two of the project is due to be com­plet­ed in 2027.

Vis­it the web­site for more infor­ma­tion about the LHAP.

(Pho­to above: The NSW Health Pathol­o­gy team recent­ly toured the new Pathol­o­gy Depart­ment which is cur­rent­ly under con­struc­tion. L‑R: Louise Wien­holt, Direc­tor of Clin­i­cal Oper­a­tions (Met­ro­pol­i­tan); Vanes­sa Janis­sen, Chief Exec­u­tive; Dr Michael Maley, Local Pathol­o­gy Direc­tor and Dar­ren Croese, Chief Oper­at­ing Officer.)

DNA testing confirms identities of two airmen, more than 80 years after bomber crash

NSW Health Pathology’s Forensic & Analytical Science Service (FASS) DNA laboratory has helped to identify the remains of two airmen on board a bomber that crashed off the coast of Papua New Guinea.

The Roy­al Aus­tralian Air Force has pos­i­tive­ly iden­ti­fied a Num­ber 100 Squadron World War II Beau­fort air­craft that was first report­ed miss­ing in 1943, along with its four crew members.

The bomber was recent­ly dis­cov­ered in croc­o­dile-infest­ed waters off the coast of Papua New Guinea as a result of Aus­tralian busi­ness­man Andrew (Twig­gy) Forrest’s search for his uncle, Fly­ing Offi­cer David For­rest, who was lost in the same area while pilot­ing a sim­i­lar air­craft in 1943.

Chief of Air Force, Air Mar­shal Robert Chip­man said the crash site was first iden­ti­fied in 2020 and is locat­ed in 43 metres of water, which meant pos­i­tive­ly iden­ti­fy­ing the air­craft took con­sid­er­able time and effort.

Spe­cial­ist divers lat­er recov­ered bone frag­ments from the fire-dam­aged wreck­age that was also cov­ered in lay­ers of sed­i­ment and marine growth.

A hand sifts through marine debris on a large green net.
A rep­re­sen­ta­tive from the Papua New Guinea Nation­al Muse­um and Art Gallery assists in the siev­ing of mate­r­i­al raised from the wreck of the WWII Beau­fort air­craft. (Sup­plied: Roy­al Aus­tralian Air Force) 

DNA was extract­ed from the bone mate­r­i­al and analysed by Foren­sic Biol­o­gy spe­cial­ists at NSW Health Pathology’s Foren­sic & Ana­lyt­i­cal Sci­ence Ser­vice DNA lab­o­ra­to­ry along with ref­er­ence sam­ples pro­vid­ed by bio­log­i­cal rel­a­tives of the miss­ing airmen.

The recov­ered DNA pro­files were then pro­vid­ed to the His­tor­i­cal Unre­cov­ered War Casu­al­ties (HUWC) team.

Air Mar­shal Chip­man said the RAAF’s HUWC team col­lat­ed the evi­dence and a Defence Iden­ti­fi­ca­tion Board iden­ti­fied the remains as those of War­rant Offi­cer Clement Bat­stone Wig­gins and War­rant Offi­cer Rus­sell Hen­ry Grigg.

“Unfor­tu­nate­ly, it’s with a heavy heart we can con­firm that no remains of the oth­er two crew mem­bers, Flight Sergeant Albert Beck­ett and Flight Sergeant Gor­don Lewis Hamil­ton, were recov­ered,” he said.

The crew of 100SQN Beau­fort A9-186 was:

  • War­rant Offi­cer Clement Bat­stone Wig­gins. Born in Gat­ton, Queens­land, he worked as a school teacher before enlist­ing in Bris­bane in March 1941. War­rant Offi­cer Wig­gins was 28 years old when killed in action.
  • War­rant Offi­cer Rus­sell Hen­ry Grigg. Born in Bris­bane, Queens­land, he worked as a fruit grow­er before enlist­ing in Bris­bane in March 1941. War­rant Offi­cer Grigg was 34 years old when killed in action.
  • Flight Sergeant Albert Beck­ett. Born in Launce­s­ton, Tas­ma­nia, he worked as an appren­tice car­pen­ter before enlist­ing in Tas­ma­nia in Novem­ber 1941. Flight Sergeant Beck­ett was 22 years old when killed in action.
  • Flight Sergeant Gor­don Lewis Hamil­ton. Born in Bris­bane, Queens­land, he worked as a baker’s assis­tant before enlist­ing in Bris­bane in July 1941. Flight Sergeant Hamil­ton was 26 years old when killed in action.
An underwater photo of the fuselage of a plane on the sea floor.
The rear fuse­lage and tail of the wreck of the bomber that crashed off the coast of PNG in 1943. (Sup­plied: Roy­al Aus­tralian Air Force)

“No fur­ther recov­ery is planned for this chal­leng­ing crash site,” Air Mar­shal Chip­man said.

“A memo­r­i­al ser­vice for the fam­i­lies of all four crew is being planned for 26 April 2024 at RAAF Base Amber­ley, Queensland.

“Thank you to all those involved in this sig­nif­i­cant mis­sion; it is espe­cial­ly heart-warm­ing for the fam­i­lies of the four avi­a­tors involved to final­ly know what hap­pened and learn of their final rest­ing place.”

NSW Health Pathology’s Foren­sic & Ana­lyt­i­cal Sci­ence Ser­vice Direc­tor, Michael Symonds (pic­tured above) said the organ­i­sa­tion was proud to have played a part in the iden­ti­fi­ca­tion process.

“This out­come demon­strates the val­ue of the DNA analy­ses under­tak­en by FASS in con­tribut­ing to the iden­ti­fi­ca­tion of his­toric war casu­al­ties,” he said.

“Extrac­tion of DNA and gen­er­a­tion of DNA pro­files from skele­tal remains that have been exposed to extreme envi­ron­men­tal impact is chal­leng­ing and requires a range of spe­cial­ist methods.

“FASS is recog­nised as a leader in the foren­sic field, util­is­ing the lat­est foren­sic DNA technology.

“Our ser­vices and peo­ple enable us to pro­vide the high­est qual­i­ty and reli­a­bil­i­ty of results.”

Murray Valley encephalitis: summer is over but mosquito-borne disease remains a risk in northern Australia

Cooler temperatures are fading our memories of summer and reducing numbers of mosquitoes in southern parts of Australia. But up north, warmer temperatures and plenty of rain will keep mosquitoes active.

While their bites are annoy­ing, more con­cern­ing is the dis­eases mos­qui­toes car­ry. Health author­i­ties have recent­ly warned local com­mu­ni­ties and trav­ellers head­ing to the Kim­ber­ley and Pil­bara regions of West­ern Aus­tralia to be vig­i­lant to the risk of one par­tic­u­lar mos­qui­to-borne infec­tion – Mur­ray Val­ley encephalitis.

Which mosquito-borne diseases are a risk?

Aus­tralia is for­tu­nate to be gen­er­al­ly free of many of the world’s most dan­ger­ous mos­qui­to-borne diseases.

Each year glob­al­ly, malar­ia can cause hun­dreds of thou­sands of deaths and dengue infects hun­dreds of mil­lions of peo­ple. While these two dis­eases aren’t a high risk in Aus­tralia, we do have a num­ber of virus­es spread by mos­qui­toes that can cause severe and poten­tial­ly fatal illness.

Thou­sands of Aus­tralians are infect­ed with Ross Riv­er or Barmah For­est virus each year, and while these dis­eases aren’t fatal, they can be debil­i­tat­ing. Symp­toms can include fever, rash, joint pain and fatigue.

Author­i­ties in Queens­land and New South Wales have recent­ly issued warn­ings about these diseases.

In recent years, we’ve seen increased activ­i­ty of the Mur­ray Val­ley encephali­tis virus and the close­ly relat­ed Kun­jin virus. This is due to explo­sions in mos­qui­to num­bers as a result of per­sis­tent flood­ing.

Mur­ray Val­ley encephali­tis virus cas­es in humans are rare but fatal­i­ties do occur. Kun­jin virus, which has the poten­tial to cause human dis­ease, can also severe­ly affect ani­mals.

New mos­qui­to-borne virus­es have emerged in Aus­tralia, with wide­spread activ­i­ty of Japan­ese encephali­tis virus in south­ern regions of Aus­tralia record­ed for the first time in 2021–22. This had sig­nif­i­cant impacts on human health, as well as eco­nom­ic con­se­quences for the pork indus­try due to the repro­duc­tive loss­es result­ing from infect­ed pigs. The Aus­tralian gov­ern­ment declared a com­mu­ni­ca­ble dis­ease inci­dent of nation­al significance.

A close-up image of a mosquito on a grey surface.
Mos­qui­toes car­ry a vari­ety of dis­eases. Cameron Webb (NSW Health Pathology)

Why is Murray Valley encephalitis so dangerous?

Mur­ray Val­ley encephali­tis virus is one of the most dan­ger­ous pathogens spread by mos­qui­toes in Aus­tralia. The virus belongs to the fla­vivirus fam­i­ly along­side Japan­ese encephali­tis, dengue, yel­low fever and West Nile virus­es; the most impor­tant mos­qui­to-borne virus­es on the planet.

The virus is only spread by mos­qui­to bite (it doesn’t spread from per­son to per­son). Mos­qui­toes, most notably a com­mon Aus­tralian species Culex annulirostris, trans­mit the virus to humans. This species is found in fresh­wa­ter habi­tats and acquires the virus from bit­ing a waterbird.

Most peo­ple infect­ed don’t get sick – per­haps as few as one in 1,000 devel­op symp­toms. For those who do, these can range from fever and headache to paral­y­sis and encephali­tis (swelling of the brain).

Symp­toms are vari­able but fatal­i­ty rates for peo­ple with symp­to­matic dis­ease can be up to 30%, with up to 50% of peo­ple expe­ri­enc­ing per­ma­nent neu­ro­log­i­cal com­pli­ca­tions requir­ing life-long med­ical care.

From Australian X disease to Murray Valley encephalitis

While Mur­ray Val­ley encephali­tis virus can be found in many parts of Aus­tralia, out­breaks in south-east­ern Aus­tralia have caused the most con­cern, espe­cial­ly through­out the Mur­ray Dar­ling Basin region, due to the high human pop­u­la­tion. That said, activ­i­ty in oth­er regions is still a worry.

The virus is thought to have been caus­ing an ill­ness known as “Aus­tralian X dis­ease” since at least the ear­ly 1900s. The most sig­nif­i­cant out­break was in 1974, result­ing in 58 cas­es.

Dur­ing the sum­mer of 2022–23, the virus was detect­ed in mos­qui­to and sen­tinel chick­en sur­veil­lance pro­grams in NSW, Vic­to­ria and South Aus­tralia. A total of 26 human cas­es were report­ed across Aus­tralia in 2023 after only a hand­ful of cas­es since 2011, which saw 16 cases.

There’s been no evi­dence that Mur­ray Val­ley encephali­tis virus is present along the east coast of Aus­tralia. Activ­i­ty of the virus is gen­er­al­ly lim­it­ed to regions west of the Great Divid­ing Range.

A mosquito trap comprised of a black bucket, battery operated motor and a plastic collection container.
Health author­i­ties across Aus­tralia use mos­qui­to traps to help mon­i­tor virus­es such as Mur­ray Val­ley encephali­tis. Cameron Webb (NSW Health Pathology)

What about northern Australia?

Mur­ray Val­ley encephali­tis is con­sid­ered endem­ic in north­ern Aus­tralia. It’s detect­ed almost every year in health sur­veil­lance pro­grams in WA and the North­ern Ter­ri­to­ry.

Human cas­es occur too. Although few­er peo­ple live in these regions, north­ern Aus­tralia (includ­ing tourists vis­it­ing the area) has account­ed for most cas­es of Mur­ray Val­ley encephali­tis over the past 30 years.

Sur­veil­lance is crit­i­cal to pro­vide an ear­ly warn­ing of ele­vat­ed out­break risk. In the north of WA, health author­i­ties have detect­ed Mur­ray Val­ley encephali­tis virus in local mos­qui­to pop­u­la­tions and their sen­tinel chick­en sur­veil­lance pro­gram. This prompt­ed the recent warn­ings for the Kim­ber­ley and Pil­bara regions.

How­ev­er, no cas­es of human infec­tion have been report­ed this year.

How can the community and travellers protect themselves?

While activ­i­ty of Mur­ray Val­ley encephali­tis virus across north­ern Aus­tralia should be expect­ed every year, the recent warn­ings are a reminder of the poten­tial health risk asso­ci­at­ed with mosquitoes.

With no vac­ci­na­tion avail­able for Mur­ray Val­ley encephali­tis – and no cure – the only way to pre­vent becom­ing infect­ed is to avoid mos­qui­to bites. Wear­ing light, loose-fit­ting cloth­ing, avoid­ing peak mos­qui­to activ­i­ty times around dawn or dusk, and using a suit­able insect repel­lent con­tain­ing DEET, picaridin or oil of lemon euca­lyp­tus are effec­tive ways to help pre­vent bites.

Andrew Jar­dine and Jay Nichol­son from the Depart­ment of Health, West­ern Aus­tralia, con­tributed expert advice to this article.The Conversation

Cameron Webb, Clin­i­cal Asso­ciate Pro­fes­sor and Prin­ci­pal Hos­pi­tal Sci­en­tist, Uni­ver­si­ty of Sydney

This arti­cle is repub­lished from The Con­ver­sa­tion under a Cre­ative Com­mons license. Read the orig­i­nal arti­cle.

“Our work is like solving diagnostic puzzles”

Meet Dr Leili Moayed Alaei, an Anatomical Pathology Registrar at our Royal Prince Alfred Hospital laboratory.

Leili works at our new­ly rede­vel­oped Tis­sue Pathol­o­gy and Diag­nos­tic Oncol­o­gy Depart­ment at RPA and has been with NSW Health Pathol­o­gy for five years.

“Our work is like solv­ing diag­nos­tic puz­zles. We have a cru­cial role in patient care, even though we are often hid­den behind closed doors,” she says.

“We pro­vide crit­i­cal infor­ma­tion on diag­no­sis, dis­ease pro­gres­sion and prog­no­sis that directs clin­i­cal care.”

She says her typ­i­cal day begins with attend­ing a morn­ing tuto­r­i­al, dur­ing which the con­sul­tants share inter­est­ing cases.

“As reg­is­trars, we have three dif­fer­ent duties: macro­scop­ic exam­i­na­tion and dis­sec­tion of spec­i­mens, hold­ing the fresh/frozen phone and report­ing cas­es. Each day, I’ll be assigned to one of these duties.”

On cut days, reg­is­trars are deal­ing with a wide range of spec­i­mens from small biop­sies to more com­pli­cat­ed cas­es like pelvic exen­ter­a­tion or leg amputation.

“Han­dling the spec­i­mens requires knowl­edge of anato­my and pathol­o­gy, along with an under­stand­ing of stag­ing and prog­nos­tic fea­tures to ensure that sam­pled tis­sue ade­quate­ly demon­strates these aspects,” Leili explains.

“On our report­ing days we have an oppor­tu­ni­ty to report these cas­es along­side our consultants.”

What is a frozen sec­tion? We’re glad you asked!

“Frozen sec­tions are often per­formed dur­ing sur­gi­cal pro­ce­dures to pro­vide rapid diag­nos­tic infor­ma­tion to guide the sur­geon’s next steps such as assess­ing mar­gin sta­tus or mak­ing diag­noses. The tis­sue is quick­ly frozen, processed, and eval­u­at­ed short­ly after­ward. This is all hap­pen­ing while the patient is still under­go­ing surgery.”

A woman in a laboratory wearing a lab coat and protective eye glasses smiles at Health Minister Ryan Park who is looking at the workspace.
Leili met the NSW Min­is­ter for Health Ryan Park when he toured the new lab­o­ra­to­ry at RPA in March 2024.

Leili says she loves the vari­ety of tasks, as well as work­ing along­side con­sul­tants and attend­ing mul­ti-dis­ci­pli­nary team meetings.

“I love the cama­raderie with­in our pathol­o­gy team – we are like a fam­i­ly, always ready to sup­port each oth­er,” she said.

“The sense of being part of a team that plays such a vital role in health­care is deeply reward­ing and fulfilling.”

The team at the lab even takes time out to socialise after work.

“We have a What­sApp group for our RPA crew, which includes some of our con­sul­tants, sci­en­tists, and reg­is­trars. We reg­u­lar­ly organ­ise out­ings for din­ner, movies, and oth­er recre­ation­al activ­i­ties together.”

Leili says one of the hard­est parts of the job is prepar­ing for anatom­ic pathol­o­gy spe­cial­ist exams, along­side her clin­i­cal duties.

“It’s one of the trick­i­est parts of the job. How­ev­er, with a sol­id team to sup­port each oth­er, it becomes much more manageable.”

Leili says if she could learn some­thing new, it would be work­ing with elec­tron microscopy!

Going solar at FASS Lidcombe!

Work is nearing completion on a project to install 557 solar panels and a battery storage system at the Forensic Medicine & Coroners Court Complex at Lidcombe.

We’re excit­ed to be part of this fan­tas­tic sus­tain­abil­i­ty ini­tia­tive led by our Foren­sic & Ana­lyt­i­cal Sci­ence Ser­vice (FASS).

In 2022, NSW Health Pathol­o­gy com­mis­sioned a study on the poten­tial for solar pow­er at the new­ly opened Foren­sic Med­i­cine & Coro­ners Court Com­plex (FMCCC).

It found the build­ing had enough roof space to accom­mo­date a 348kw solar pan­el sys­tem, gen­er­at­ing an aver­age of 423,700 kilo­watt hours of pow­er each year.

Once the sys­tem is ful­ly func­tion­ing, we are expect­ing a 20% reduc­tion in our annu­al pow­er bills for the site and to save an aver­age of 88 tonnes of CO2 emis­sions each year.

Work on the project kicked off in Decem­ber 2023 and includes a solar pow­er back-up bat­tery specif­i­cal­ly for the Foren­sic Med­i­cine ser­vice to pro­vide pow­er to crit­i­cal equip­ment after busi­ness hours.

FASS Facil­i­ties Ser­vices Coor­di­na­tor, Renae Cur­rer says a mas­sive crane arrived on site in Jan­u­ary this year to begin the task of lift­ing the hun­dreds of pan­els and oth­er equip­ment onto the roof.

A large red crane lifts a wooden crate in the car park of the FMCCC.
Lift­ing the pan­els into place in Jan­u­ary 2024.

“Our build­ing occu­pants were real­ly excit­ed to see this work start­ing,” Renae said.

“We even had chil­dren from around the neigh­bour­hood watch­ing on as the crane swung into action.

“We’ve found this sort of project has a lot of buy-in from our peo­ple, who are keen to see the organ­i­sa­tion lead­ing the way when it comes to envi­ron­men­tal sustainability.”

The con­trac­tors worked through­out the end of a very hot sum­mer, lay­ing all the nec­es­sary cables, trays and all 557 solar pan­els on the var­i­ous roof spaces at the FMCCC.

Exter­nal works are now com­plete, and the sys­tem is now await­ing con­nec­tion to the grid and testing.

We’d espe­cial­ly like to thank our col­leagues at the Depart­ment of Com­mu­ni­ties and Jus­tice for their coop­er­a­tion and assis­tance in plan­ning the roof works, and for their under­stand­ing dur­ing some of the nois­i­est peri­ods of work!

The solar project is set to be com­plete by the end of June 2024, when all agen­cies with­in the facil­i­ty will ben­e­fit from solar pow­er onsite.

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